Branch Coverage

shm_generic.h

Criterion	Covered	Total	%
branch	2579	9764	26.4

line	true	false	branch
81	391	0	return (sum > UINT32_MAX) ? UINT32_MAX : (uint32_t)sum;
104	0	1478	if (align_end > cap) align_end = cap;
105	2514	267	for (; i < align_end; i++) {
106	1211	1303	if (states[i] >= SHM_TAG_MIN) { *pos = i; return 1; }
109	206	62	for (; i + 16 <= cap; i += 16) {
114	205	1	if (mask) { *pos = i + __builtin_ctz(mask); return 1; }
118	0	62	for (; i < cap; i++) {
119	0	0	if (states[i] >= SHM_TAG_MIN) { *pos = i; return 1; }
178	12	6605	if (utf8) lf |= SHM_UTF8_FLAG;
182	2239	4378	if (slen > 4) {
200	2723	8343	if (slen > 4) {
212	5272	41	if (SHM_IS_INLINE(len_field)) {
315	1	62	if (needed == 0) needed = 1;
316	57	6	if (needed <= *cap) return 1;
317	0	6	uint32_t ns = *cap ? *cap : 64;
318	0	6	while (ns < needed) {
320	0	0	if (next <= ns) { ns = needed; break; } /* overflow guard */
324	0	6	if (!nb) return 0;
370	0	1	if (pid == 0) return 1; /* no owner recorded, assume alive */
371	1	0	return !(kill((pid_t)pid, 0) == -1 && errno == ESRCH);
	0	1	return !(kill((pid_t)pid, 0) == -1 && errno == ESRCH);
380	0	1	if (!__atomic_compare_exchange_n(&hdr->rwlock, &observed_rwlock,
385	1	0	if (seq & 1)
390	0	1	if (__atomic_load_n(&hdr->rwlock_waiters, __ATOMIC_RELAXED) > 0)
405	0	1604	if (cur > 0 && cur < SHM_RWLOCK_WRITER_BIT) {
	0	0	if (cur > 0 && cur < SHM_RWLOCK_WRITER_BIT) {
406	0	0	if (__atomic_compare_exchange_n(lock, &cur, cur + 1,
409	1604	0	} else if (cur == 0 && !__atomic_load_n(writers_waiting, __ATOMIC_RELAXED)) {
	1604	0	} else if (cur == 0 && !__atomic_load_n(writers_waiting, __ATOMIC_RELAXED)) {
410	1604	0	if (__atomic_compare_exchange_n(lock, &cur, 1,
414	0	0	if (__builtin_expect(spin < SHM_RWLOCK_SPIN_LIMIT, 1)) {
421	0	0	if (cur >= SHM_RWLOCK_WRITER_BIT || cur == 0) {
	0	0	if (cur >= SHM_RWLOCK_WRITER_BIT || cur == 0) {
424	0	0	if (rc == -1 && errno == ETIMEDOUT) {
	0	0	if (rc == -1 && errno == ETIMEDOUT) {
426	0	0	if (cur >= SHM_RWLOCK_WRITER_BIT) {
428	0	0	if (val >= SHM_RWLOCK_WRITER_BIT) {
430	0	0	if (!shm_pid_alive(pid))
437	0	0	while (wc > 0 && !__atomic_compare_exchange_n(
438	0	0	writers_waiting, &wc, wc - 1,
452	1604	0	if (prev == 0 && __atomic_load_n(&hdr->rwlock_waiters, __ATOMIC_RELAXED) > 0)
	0	1604	if (prev == 0 && __atomic_load_n(&hdr->rwlock_waiters, __ATOMIC_RELAXED) > 0)
465	15483	0	if (__atomic_compare_exchange_n(lock, &expected, mypid,
468	0	0	if (__builtin_expect(spin < SHM_RWLOCK_SPIN_LIMIT, 1)) {
475	0	0	if (cur != 0) {
478	0	0	if (rc == -1 && errno == ETIMEDOUT) {
	0	0	if (rc == -1 && errno == ETIMEDOUT) {
482	0	0	if (val >= SHM_RWLOCK_WRITER_BIT) {
484	0	0	if (!shm_pid_alive(pid))
499	1	15482	if (__atomic_load_n(&hdr->rwlock_waiters, __ATOMIC_RELAXED) > 0)
509	4066	100001	if (__builtin_expect((s & 1) == 0, 1)) return s;
510	100000	1	if (__builtin_expect(spin < 100000, 1)) {
517	1	0	if (val >= SHM_RWLOCK_WRITER_BIT) {
519	1	0	if (!shm_pid_alive(pid)) {
550	20	146	if (len < SHM_ARENA_MIN_ALLOC) return SHM_ARENA_MIN_ALLOC;
555	20	146	if (alloc_size <= SHM_ARENA_MIN_ALLOC) return 0;
556	0	146	if (alloc_size > (SHM_ARENA_MIN_ALLOC << (SHM_ARENA_NUM_CLASSES - 1))) return -1;
564	160	0	if (cls >= 0 && hdr->arena_free[cls] != 0) {
	1	159	if (cls >= 0 && hdr->arena_free[cls] != 0) {
573	157	2	if (off + asize > hdr->arena_cap || off + asize > (uint64_t)UINT32_MAX)
	0	157	if (off + asize > hdr->arena_cap || off + asize > (uint64_t)UINT32_MAX)
583	6	0	if (cls < 0 || off == 0) return;
	0	6	if (cls < 0 || off == 0) return;
594	6617	160	if (slen <= SHM_INLINE_MAX) {
599	2	158	if (aoff == 0 && slen > 0) return 0;
	2	0	if (aoff == 0 && slen > 0) return 0;
602	1	157	*len_field = SHM_PACK_LEN(slen, utf8);
609	6	170	if (!SHM_IS_INLINE(len_field))
616	104	0	if (SHM_IS_INLINE(len_field))
625	1	492	if (v < 2) return 2;
626	0	492	if (v > 0x80000000U) return 0; /* overflow: no valid power of 2 */
639	336	4	if (p != SHM_LRU_NONE) next[p] = n;
641	3	337	if (n != SHM_LRU_NONE) prev[n] = p;
650	2143	0	if (h->lru_accessed) __atomic_store_n(&h->lru_accessed[idx], 0, __ATOMIC_RELAXED); /* clear stale clock bit */
653	2087	56	if (hdr->lru_head != SHM_LRU_NONE) prev[hdr->lru_head] = idx;
660	3	1	if (hdr->lru_head == idx) return;
664	0	1	if (hdr->lru_skip > 0 && idx != hdr->lru_tail) {
	0	0	if (hdr->lru_skip > 0 && idx != hdr->lru_tail) {
666	0	0	if ((++promote_ctr & hdr->lru_skip) != 0)
688	0	334	if (!h) {
689	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "calloc: out of memory");
691	0	0	if (backing_fd >= 0) close(backing_fd);
697	106	228	h->arena = hdr->arena_off ? (char *)hdr + hdr->arena_off : NULL;
698	32	302	h->lru_prev = has_lru ? (uint32_t *)((char *)hdr + lru_prev_off) : NULL;
699	32	302	h->lru_next = has_lru ? (uint32_t *)((char *)hdr + lru_next_off) : NULL;
700	32	302	h->lru_accessed = has_lru ? (uint8_t *)((char *)hdr + lru_accessed_off) : NULL;
701	61	273	h->expires_at = has_ttl ? (uint32_t *)((char *)hdr + expires_off) : NULL;
710	316	18	if (path) {
712	0	316	if (!h->path) {
713	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "strdup: out of memory");
715	0	0	if (backing_fd >= 0) close(backing_fd);
721	106	228	if (has_arena) {
723	106	0	if (h->copy_buf) h->copy_buf_size = 256;
733	333	0	if (errbuf) errbuf[0] = '\0';
735	2	331	if (max_tcap < SHM_INITIAL_CAP) max_tcap = SHM_INITIAL_CAP;
746	32	301	if (has_lru) {
755	61	272	if (has_ttl) {
762	107	226	if (has_arena) {
765	13	94	if (arena_cap < 4096) arena_cap = 4096;
768	107	226	uint64_t total_size = has_arena ? arena_off + arena_cap : next_off;
778	12	321	if (anonymous) {
781	0	12	if (base == MAP_FAILED) { SHM_ERR("mmap(anon): %s", strerror(errno)); return NULL; }
	0	0	if (base == MAP_FAILED) { SHM_ERR("mmap(anon): %s", strerror(errno)); return NULL; }
785	1	320	if (fd < 0) { SHM_ERR("open(%s): %s", path, strerror(errno)); return NULL; }
	1	0	if (fd < 0) { SHM_ERR("open(%s): %s", path, strerror(errno)); return NULL; }
787	0	320	if (flock(fd, LOCK_EX) < 0) { SHM_ERR("flock(%s): %s", path, strerror(errno)); close(fd); return NULL; }
	0	0	if (flock(fd, LOCK_EX) < 0) { SHM_ERR("flock(%s): %s", path, strerror(errno)); close(fd); return NULL; }
789	0	320	if (fstat(fd, &st) < 0) { SHM_ERR("fstat(%s): %s", path, strerror(errno)); flock(fd, LOCK_UN); close(fd); return NULL; }
	0	0	if (fstat(fd, &st) < 0) { SHM_ERR("fstat(%s): %s", path, strerror(errno)); flock(fd, LOCK_UN); close(fd); return NULL; }
793	7	313	if (!is_new && (uint64_t)st.st_size < sizeof(ShmHeader)) {
	0	7	if (!is_new && (uint64_t)st.st_size < sizeof(ShmHeader)) {
794	0	0	SHM_ERR("%s: file too small (%lld bytes, need %zu)", path,
799	313	7	if (is_new) {
800	0	313	if (ftruncate(fd, (off_t)total_size) < 0) {
801	0	0	SHM_ERR("ftruncate(%s, %llu): %s", path, (unsigned long long)total_size, strerror(errno));
806	7	313	base = mmap(NULL, is_new ? total_size : (size_t)st.st_size,
808	0	320	if (base == MAP_FAILED) { SHM_ERR("mmap(%s): %s", path, strerror(errno)); flock(fd, LOCK_UN); close(fd); return NULL; }
	0	0	if (base == MAP_FAILED) { SHM_ERR("mmap(%s): %s", path, strerror(errno)); flock(fd, LOCK_UN); close(fd); return NULL; }
813	325	7	if (is_new) {
824	104	221	hdr->arena_off = has_arena ? arena_off : 0;
833	1	324	if (lru_skip > 0 && lru_skip < 100) {
	1	0	if (lru_skip > 0 && lru_skip < 100) {
836	4	1	while (p < interval) p <<= 1;
845	31	294	if (has_lru) {
852	60	265	if (has_ttl) {
860	6	1	hdr->version == SHM_VERSION &&
861	3	3	hdr->variant_id == variant_id &&
862	3	0	hdr->node_size == node_size &&
863	3	0	hdr->total_size == (uint64_t)st.st_size &&
864	3	0	hdr->nodes_off >= sizeof(ShmHeader) &&
865	3	0	hdr->states_off > hdr->nodes_off &&
866	3	0	hdr->states_off < hdr->total_size &&
867	0	3	(!hdr->arena_off || (hdr->arena_off < hdr->total_size &&
	0	0	(!hdr->arena_off || (hdr->arena_off < hdr->total_size &&
868	0	0	hdr->arena_off + hdr->arena_cap <= hdr->total_size &&
869	0	0	hdr->arena_bump <= hdr->arena_cap &&
870	0	0	hdr->arena_bump >= SHM_ARENA_MIN_ALLOC)) &&
871	3	0	hdr->max_table_cap > 0 &&
872	3	0	(hdr->max_table_cap & (hdr->max_table_cap - 1)) == 0 &&
873	3	0	hdr->table_cap > 0 &&
874	3	0	(hdr->table_cap & (hdr->table_cap - 1)) == 0 &&
875	3	0	hdr->table_cap <= hdr->max_table_cap &&
876	3	0	hdr->states_off + hdr->max_table_cap <= hdr->total_size &&
877	3	0	hdr->nodes_off + (uint64_t)hdr->max_table_cap * hdr->node_size <= hdr->states_off &&
878	3	0	hdr->size <= hdr->table_cap &&
879	7	0	hdr->tombstones <= hdr->table_cap - hdr->size &&
	3	0	hdr->tombstones <= hdr->table_cap - hdr->size &&
880	1	2	(!hdr->max_size ||
881	1	0	((hdr->lru_head == SHM_LRU_NONE || hdr->lru_head < hdr->max_table_cap) &&
	1	0	((hdr->lru_head == SHM_LRU_NONE || hdr->lru_head < hdr->max_table_cap) &&
882	1	0	(hdr->lru_tail == SHM_LRU_NONE || hdr->lru_tail < hdr->max_table_cap))));
	1	0	(hdr->lru_tail == SHM_LRU_NONE || hdr->lru_tail < hdr->max_table_cap))));
883	4	3	if (!valid) {
884	0	4	if (hdr->magic != SHM_MAGIC)
885	0	0	SHM_ERR("%s: bad magic (not a HashMap::Shared file)", path);
886	1	3	else if (hdr->version != SHM_VERSION)
887	1	0	SHM_ERR("%s: version mismatch (file=%u, expected=%u)", path, hdr->version, SHM_VERSION);
888	3	0	else if (hdr->variant_id != variant_id)
889	3	0	SHM_ERR("%s: variant mismatch (file=%u, expected=%u)", path, hdr->variant_id, variant_id);
891	0	0	SHM_ERR("%s: corrupt header", path);
902	1	2	if (has_lru) {
911	1	2	if (has_ttl) {
916	0	3	if (next_off > total_size) {
917	0	0	SHM_ERR("%s: file too small for LRU/TTL arrays", path);
924	316	12	if (fd >= 0) { flock(fd, LOCK_UN); close(fd); }
938	4	0	if (errbuf) errbuf[0] = '\0';
941	0	4	if (max_tcap < SHM_INITIAL_CAP) max_tcap = SHM_INITIAL_CAP;
949	0	4	if (has_lru) {
958	0	4	if (has_ttl) {
964	1	3	if (has_arena) {
967	0	1	if (arena_cap < 4096) arena_cap = 4096;
969	1	3	uint64_t total_size = has_arena ? arena_off + arena_cap : next_off;
971	4	0	int fd = memfd_create(name ? name : "hashmap", MFD_CLOEXEC | MFD_ALLOW_SEALING);
972	0	4	if (fd < 0) {
973	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "memfd_create: %s", strerror(errno));
976	0	4	if (ftruncate(fd, (off_t)total_size) < 0) {
977	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "ftruncate: %s", strerror(errno));
982	0	4	if (base == MAP_FAILED) {
983	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "mmap: %s", strerror(errno));
998	1	3	hdr->arena_off = has_arena ? arena_off : 0;
1005	0	4	if (lru_skip > 0 && lru_skip < 100) {
	0	0	if (lru_skip > 0 && lru_skip < 100) {
1008	0	0	while (p < interval) p <<= 1;
1015	0	4	if (has_lru) {
1020	0	4	if (has_ttl) memset((char *)base + expires_off, 0, max_tcap * sizeof(uint32_t));
1031	3	0	if (errbuf) errbuf[0] = '\0';
1033	0	3	if (fstat(fd, &st) < 0) {
1034	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "fstat: %s", strerror(errno));
1037	1	2	if ((uint64_t)st.st_size < sizeof(ShmHeader)) {
1038	1	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "fd: file too small for header");
1043	0	2	if (base == MAP_FAILED) {
1044	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "mmap: %s", strerror(errno));
1052	2	0	hdr->version == SHM_VERSION &&
1053	2	0	hdr->variant_id == variant_id &&
1054	2	0	hdr->node_size == node_size &&
1055	2	0	hdr->total_size == (uint64_t)st.st_size &&
1056	2	0	hdr->nodes_off >= sizeof(ShmHeader) &&
1057	2	0	hdr->states_off > hdr->nodes_off &&
1058	2	0	hdr->states_off < hdr->total_size &&
1059	1	1	(!hdr->arena_off || (hdr->arena_off < hdr->total_size &&
	1	0	(!hdr->arena_off || (hdr->arena_off < hdr->total_size &&
1060	1	0	hdr->arena_off + hdr->arena_cap <= hdr->total_size &&
1061	1	0	hdr->arena_bump <= hdr->arena_cap &&
1062	1	0	hdr->arena_bump >= SHM_ARENA_MIN_ALLOC)) &&
1063	2	0	hdr->max_table_cap > 0 &&
1064	2	0	(hdr->max_table_cap & (hdr->max_table_cap - 1)) == 0 &&
1065	2	0	hdr->table_cap > 0 &&
1066	2	0	(hdr->table_cap & (hdr->table_cap - 1)) == 0 &&
1067	2	0	hdr->table_cap <= hdr->max_table_cap &&
1068	2	0	hdr->states_off + hdr->max_table_cap <= hdr->total_size &&
1069	2	0	hdr->nodes_off + (uint64_t)hdr->max_table_cap * hdr->node_size <= hdr->states_off &&
1070	2	0	hdr->size <= hdr->table_cap &&
1071	2	0	hdr->tombstones <= hdr->table_cap - hdr->size &&
	2	0	hdr->tombstones <= hdr->table_cap - hdr->size &&
1072	0	2	(!hdr->max_size ||
1073	0	0	((hdr->lru_head == SHM_LRU_NONE || hdr->lru_head < hdr->max_table_cap) &&
	0	0	((hdr->lru_head == SHM_LRU_NONE || hdr->lru_head < hdr->max_table_cap) &&
1074	0	0	(hdr->lru_tail == SHM_LRU_NONE || hdr->lru_tail < hdr->max_table_cap))));
	0	0	(hdr->lru_tail == SHM_LRU_NONE || hdr->lru_tail < hdr->max_table_cap))));
1075	0	2	if (!valid) {
1076	0	0	if (errbuf) {
1077	0	0	if (hdr->magic != SHM_MAGIC)
1079	0	0	else if (hdr->version != SHM_VERSION)
1082	0	0	else if (hdr->variant_id != variant_id)
1099	0	2	if (has_lru) {
1108	0	2	if (has_ttl) {
1113	0	2	if (next_off > total_size) {
1114	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "fd: file too small for LRU/TTL arrays");
1120	0	2	if (myfd < 0) {
1121	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "fcntl: %s", strerror(errno));
1131	0	1	if (!h) return 0;
1132	0	1	if (h->shard_handles) {
1133	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
1136	0	0	if (rc != 0) return rc;
1140	0	1	if (!h->hdr) return 0;
1145	0	356	if (!h) return;
1146	22	334	if (h->shard_handles) {
1148	100	22	for (uint32_t i = 0; i < h->num_shards; i++)
1155	334	0	if (h->hdr) munmap(h->hdr, h->mmap_size);
1156	6	328	if (h->backing_fd >= 0) close(h->backing_fd);
1168	0	22	if (!path_prefix) {
1169	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "new_sharded requires a path_prefix");
1174	46	22	while (ns < num_shards) ns <<= 1;
1178	0	22	if (!h) { if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "calloc: out of memory"); return NULL; }
	0	0	if (!h) { if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "calloc: out of memory"); return NULL; }
1181	0	22	if (!h->shard_handles) { free(h); if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "calloc: out of memory"); return NULL; }
	0	0	if (!h->shard_handles) { free(h); if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "calloc: out of memory"); return NULL; }
1187	100	22	for (uint32_t i = 0; i < num_shards; i++) {
1190	100	0	if (sn < 0 || sn >= (int)sizeof(shard_path)) {
	0	100	if (sn < 0 || sn >= (int)sizeof(shard_path)) {
1191	0	0	if (errbuf) snprintf(errbuf, SHM_ERR_BUFLEN, "shard path too long");
1192	0	0	for (uint32_t j = 0; j < i; j++)
1202	0	100	if (!h->shard_handles[i]) {
1204	0	0	for (uint32_t j = 0; j < i; j++)
1221	2	1	if (!h->shard_handles) {
1222	1	1	if (!h->path) return 0;
1226	4	1	for (uint32_t i = 0; i < h->num_shards; i++) {
1227	4	0	if (h->shard_handles[i] && h->shard_handles[i]->path) {
	4	0	if (h->shard_handles[i] && h->shard_handles[i]->path) {
1228	0	4	if (unlink(h->shard_handles[i]->path) != 0) ok = 0;
1236	0	24	if (!c) return NULL;
1238	4	20	if (h->shard_handles) {
1253	0	24	if (!c) return;
1255	24	0	if (cur && cur->iterating > 0)
	8	16	if (cur && cur->iterating > 0)
1321	58	2	if (SHM_IS_INLINE(kl_packed)) {
	16	0	if (SHM_IS_INLINE(kl_packed)) {
	9	0	if (SHM_IS_INLINE(kl_packed)) {
	12	0	if (SHM_IS_INLINE(kl_packed)) {
1322	13	45	if (shm_inline_len(kl_packed) != len) return 0;
	2	14	if (shm_inline_len(kl_packed) != len) return 0;
	0	9	if (shm_inline_len(kl_packed) != len) return 0;
	0	12	if (shm_inline_len(kl_packed) != len) return 0;
1327	0	2	if (SHM_UNPACK_LEN(kl_packed) != len) return 0;
	0	0	if (SHM_UNPACK_LEN(kl_packed) != len) return 0;
	0	0	if (SHM_UNPACK_LEN(kl_packed) != len) return 0;
	0	0	if (SHM_UNPACK_LEN(kl_packed) != len) return 0;
1409	1280	4352	while (SHM_IS_LIVE(states[pos]))
	225	762	while (SHM_IS_LIVE(states[pos]))
	2	13	while (SHM_IS_LIVE(states[pos]))
	0	0	while (SHM_IS_LIVE(states[pos]))
	0	0	while (SHM_IS_LIVE(states[pos]))
	0	0	while (SHM_IS_LIVE(states[pos]))
	0	0	while (SHM_IS_LIVE(states[pos]))
	6399	13380	while (SHM_IS_LIVE(states[pos]))
	764	2042	while (SHM_IS_LIVE(states[pos]))
	0	0	while (SHM_IS_LIVE(states[pos]))
1440	52	0	while (victim != SHM_LRU_NONE) {
	1	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	273	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
	0	0	while (victim != SHM_LRU_NONE) {
1441	52	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	52	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	1	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	1	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	273	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	7	266	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
	0	0	if (h->lru_accessed && __atomic_load_n(&h->lru_accessed[victim], __ATOMIC_RELAXED)) {
1448	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	7	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
	0	0	if (victim == SHM_LRU_NONE) victim = hdr->lru_tail;
1453	0	52	if (victim == SHM_LRU_NONE) return;
	0	1	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	266	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
	0	0	if (victim == SHM_LRU_NONE) return;
1455	0	52	if (h->expires_at) h->expires_at[victim] = 0;
	0	1	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	2	264	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
	0	0	if (h->expires_at) h->expires_at[victim] = 0;
1463	0	2	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	260	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
1486	30	4	int need_mapping = (h->lru_prev || h->expires_at);
	0	30	int need_mapping = (h->lru_prev || h->expires_at);
	6	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	6	int need_mapping = (h->lru_prev || h->expires_at);
	1	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	1	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	149	20	int need_mapping = (h->lru_prev || h->expires_at);
	18	131	int need_mapping = (h->lru_prev || h->expires_at);
	8	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	8	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
	0	0	int need_mapping = (h->lru_prev || h->expires_at);
1488	32	2	if (live > 0) {
	6	0	if (live > 0) {
	1	0	if (live > 0) {
	0	0	if (live > 0) {
	0	0	if (live > 0) {
	0	0	if (live > 0) {
	0	0	if (live > 0) {
	156	13	if (live > 0) {
	8	0	if (live > 0) {
	0	0	if (live > 0) {
1490	0	32	if (!saved) return 0;
	0	6	if (!saved) return 0;
	0	1	if (!saved) return 0;
	0	0	if (!saved) return 0;
	0	0	if (!saved) return 0;
	0	0	if (!saved) return 0;
	0	0	if (!saved) return 0;
	0	156	if (!saved) return 0;
	0	8	if (!saved) return 0;
	0	0	if (!saved) return 0;
1492	4	28	if (need_mapping) {
	0	6	if (need_mapping) {
	0	1	if (need_mapping) {
	0	0	if (need_mapping) {
	0	0	if (need_mapping) {
	0	0	if (need_mapping) {
	0	0	if (need_mapping) {
	33	123	if (need_mapping) {
	0	8	if (need_mapping) {
	0	0	if (need_mapping) {
1495	4	0	if (!saved_indices || !old_to_new) {
	0	4	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	33	0	if (!saved_indices || !old_to_new) {
	0	33	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
	0	0	if (!saved_indices || !old_to_new) {
1502	4	28	if (h->lru_prev) {
	0	6	if (h->lru_prev) {
	0	1	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	20	136	if (h->lru_prev) {
	0	8	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
1504	0	4	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
	0	20	if (!lru_order) {
	0	0	if (!lru_order) {
	0	0	if (!lru_order) {
1509	184	4	while (idx != SHM_LRU_NONE && lru_count < live) {
	184	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	920	20	while (idx != SHM_LRU_NONE && lru_count < live) {
	920	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
	0	0	while (idx != SHM_LRU_NONE && lru_count < live) {
1515	0	32	if (h->expires_at) {
	0	6	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	13	143	if (h->expires_at) {
	0	8	if (h->expires_at) {
	0	0	if (h->expires_at) {
1517	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	13	if (!saved_exp) {
	0	0	if (!saved_exp) {
	0	0	if (!saved_exp) {
1525	5752	19	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	5739	13	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	1006	3	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	1003	3	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	16	1	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	16	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	25382	140	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	25366	16	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	4080	8	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	4080	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
	0	0	for (uint32_t i = 0; i < old_cap && j < live; i++) {
1526	4352	1387	if (SHM_IS_LIVE(states[i])) {
	762	241	if (SHM_IS_LIVE(states[i])) {
	13	3	if (SHM_IS_LIVE(states[i])) {
	0	0	if (SHM_IS_LIVE(states[i])) {
	0	0	if (SHM_IS_LIVE(states[i])) {
	0	0	if (SHM_IS_LIVE(states[i])) {
	0	0	if (SHM_IS_LIVE(states[i])) {
	13380	11986	if (SHM_IS_LIVE(states[i])) {
	2042	2038	if (SHM_IS_LIVE(states[i])) {
	0	0	if (SHM_IS_LIVE(states[i])) {
1528	184	4168	if (saved_indices) saved_indices[j] = i;
	0	762	if (saved_indices) saved_indices[j] = i;
	0	13	if (saved_indices) saved_indices[j] = i;
	0	0	if (saved_indices) saved_indices[j] = i;
	0	0	if (saved_indices) saved_indices[j] = i;
	0	0	if (saved_indices) saved_indices[j] = i;
	0	0	if (saved_indices) saved_indices[j] = i;
	1329	12051	if (saved_indices) saved_indices[j] = i;
	0	2042	if (saved_indices) saved_indices[j] = i;
	0	0	if (saved_indices) saved_indices[j] = i;
1540	4	30	if (h->lru_prev) {
	0	6	if (h->lru_prev) {
	0	1	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	20	149	if (h->lru_prev) {
	0	8	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
1543	4	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	20	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, new_cap);
1547	0	34	if (h->expires_at) {
	0	6	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	18	151	if (h->expires_at) {
	0	8	if (h->expires_at) {
	0	0	if (h->expires_at) {
1551	4352	34	for (uint32_t k = 0; k < live; k++) {
	762	6	for (uint32_t k = 0; k < live; k++) {
	13	1	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	13380	169	for (uint32_t k = 0; k < live; k++) {
	2042	8	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
1553	184	4168	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	762	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	13	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	0	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	0	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	0	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	0	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	1329	12051	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	2042	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
	0	0	if (old_to_new) old_to_new[saved_indices[k]] = new_idx;
1558	4	30	if (h->lru_prev && lru_order) {
	4	0	if (h->lru_prev && lru_order) {
	0	6	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	1	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	20	149	if (h->lru_prev && lru_order) {
	20	0	if (h->lru_prev && lru_order) {
	0	8	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
	0	0	if (h->lru_prev && lru_order) {
1559	184	4	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	920	20	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
	0	0	for (uint32_t i = 0; i < lru_count; i++) {
1561	184	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	920	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
1567	0	34	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	6	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	1	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	18	151	if (h->expires_at && saved_exp) {
	13	5	if (h->expires_at && saved_exp) {
	0	8	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
	0	0	if (h->expires_at && saved_exp) {
1568	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	409	13	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
	0	0	for (uint32_t k = 0; k < live; k++) {
1570	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	409	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
	0	0	if (new_idx != SHM_LRU_NONE)
1575	0	34	if (new_cap < old_cap) {
	0	6	if (new_cap < old_cap) {
	0	1	if (new_cap < old_cap) {
	0	0	if (new_cap < old_cap) {
	0	0	if (new_cap < old_cap) {
	0	0	if (new_cap < old_cap) {
	0	0	if (new_cap < old_cap) {
	19	150	if (new_cap < old_cap) {
	1	7	if (new_cap < old_cap) {
	0	0	if (new_cap < old_cap) {
1595	32	3071	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	6	518	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	1	17	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	0	13	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	0	13	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	0	17	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	0	9	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	220	8059	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	7	1013	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
	0	19	if (__builtin_expect((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3, 0)) {
1596	0	32	if (h->iterating > 0) { h->deferred = 1; return; }
	0	6	if (h->iterating > 0) { h->deferred = 1; return; }
	0	1	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	220	if (h->iterating > 0) { h->deferred = 1; return; }
	0	7	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
1598	32	0	if (new_cap <= hdr->max_table_cap)
	6	0	if (new_cap <= hdr->max_table_cap)
	1	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	141	79	if (new_cap <= hdr->max_table_cap)
	7	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
1600	3070	1	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	3070	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	518	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	518	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	17	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	17	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	13	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	13	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	13	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	13	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	17	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	17	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	9	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	9	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	8057	2	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	8057	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	1013	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	1013	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	19	0	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
	0	19	} else if (__builtin_expect(tomb > size || tomb > cap / 4, 0)) {
1601	0	1	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	2	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
1608	11	6	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	3	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	0	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	1	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	1	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	0	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	1	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	36	2786	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	0	500	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
	1	0	if (hdr->table_cap <= SHM_INITIAL_CAP) return;
1609	0	6	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	165	2621	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	1	499	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
	0	0	if (__builtin_expect((uint64_t)hdr->size * 4 < hdr->table_cap, 0)) {
1610	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
	149	16	if (h->iterating > 0) { h->deferred = 1; return; }
	0	1	if (h->iterating > 0) { h->deferred = 1; return; }
	0	0	if (h->iterating > 0) { h->deferred = 1; return; }
1612	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	16	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	1	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
1618	0	10	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	2	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	2	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	3	76	if (!h->deferred || h->iterating > 0) return;
	0	3	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
	0	0	if (!h->deferred || h->iterating > 0) return;
1624	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	3	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
	0	0	if ((uint64_t)(size + tomb) * 4 > (uint64_t)cap * 3) {
1626	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
	0	0	if (new_cap <= hdr->max_table_cap)
1628	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	3	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	3	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
	0	0	} else if (cap > SHM_INITIAL_CAP && (uint64_t)size * 4 < cap) {
1630	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	3	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
	0	0	if (new_cap < SHM_INITIAL_CAP) new_cap = SHM_INITIAL_CAP;
1632	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
	0	0	} else if (tomb > size || tomb > cap / 4) {
1672	5	3086	if (h->expires_at) {
	2	519	if (h->expires_at) {
	1	13	if (h->expires_at) {
	2	5	if (h->expires_at) {
	2	7	if (h->expires_at) {
	1	13	if (h->expires_at) {
	0	4	if (h->expires_at) {
	363	7880	if (h->expires_at) {
	0	1014	if (h->expires_at) {
	2	10	if (h->expires_at) {
1673	4	1	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	1	1	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	1	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	2	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	2	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	1	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	0	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	343	20	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	0	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
	2	0	uint32_t ttl = (ttl_sec == SHM_TTL_USE_DEFAULT) ? hdr->default_ttl : ttl_sec;
1674	5	0	if (ttl > 0)
	2	0	if (ttl > 0)
	1	0	if (ttl > 0)
	2	0	if (ttl > 0)
	2	0	if (ttl > 0)
	1	0	if (ttl > 0)
	0	0	if (ttl > 0)
	351	12	if (ttl > 0)
	0	0	if (ttl > 0)
	2	0	if (ttl > 0)
1679	9457	0	for (uint32_t i = 0; i <= mask; i++) {
	1566	0	for (uint32_t i = 0; i <= mask; i++) {
	22	0	for (uint32_t i = 0; i <= mask; i++) {
	11	0	for (uint32_t i = 0; i <= mask; i++) {
	9	0	for (uint32_t i = 0; i <= mask; i++) {
	22	0	for (uint32_t i = 0; i <= mask; i++) {
	4	0	for (uint32_t i = 0; i <= mask; i++) {
	29307	69	for (uint32_t i = 0; i <= mask; i++) {
	3366	0	for (uint32_t i = 0; i <= mask; i++) {
	14	0	for (uint32_t i = 0; i <= mask; i++) {
1685	3084	6373	if (st == SHM_EMPTY) {
	521	1045	if (st == SHM_EMPTY) {
	14	8	if (st == SHM_EMPTY) {
	7	4	if (st == SHM_EMPTY) {
	9	0	if (st == SHM_EMPTY) {
	14	8	if (st == SHM_EMPTY) {
	4	0	if (st == SHM_EMPTY) {
	8170	21137	if (st == SHM_EMPTY) {
	1014	2352	if (st == SHM_EMPTY) {
	12	2	if (st == SHM_EMPTY) {
1686	3071	13	if (insert_pos == UINT32_MAX) insert_pos = idx;
	521	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	14	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	6	1	if (insert_pos == UINT32_MAX) insert_pos = idx;
	9	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	14	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	4	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	8110	60	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1014	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	12	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
1689	14	6359	if (st == SHM_TOMBSTONE) {
	0	1045	if (st == SHM_TOMBSTONE) {
	0	8	if (st == SHM_TOMBSTONE) {
	1	3	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	8	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	85	21052	if (st == SHM_TOMBSTONE) {
	0	2352	if (st == SHM_TOMBSTONE) {
	0	2	if (st == SHM_TOMBSTONE) {
1690	13	1	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	60	25	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
1694	6330	29	if (st != tag) continue;
	1042	3	if (st != tag) continue;
	8	0	if (st != tag) continue;
	3	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	8	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	20975	77	if (st != tag) continue;
	2345	7	if (st != tag) continue;
	2	0	if (st != tag) continue;
1696	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	73	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	7	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
1698	7	22	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	3	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
1705	0	7	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8))
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8))
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8))
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8))
1712	0	7	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	4	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
1713	0	7	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	2	2	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
1714	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	1	1	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	1	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
	0	0	if (ttl_sec != SHM_TTL_USE_DEFAULT || h->expires_at[idx] != 0)
1721	0	3084	if (insert_pos == UINT32_MAX) return 0;
	0	521	if (insert_pos == UINT32_MAX) return 0;
	0	14	if (insert_pos == UINT32_MAX) return 0;
	0	7	if (insert_pos == UINT32_MAX) return 0;
	0	9	if (insert_pos == UINT32_MAX) return 0;
	0	14	if (insert_pos == UINT32_MAX) return 0;
	0	4	if (insert_pos == UINT32_MAX) return 0;
	69	8170	if (insert_pos == UINT32_MAX) return 0;
	0	1014	if (insert_pos == UINT32_MAX) return 0;
	0	12	if (insert_pos == UINT32_MAX) return 0;
1724	156	2928	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	52	104	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	3	518	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	2	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	14	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	7	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	9	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	14	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	4	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	869	7301	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	264	605	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1014	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	12	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
1733	0	3084	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8))
	0	521	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8))
	0	14	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8))
	0	7	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8))
1738	2	3082	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	9	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	14	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	4	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
1750	13	3069	if (was_tombstone) hdr->tombstones--;
	0	521	if (was_tombstone) hdr->tombstones--;
	0	14	if (was_tombstone) hdr->tombstones--;
	1	6	if (was_tombstone) hdr->tombstones--;
	0	9	if (was_tombstone) hdr->tombstones--;
	0	14	if (was_tombstone) hdr->tombstones--;
	0	4	if (was_tombstone) hdr->tombstones--;
	60	8110	if (was_tombstone) hdr->tombstones--;
	0	1014	if (was_tombstone) hdr->tombstones--;
	0	12	if (was_tombstone) hdr->tombstones--;
1752	156	2926	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	3	518	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	14	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	7	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	9	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	14	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	4	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	869	7301	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1014	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	12	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
1753	5	3077	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	2	519	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	1	13	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	2	5	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	2	7	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	1	13	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	0	4	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	361	7809	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	0	1014	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
	2	10	if (h->expires_at) h->expires_at[insert_pos] = exp_ts;
1772	0	9	SHM_SHARD_DISPATCH(h, key);
	0	14	SHM_SHARD_DISPATCH(h, key);
	0	4	SHM_SHARD_DISPATCH(h, key);
	1518	5717	SHM_SHARD_DISPATCH(h, key);
	0	1014	SHM_SHARD_DISPATCH(h, key);
	0	12	SHM_SHARD_DISPATCH(h, key);
1774	154	2931	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	521	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	14	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	7	SHM_SHARD_DISPATCH(h, key_str, key_len);
1834	0	1	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	1	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	20	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
	0	0	if (ttl_sec >= SHM_TTL_USE_DEFAULT - 1) ttl_sec = SHM_TTL_USE_DEFAULT - 2;
1864	0	6	SHM_SHARD_DISPATCH(h, key);
	0	3	SHM_SHARD_DISPATCH(h, key);
	0	5	SHM_SHARD_DISPATCH(h, key);
	509	389	SHM_SHARD_DISPATCH(h, key);
	0	7	SHM_SHARD_DISPATCH(h, key);
	0	9	SHM_SHARD_DISPATCH(h, key);
1866	8	2542	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	512	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	4	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	7	SHM_SHARD_DISPATCH(h, key_str, key_len);
1904	62	2488	if (pos + 16 <= hdr->table_cap) {
	17	495	if (pos + 16 <= hdr->table_cap) {
	3	1	if (pos + 16 <= hdr->table_cap) {
	7	0	if (pos + 16 <= hdr->table_cap) {
	6	0	if (pos + 16 <= hdr->table_cap) {
	3	0	if (pos + 16 <= hdr->table_cap) {
	5	0	if (pos + 16 <= hdr->table_cap) {
	322	576	if (pos + 16 <= hdr->table_cap) {
	6	1	if (pos + 16 <= hdr->table_cap) {
	6	3	if (pos + 16 <= hdr->table_cap) {
1908	2466	22	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	495	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	1	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	562	14	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	1	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	3	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
1910	2493	1	while (relevant) {
	496	0	while (relevant) {
	1	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	524	56	while (relevant) {
	1	0	while (relevant) {
	2	1	while (relevant) {
1915	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	520	4	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	2	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
1919	2493	0	uint32_t kl = SHM_STR_LEN(kl_packed);
	496	0	uint32_t kl = SHM_STR_LEN(kl_packed);
	1	0	uint32_t kl = SHM_STR_LEN(kl_packed);
	0	0	uint32_t kl = SHM_STR_LEN(kl_packed);
1921	4	2489	if (kl != key_len) goto simd_next;
	1	495	if (kl != key_len) goto simd_next;
	0	1	if (kl != key_len) goto simd_next;
	0	0	if (kl != key_len) goto simd_next;
1922	2489	0	if (SHM_IS_INLINE(kl_packed)) {
	495	0	if (SHM_IS_INLINE(kl_packed)) {
	1	0	if (SHM_IS_INLINE(kl_packed)) {
	0	0	if (SHM_IS_INLINE(kl_packed)) {
1925	2	2487	if (memcmp(ibuf, key_str, kl) != 0) goto simd_next;
	0	495	if (memcmp(ibuf, key_str, kl) != 0) goto simd_next;
	0	1	if (memcmp(ibuf, key_str, kl) != 0) goto simd_next;
	0	0	if (memcmp(ibuf, key_str, kl) != 0) goto simd_next;
1928	0	0	if ((uint64_t)koff + kl > arena_cap) goto simd_done;
	0	0	if ((uint64_t)koff + kl > arena_cap) goto simd_done;
	0	0	if ((uint64_t)koff + kl > arena_cap) goto simd_done;
	0	0	if ((uint64_t)koff + kl > arena_cap) goto simd_done;
1929	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) goto simd_next;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) goto simd_next;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) goto simd_next;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) goto simd_next;
1936	2486	1	local_vl = SHM_STR_LEN(local_vlen_packed);
	0	0	local_vl = SHM_STR_LEN(local_vlen_packed);
	0	0	local_vl = SHM_STR_LEN(local_vlen_packed);
	0	0	local_vl = SHM_STR_LEN(local_vlen_packed);
1948	0	1	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	56	0	if (emask) goto simd_done; /* hit empty — key absent */
	0	0	if (emask) goto simd_done; /* hit empty — key absent */
	1	0	if (emask) goto simd_done; /* hit empty — key absent */
1953	63	2487	if (!found) {
	17	495	if (!found) {
	3	1	if (!found) {
	7	0	if (!found) {
	6	0	if (!found) {
	3	0	if (!found) {
	5	0	if (!found) {
	378	520	if (!found) {
	6	1	if (!found) {
	7	2	if (!found) {
1954	99	0	for (uint32_t i = probe_start; i <= mask; i++) {
	19	0	for (uint32_t i = probe_start; i <= mask; i++) {
	3	0	for (uint32_t i = probe_start; i <= mask; i++) {
	8	0	for (uint32_t i = probe_start; i <= mask; i++) {
	6	0	for (uint32_t i = probe_start; i <= mask; i++) {
	4	0	for (uint32_t i = probe_start; i <= mask; i++) {
	6	0	for (uint32_t i = probe_start; i <= mask; i++) {
	1501	0	for (uint32_t i = probe_start; i <= mask; i++) {
	7	0	for (uint32_t i = probe_start; i <= mask; i++) {
	10	0	for (uint32_t i = probe_start; i <= mask; i++) {
1960	5	94	if (st == SHM_EMPTY) break;
	2	17	if (st == SHM_EMPTY) break;
	0	3	if (st == SHM_EMPTY) break;
	0	8	if (st == SHM_EMPTY) break;
	0	6	if (st == SHM_EMPTY) break;
	0	4	if (st == SHM_EMPTY) break;
	1	5	if (st == SHM_EMPTY) break;
	78	1423	if (st == SHM_EMPTY) break;
	0	7	if (st == SHM_EMPTY) break;
	1	9	if (st == SHM_EMPTY) break;
1961	36	58	if (st != tag) continue;
	2	15	if (st != tag) continue;
	0	3	if (st != tag) continue;
	1	7	if (st != tag) continue;
	0	6	if (st != tag) continue;
	1	3	if (st != tag) continue;
	1	4	if (st != tag) continue;
	1121	302	if (st != tag) continue;
	1	6	if (st != tag) continue;
	3	6	if (st != tag) continue;
1964	6	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	3	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	300	2	if (SHM_KEY_EQ(&nodes[idx], key)) {
	6	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	6	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
1969	55	3	uint32_t kl = SHM_STR_LEN(kl_packed);
	15	0	uint32_t kl = SHM_STR_LEN(kl_packed);
	3	0	uint32_t kl = SHM_STR_LEN(kl_packed);
	7	0	uint32_t kl = SHM_STR_LEN(kl_packed);
1970	0	58	if (kl != key_len) continue;
	0	15	if (kl != key_len) continue;
	0	3	if (kl != key_len) continue;
	0	7	if (kl != key_len) continue;
1972	55	3	if (SHM_IS_INLINE(kl_packed)) {
	15	0	if (SHM_IS_INLINE(kl_packed)) {
	3	0	if (SHM_IS_INLINE(kl_packed)) {
	7	0	if (SHM_IS_INLINE(kl_packed)) {
1975	0	55	if (memcmp(ibuf, key_str, kl) != 0) continue;
	0	15	if (memcmp(ibuf, key_str, kl) != 0) continue;
	0	3	if (memcmp(ibuf, key_str, kl) != 0) continue;
	0	7	if (memcmp(ibuf, key_str, kl) != 0) continue;
1977	0	3	if ((uint64_t)koff + kl > arena_cap) break;
	0	0	if ((uint64_t)koff + kl > arena_cap) break;
	0	0	if ((uint64_t)koff + kl > arena_cap) break;
	0	0	if ((uint64_t)koff + kl > arena_cap) break;
1978	0	3	if (memcmp(h->arena + koff, key_str, kl) != 0) continue;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) continue;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) continue;
	0	0	if (memcmp(h->arena + koff, key_str, kl) != 0) continue;
1985	50	8	local_vl = SHM_STR_LEN(local_vlen_packed);
	6	0	local_vl = SHM_STR_LEN(local_vlen_packed);
	0	3	local_vl = SHM_STR_LEN(local_vlen_packed);
	4	0	local_vl = SHM_STR_LEN(local_vlen_packed);
1997	2545	5	if (found) {
	510	2	if (found) {
	4	0	if (found) {
	7	0	if (found) {
	6	0	if (found) {
	3	0	if (found) {
	4	1	if (found) {
	820	78	if (found) {
	7	0	if (found) {
	8	1	if (found) {
1999	2	2543	if (h->expires_at) {
	1	509	if (h->expires_at) {
	0	4	if (h->expires_at) {
	0	7	if (h->expires_at) {
	0	6	if (h->expires_at) {
	0	3	if (h->expires_at) {
	0	4	if (h->expires_at) {
	36	784	if (h->expires_at) {
	0	7	if (h->expires_at) {
	0	8	if (h->expires_at) {
2001	2	0	if (exp != 0 && shm_now() >= exp) {
	1	1	if (exp != 0 && shm_now() >= exp) {
	1	0	if (exp != 0 && shm_now() >= exp) {
	0	1	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	26	10	if (exp != 0 && shm_now() >= exp) {
	9	17	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
	0	0	if (exp != 0 && shm_now() >= exp) {
2007	2544	6	if (found) {
	510	2	if (found) {
	4	0	if (found) {
	7	0	if (found) {
	6	0	if (found) {
	3	0	if (found) {
	4	1	if (found) {
	811	87	if (found) {
	7	0	if (found) {
	8	1	if (found) {
2009	2535	9	if (SHM_IS_INLINE(local_vlen_packed)) {
	6	0	if (SHM_IS_INLINE(local_vlen_packed)) {
	0	3	if (SHM_IS_INLINE(local_vlen_packed)) {
	4	0	if (SHM_IS_INLINE(local_vlen_packed)) {
2011	2535	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	2535	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	6	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	6	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	4	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	4	if (local_vl > h->copy_buf_size || !h->copy_buf) {
2012	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
2018	0	9	if ((uint64_t)local_voff + local_vl > arena_cap) continue;
	0	0	if ((uint64_t)local_voff + local_vl > arena_cap) continue;
	0	3	if ((uint64_t)local_voff + local_vl > arena_cap) continue;
	0	0	if ((uint64_t)local_voff + local_vl > arena_cap) continue;
2019	9	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	9	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	3	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	3	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
	0	0	if (local_vl > h->copy_buf_size || !h->copy_buf) {
2020	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
	0	0	if (!shm_ensure_copy_buf(h, local_vl > 0 ? local_vl : 1)) return 0;
2026	0	2544	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	510	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	4	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	7	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	6	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	3	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	4	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	811	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	7	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	8	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
2029	2	2542	if (h->lru_accessed)
	1	509	if (h->lru_accessed)
	0	4	if (h->lru_accessed)
	0	7	if (h->lru_accessed)
	0	6	if (h->lru_accessed)
	0	3	if (h->lru_accessed)
	0	4	if (h->lru_accessed)
	41	770	if (h->lru_accessed)
	0	7	if (h->lru_accessed)
	0	8	if (h->lru_accessed)
2041	0	6	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	2	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	1	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	87	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	1	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
2056	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
2058	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
2076	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
2081	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	2	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
2082	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	2	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
2084	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	2	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2086	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2088	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	2	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	2	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	1	1	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
	0	0	int found = !SHM_IS_EXPIRED(h, idx, now);
2108	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	2	54	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
2110	0	5	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
2113	0	5	if (h->expires_at) {
	0	2	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	1	if (h->expires_at) {
	2	54	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	2	if (h->expires_at) {
2139	5	0	for (uint32_t i = 0; i <= mask; i++) {
	3	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	110	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
2144	0	5	if (st == SHM_EMPTY) break;
	1	2	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	27	83	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	1	if (st == SHM_EMPTY) break;
2145	0	5	if (st != tag) continue; /* tombstone or tag mismatch */
	1	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	55	28	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
2147	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	27	1	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2149	0	5	if (!SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) continue;
	0	1	if (!SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) continue;
	0	0	if (!SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) continue;
	0	1	if (!SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) continue;
2157	0	5	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	2	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	1	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	1	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	54	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	0	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
	0	2	if (shm_seqlock_read_retry(&hdr->seq, seq)) continue;
2172	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	1	2784	SHM_SHARD_DISPATCH(h, key);
	0	500	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
2174	1	4	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
2192	5	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	3595	0	for (uint32_t i = 0; i <= mask; i++) {
	590	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
2197	0	5	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	3595	if (st == SHM_EMPTY) break;
	0	590	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
2198	0	5	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	806	2789	if (st != tag) continue; /* tombstone or tag mismatch */
	90	500	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
2201	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	2785	4	if (SHM_KEY_EQ(&nodes[idx], key)) {
	500	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2203	5	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2205	0	5	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
	1	2784	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	500	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
2206	0	5	if (h->expires_at) h->expires_at[idx] = 0;
	0	1	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	1	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	1	if (h->expires_at) h->expires_at[idx] = 0;
	0	2785	if (h->expires_at) h->expires_at[idx] = 0;
	0	500	if (h->expires_at) h->expires_at[idx] = 0;
	0	1	if (h->expires_at) h->expires_at[idx] = 0;
2236	0	2	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	2	9	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
2238	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
2243	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	3	8	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
2259	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	12	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
2264	0	0	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	7	5	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
2265	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	7	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2268	0	0	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	5	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
2269	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2272	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	1	4	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
2274	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2276	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2279	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	2	2	if (SHM_IS_EXPIRED(h, idx, now)) {
	2	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
2281	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2291	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	8	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
2298	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	7	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
2306	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
2313	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
2326	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	1	7	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
2328	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	1	7	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
2329	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
	2	6	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
2331	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	2	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
2354	0	1	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	1	5	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
2356	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
2361	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	1	5	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
2375	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	7	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
2380	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	2	5	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	1	1	if (st == SHM_EMPTY) break;
2381	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	1	4	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
2383	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2385	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2387	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
2399	0	0	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
2409	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	4	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
2410	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	3	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
2441	0	2	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	1	7	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
2443	0	4	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
2448	0	4	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	1	7	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
2464	4	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	9	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
2469	2	2	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	3	6	if (st == SHM_EMPTY) {
	0	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
2470	2	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	3	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2473	0	2	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	6	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
2474	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2477	0	2	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	1	5	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
2479	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	5	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2481	2	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2483	0	2	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	4	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
2485	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
2491	2	0	uint32_t old_vl = SHM_STR_LEN(nodes[idx].val_len);
	1	0	uint32_t old_vl = SHM_STR_LEN(nodes[idx].val_len);
	1	0	uint32_t old_vl = SHM_STR_LEN(nodes[idx].val_len);
	1	0	uint32_t old_vl = SHM_STR_LEN(nodes[idx].val_len);
2492	0	2	if (!shm_ensure_copy_buf(h, old_vl)) {
	0	1	if (!shm_ensure_copy_buf(h, old_vl)) {
	0	1	if (!shm_ensure_copy_buf(h, old_vl)) {
	0	1	if (!shm_ensure_copy_buf(h, old_vl)) {
2505	0	2	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[idx].val_off, &nodes[idx].val_len, val_str, val_len, val_utf8)) {
2517	0	2	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	5	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
2518	0	2	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	4	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
2528	0	2	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	3	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
2535	0	2	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	2	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
2542	0	2	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
2549	0	2	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, val_str, val_len, val_utf8)) {
2562	0	2	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	3	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
2564	0	2	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	1	2	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
2565	0	2	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	3	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	1	if (h->expires_at) {
2567	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
	0	0	h->expires_at[insert_pos] = ttl > 0 ? shm_expiry_ts(ttl) : 0;
2590	0	1	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	1	4	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
2592	1	5	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
2597	0	6	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	1	4	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
2611	7	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	5	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
2616	1	6	if (st == SHM_EMPTY) break;
	0	2	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	4	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
2617	1	5	if (st != tag) continue; /* tombstone or tag mismatch */
	0	2	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	4	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
2620	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
2622	5	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	2	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
2625	0	5	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	2	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
2636	5	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	1	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
2637	0	5	if (!shm_ensure_copy_buf(h, vl)) {
	0	1	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
2650	0	5	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	2	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	3	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
2651	0	5	if (h->expires_at) h->expires_at[idx] = 0;
	0	2	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	1	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	3	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
2680	0	2	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	12	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
2681	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	1	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
2695	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	1	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
2702	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	2	10	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
2709	0	2	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	5	7	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	5	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
2712	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	5	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
2713	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	5	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
2720	2	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	79	2	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
	0	0	for (uint32_t i = 0; i < hdr->table_cap; i++) {
2721	0	2	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	69	10	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
	0	0	if (!SHM_IS_LIVE(states[i])) continue;
2722	0	2	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	6	4	if (SHM_IS_EXPIRED(h, i, now)) {
	5	1	if (SHM_IS_EXPIRED(h, i, now)) {
	5	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i, now)) {
2730	0	2	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	2	10	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
2741	2	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
2742	0	2	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
2755	2	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
2757	2	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
2760	0	2	if (!shm_ensure_copy_buf(h, kl + vl + 1)) {
2769	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
2784	0	2	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	5	5	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
2785	0	2	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	1	9	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
2808	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	8	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
2809	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	1	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
2823	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	1	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
	0	0	if (rc) { h->shard_iter = (si + 1) % h->num_shards; return 1; }
2830	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	8	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
2837	0	1	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	3	5	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	3	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_head != SHM_LRU_NONE) {
2840	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	3	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
2841	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	3	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
2848	3	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	37	1	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
	0	0	for (uint32_t i = hdr->table_cap; i > 0; i--) {
2849	2	1	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	33	4	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
	0	0	if (!SHM_IS_LIVE(states[i - 1])) continue;
2850	0	1	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	4	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
	0	0	if (SHM_IS_EXPIRED(h, i - 1, now)) {
2858	0	1	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	1	7	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
	0	0	if (idx == UINT32_MAX) {
2869	1	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
2870	0	1	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, kl + 1)) {
2883	1	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
2885	1	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
2887	0	1	if (!shm_ensure_copy_buf(h, kl + vl + 1)) {
2896	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
	0	0	if (!shm_ensure_copy_buf(h, vl + 1)) {
2911	0	1	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	3	4	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
2912	0	1	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	7	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
2946	0	3	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	1	5	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
2950	0	3	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	6	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
	0	0	if (limit == 0) return 0;
2956	10	2	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
	18	3	while (count < limit) {
	0	0	while (count < limit) {
	0	0	while (count < limit) {
2959	0	10	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	4	14	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	4	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
	0	0	if (h->lru_prev && hdr->lru_tail != SHM_LRU_NONE) {
2961	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	4	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
	0	0	while (pos != SHM_LRU_NONE) {
2962	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	4	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
	0	0	if (!SHM_IS_EXPIRED(h, pos, now)) { idx = pos; break; }
2968	25	1	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	72	3	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
	0	0	for (; scan_pos < hdr->table_cap; scan_pos++) {
2969	16	9	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	58	14	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
	0	0	if (!SHM_IS_LIVE(states[scan_pos])) continue;
2970	0	9	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	4	10	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	3	1	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	3	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
	0	0	if (SHM_IS_EXPIRED(h, scan_pos, now)) {
2979	1	9	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	3	15	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
	0	0	if (idx == UINT32_MAX) break;
2986	9	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[idx].key_len);
2988	3	6	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
2989	0	3	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
2990	0	3	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
2992	0	3	if (!nb) break;
	0	0	if (!nb) break;
	0	0	if (!nb) break;
	0	0	if (!nb) break;
3005	9	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
3007	0	9	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
	0	0	if (need > *buf_cap) {
3008	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
	0	0	uint32_t ns = *buf_cap ? *buf_cap * 2 : 4096;
3009	0	0	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
	0	0	while (ns < need) ns *= 2;
3011	0	0	if (!nb) break;
	0	0	if (!nb) break;
	0	0	if (!nb) break;
	0	0	if (!nb) break;
3024	0	9	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	4	11	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
	0	0	if (h->lru_prev) shm_lru_unlink(h, idx);
3025	0	9	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	1	14	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
	0	0	if (h->expires_at) h->expires_at[idx] = 0;
3030	3	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	5	1	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
	0	0	if (count > 0) SHM_FN(maybe_shrink)(h);
3041	1	2	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	5	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3043	2	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	1	1	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	2	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	1	1	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards && total < limit; i++) {
3049	1	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	1	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
	0	0	if (total > 0) h->shard_iter = (h->shard_iter + 1) % h->num_shards;
3080	4	0	if (pos + 16 <= hdr->table_cap) {
	0	2	if (pos + 16 <= hdr->table_cap) {
	0	3	if (pos + 16 <= hdr->table_cap) {
	0	8	if (pos + 16 <= hdr->table_cap) {
	0	2	if (pos + 16 <= hdr->table_cap) {
	0	4	if (pos + 16 <= hdr->table_cap) {
3083	4	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
	0	0	uint16_t cutoff = emask ? (uint16_t)((1U << __builtin_ctz(emask)) - 1) : 0xFFFF;
3085	3	1	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
	0	0	while (relevant) {
3089	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) { *out_idx = idx; return 1; }
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) { *out_idx = idx; return 1; }
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) { *out_idx = idx; return 1; }
3091	3	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) { *out_idx = idx; return 1; }
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) { *out_idx = idx; return 1; }
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) { *out_idx = idx; return 1; }
3095	1	0	if (emask) return 0;
	0	0	if (emask) return 0;
	0	0	if (emask) return 0;
	0	0	if (emask) return 0;
	0	0	if (emask) return 0;
	0	0	if (emask) return 0;
3100	0	0	for (uint32_t i = probe_start; i <= mask; i++) {
	2	0	for (uint32_t i = probe_start; i <= mask; i++) {
	3	0	for (uint32_t i = probe_start; i <= mask; i++) {
	8	0	for (uint32_t i = probe_start; i <= mask; i++) {
	2	0	for (uint32_t i = probe_start; i <= mask; i++) {
	4	0	for (uint32_t i = probe_start; i <= mask; i++) {
3105	0	0	if (st == SHM_EMPTY) return 0;
	1	1	if (st == SHM_EMPTY) return 0;
	1	2	if (st == SHM_EMPTY) return 0;
	1	7	if (st == SHM_EMPTY) return 0;
	1	1	if (st == SHM_EMPTY) return 0;
	1	3	if (st == SHM_EMPTY) return 0;
3106	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	2	if (st != tag) continue;
	0	7	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	3	if (st != tag) continue;
3108	7	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	3	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3110	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	2	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3127	4	13	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	0	4	SHM_SHARD_DISPATCH(h, key);
3129	0	4	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	3	SHM_SHARD_DISPATCH(h, key_str, key_len);
3133	0	4	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	3	uint32_t now = h->expires_at ? shm_now() : 0;
	5	12	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	4	uint32_t now = h->expires_at ? shm_now() : 0;
3136	4	0	if (!h->lru_prev && !h->expires_at) {
	4	0	if (!h->lru_prev && !h->expires_at) {
	2	0	if (!h->lru_prev && !h->expires_at) {
	2	0	if (!h->lru_prev && !h->expires_at) {
	3	0	if (!h->lru_prev && !h->expires_at) {
	3	0	if (!h->lru_prev && !h->expires_at) {
	13	4	if (!h->lru_prev && !h->expires_at) {
	8	5	if (!h->lru_prev && !h->expires_at) {
	2	0	if (!h->lru_prev && !h->expires_at) {
	2	0	if (!h->lru_prev && !h->expires_at) {
	4	0	if (!h->lru_prev && !h->expires_at) {
	4	0	if (!h->lru_prev && !h->expires_at) {
3140	7	1	if (SHM_FN(find_slot)(h, key, &idx)) {
	1	1	if (SHM_FN(find_slot)(h, key, &idx)) {
	3	1	if (SHM_FN(find_slot)(h, key, &idx)) {
3142	3	1	if (SHM_FN(find_slot)(h, key_str, key_len, key_utf8, &idx)) {
	1	1	if (SHM_FN(find_slot)(h, key_str, key_len, key_utf8, &idx)) {
	2	1	if (SHM_FN(find_slot)(h, key_str, key_len, key_utf8, &idx)) {
3168	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	10	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
3173	1	0	if (st == SHM_EMPTY) {
	1	0	if (st == SHM_EMPTY) {
	1	0	if (st == SHM_EMPTY) {
	4	6	if (st == SHM_EMPTY) {
	1	0	if (st == SHM_EMPTY) {
	1	0	if (st == SHM_EMPTY) {
3174	1	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	4	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
3177	0	0	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	6	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
3178	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
3181	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	6	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
3183	6	0	if (SHM_KEY_EQ(&nodes[slot], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[slot], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[slot], key)) {
3185	0	0	if (SHM_KEY_EQ_STR(&nodes[slot], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[slot], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[slot], h->arena, key_str, key_len, key_utf8)) {
3188	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	3	3	if (SHM_IS_EXPIRED(h, slot, now)) {
	2	1	if (SHM_IS_EXPIRED(h, slot, now)) {
	2	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
	0	0	if (SHM_IS_EXPIRED(h, slot, now)) {
3191	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	2	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = slot;
3197	0	0	if (h->lru_prev) shm_lru_promote(h, slot);
	0	0	if (h->lru_prev) shm_lru_promote(h, slot);
	0	0	if (h->lru_prev) shm_lru_promote(h, slot);
	3	1	if (h->lru_prev) shm_lru_promote(h, slot);
	0	0	if (h->lru_prev) shm_lru_promote(h, slot);
	0	0	if (h->lru_prev) shm_lru_promote(h, slot);
3198	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	1	3	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[slot] != 0)
3207	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	6	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
3215	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	1	5	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
3222	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
3232	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	2	4	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
3234	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	1	5	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
3235	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	4	2	if (h->expires_at && hdr->default_ttl > 0)
	4	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
3255	1	5	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
3257	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
3262	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	2	4	uint32_t now = h->expires_at ? shm_now() : 0;
	0	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
3276	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	6	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
3281	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	1	5	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	2	if (st == SHM_EMPTY) break;
3282	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	5	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	2	if (st != tag) continue;
3284	5	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	2	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3286	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3288	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	2	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	2	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	2	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
3295	1	0	if (nodes[idx].value == expected) {
	1	0	if (nodes[idx].value == expected) {
	1	0	if (nodes[idx].value == expected) {
	3	1	if (nodes[idx].value == expected) {
	1	0	if (nodes[idx].value == expected) {
	1	1	if (nodes[idx].value == expected) {
3297	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	3	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
3298	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	2	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
3320	2	22	if (h->shard_handles) {
	0	3	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	2	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	1	if (h->shard_handles) {
	13	135	if (h->shard_handles) {
	0	2	if (h->shard_handles) {
	0	1	if (h->shard_handles) {
3322	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	76	13	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3324	2	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	13	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
	0	0	return (uint32_t)(total > UINT32_MAX ? UINT32_MAX : total);
3332	0	1	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	2	5	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_entries)(h->shard_handles[0]);
3339	0	1	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	2	7	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(max_size)(h->shard_handles[0]);
3344	0	1	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	2	7	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(ttl)(h->shard_handles[0]);
3358	0	1	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	3	30	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	3	SHM_SHARD_DISPATCH(h, key);
3360	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
3362	0	2	if (!h->expires_at) return -1; /* TTL not enabled */
	0	0	if (!h->expires_at) return -1; /* TTL not enabled */
	0	2	if (!h->expires_at) return -1; /* TTL not enabled */
	0	1	if (!h->expires_at) return -1; /* TTL not enabled */
	0	1	if (!h->expires_at) return -1; /* TTL not enabled */
	0	1	if (!h->expires_at) return -1; /* TTL not enabled */
	0	0	if (!h->expires_at) return -1; /* TTL not enabled */
	1	32	if (!h->expires_at) return -1; /* TTL not enabled */
	0	0	if (!h->expires_at) return -1; /* TTL not enabled */
	0	3	if (!h->expires_at) return -1; /* TTL not enabled */
3379	3	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	34	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	3	0	for (uint32_t i = 0; i <= mask; i++) {
3384	1	2	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	2	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	33	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	3	if (st == SHM_EMPTY) break;
3385	1	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	2	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	2	31	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	3	if (st != tag) continue; /* tombstone or tag mismatch */
3387	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	31	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	3	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3389	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	2	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3392	0	1	if (exp == 0) {
	0	0	if (exp == 0) {
	1	1	if (exp == 0) {
	1	0	if (exp == 0) {
	1	0	if (exp == 0) {
	1	0	if (exp == 0) {
	0	0	if (exp == 0) {
	10	21	if (exp == 0) {
	0	0	if (exp == 0) {
	1	2	if (exp == 0) {
3397	0	1	if (now >= exp) {
	0	0	if (now >= exp) {
	0	1	if (now >= exp) {
	0	0	if (now >= exp) {
	0	0	if (now >= exp) {
	0	0	if (now >= exp) {
	0	0	if (now >= exp) {
	0	21	if (now >= exp) {
	0	0	if (now >= exp) {
	0	2	if (now >= exp) {
3422	0	1	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	1	3	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
3424	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
3426	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	4	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
3444	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	4	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
3449	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	3	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
3450	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	3	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
3452	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	3	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3454	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3456	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	3	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	3	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
3487	0	1	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	1	4	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	1	SHM_SHARD_DISPATCH(h, key);
3489	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
3491	0	0	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	5	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	1	if (!h->expires_at) return 0;
3509	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	5	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
3514	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	4	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
3515	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	4	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
3517	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	4	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3519	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3521	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	4	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	3	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
3530	0	0	if (ttl_sec == 0)
	0	1	if (ttl_sec == 0)
	0	1	if (ttl_sec == 0)
	0	1	if (ttl_sec == 0)
	0	1	if (ttl_sec == 0)
	0	0	if (ttl_sec == 0)
	0	0	if (ttl_sec == 0)
	1	3	if (ttl_sec == 0)
	0	0	if (ttl_sec == 0)
	0	1	if (ttl_sec == 0)
3547	0	3	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	3	26	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3549	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	12	3	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3557	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	15	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3559	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3567	0	2	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	2	6	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
	0	0	if (h->shard_handles) return SHM_FN(mmap_size)(h->shard_handles[0]);
3578	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	40	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3581	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	4	1	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
	0	0	for (uint32_t i = 0; i < h->num_shards; i++) {
3584	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	4	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
	0	0	if (!done) all_done = 0;
3586	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	1	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
	0	0	if (done_out) *done_out = all_done;
3589	0	1	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	1	39	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
	0	0	if (!h->expires_at) {
3590	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	1	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
	0	0	if (done_out) *done_out = 1; /* trivially complete */
3593	1	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	39	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
	0	0	if (done_out) *done_out = 0;
3605	0	1	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	39	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
	0	0	if (start >= cap) start = 0; /* clamp after shrink */
3606	0	1	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	39	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
	0	0	if (limit == 0) limit = 1; /* scan at least one slot */
3607	1	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	17	22	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
	0	0	if (limit > cap) limit = cap; /* can't scan more than exists */
3609	16	1	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	900	39	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
	0	0	for (uint32_t n = 0; n < limit; n++) {
3611	2	14	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	2	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	2	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	319	581	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	316	3	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	245	71	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
	0	0	if (SHM_IS_LIVE(states[i]) && h->expires_at[i] != 0 && now >= h->expires_at[i]) {
3619	0	1	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	22	17	int done = (limit >= cap || start + limit >= cap);
	2	20	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
	0	0	int done = (limit >= cap || start + limit >= cap);
3620	0	1	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	20	19	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
	0	0	hdr->flush_cursor = done ? 0 : next;
3622	1	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	39	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
	0	0	if (done_out) *done_out = done;
3626	1	0	if (done && flushed > 0)
	1	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	19	20	if (done && flushed > 0)
	9	10	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
	0	0	if (done && flushed > 0)
3636	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	11	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3638	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	4	1	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3642	0	1	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	1	10	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
	0	0	if (!h->expires_at) return 0;
3657	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	1	8	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
3659	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	1	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
3661	2	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	2	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	1	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	1	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	8	1	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	1	7	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
	0	0	if (!h->lru_prev && !h->expires_at) return 0; /* nothing to do */
3666	2	0	uint32_t now = h->expires_at ? shm_now() : 0;
	1	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	7	1	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
3679	2	0	for (uint32_t i = 0; i <= mask; i++) {
	1	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	8	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
3684	1	1	if (st == SHM_EMPTY) break;
	0	1	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	1	7	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
	0	0	if (st == SHM_EMPTY) break;
3685	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	1	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	7	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
	0	0	if (st != tag) continue; /* tombstone or tag mismatch */
3687	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	7	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3689	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3691	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	6	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	5	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	4	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
3700	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	1	5	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
3701	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	1	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	5	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	5	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	4	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0) {
3717	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	11	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3719	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	4	1	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3724	0	1	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	2	9	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
	0	0	if (target > hdr->max_table_cap) return 0;
3727	0	1	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	9	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
	0	0	if (needed < SHM_INITIAL_CAP) needed = SHM_INITIAL_CAP;
3728	0	1	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	1	8	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
	0	0	if (needed <= hdr->table_cap) return 1; /* already big enough */
3729	0	1	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	1	7	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
	0	0	if (needed > hdr->max_table_cap) return 0; /* exceeds max */
3734	1	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	7	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
	0	0	if (needed > hdr->table_cap)
3744	0	3	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	3	22	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3746	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	12	3	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3754	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	14	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3756	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3764	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	10	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3766	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3774	0	3	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	10	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3776	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3780	3	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	10	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
	0	0	return h->arena ? __atomic_load_n(&h->hdr->arena_bump, __ATOMIC_RELAXED) : 0;
3784	0	2	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	10	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3786	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	8	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3790	2	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	10	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
	0	0	return h->arena ? h->hdr->arena_cap : 0;
3796	0	1	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	2	25	if (h->shard_handles) {
	0	1	if (h->shard_handles) {
	0	1	if (h->shard_handles) {
3797	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	20	2	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3811	0	1	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	0	if (hdr->table_cap > SHM_INITIAL_CAP) {
	20	5	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	1	if (hdr->table_cap > SHM_INITIAL_CAP) {
	0	1	if (hdr->table_cap > SHM_INITIAL_CAP) {
3821	1	0	if (h->arena) {
	0	0	if (h->arena) {
	0	0	if (h->arena) {
	0	0	if (h->arena) {
	0	0	if (h->arena) {
	0	0	if (h->arena) {
	0	0	if (h->arena) {
	0	25	if (h->arena) {
	0	1	if (h->arena) {
	0	1	if (h->arena) {
3828	0	1	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	0	0	if (h->lru_prev) {
	2	23	if (h->lru_prev) {
	0	1	if (h->lru_prev) {
	0	1	if (h->lru_prev) {
3831	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	2	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
	0	0	if (h->lru_accessed) memset(h->lru_accessed, 0, hdr->max_table_cap);
3837	0	1	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	0	if (h->expires_at) {
	0	25	if (h->expires_at) {
	0	1	if (h->expires_at) {
	0	1	if (h->expires_at) {
3848	0	1	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	1	24	if (h->iter_active) {
	0	1	if (h->iter_active) {
	0	1	if (h->iter_active) {
3850	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	1	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
3858	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	1	5	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
3859	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	4	1	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
	0	0	for (uint32_t i = 0; i < h->num_shards; i++)
3864	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
	1	4	if (h->iter_active) {
	0	0	if (h->iter_active) {
	0	0	if (h->iter_active) {
3866	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	1	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
3888	0	0	SHM_SHARD_DISPATCH(h, key);
	0	0	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	2	5	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
	0	2	SHM_SHARD_DISPATCH(h, key);
3890	0	8	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	0	SHM_SHARD_DISPATCH(h, key_str, key_len);
	0	2	SHM_SHARD_DISPATCH(h, key_str, key_len);
3895	0	8	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	3	4	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
	0	2	uint32_t now = h->expires_at ? shm_now() : 0;
3911	8	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	0	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	7	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
	2	0	for (uint32_t i = 0; i <= mask; i++) {
3917	5	3	if (st == SHM_EMPTY) {
	0	0	if (st == SHM_EMPTY) {
	0	0	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	0	0	if (st == SHM_EMPTY) {
	0	0	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	2	5	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
	1	1	if (st == SHM_EMPTY) {
3918	5	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	2	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
3921	0	3	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	0	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	5	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
	0	1	if (st == SHM_TOMBSTONE) {
3922	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
3925	0	3	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	0	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	5	if (st != tag) continue;
	0	1	if (st != tag) continue;
	0	1	if (st != tag) continue;
3927	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	0	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	5	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
	1	0	if (SHM_KEY_EQ(&nodes[idx], key)) {
3929	3	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	0	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
	1	0	if (SHM_KEY_EQ_STR(&nodes[idx], h->arena, key_str, key_len, key_utf8)) {
3932	0	3	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	3	2	if (SHM_IS_EXPIRED(h, idx, now)) {
	2	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	1	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	1	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
	0	0	if (SHM_IS_EXPIRED(h, idx, now)) {
3934	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	1	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
	0	0	if (insert_pos == UINT32_MAX) insert_pos = idx;
3940	3	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
	1	0	uint32_t vl = SHM_STR_LEN(nodes[idx].val_len);
3941	0	3	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
	0	1	if (!shm_ensure_copy_buf(h, vl)) {
3954	0	3	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	0	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	4	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
	0	1	if (h->lru_prev) shm_lru_promote(h, idx);
3955	0	3	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	2	2	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	2	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	1	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0 && h->expires_at[idx] != 0)
3964	0	5	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	0	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	3	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
	0	1	if (insert_pos == UINT32_MAX) {
3971	0	5	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	3	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	1	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
	0	0	if (hdr->max_size > 0 && hdr->size >= hdr->max_size)
3979	0	5	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].key_off, &nodes[insert_pos].key_len, key_str, key_len, key_utf8)) {
3987	5	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	5	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	1	0	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
	0	1	if (!shm_ensure_copy_buf(h, def_len > 0 ? def_len : 1)) {
3995	0	5	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, def_str, def_len, def_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, def_str, def_len, def_utf8)) {
	0	0	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, def_str, def_len, def_utf8)) {
	0	1	if (!shm_str_store(hdr, h->arena, &nodes[insert_pos].val_off, &nodes[insert_pos].val_len, def_str, def_len, def_utf8)) {
4009	0	5	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	0	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	1	2	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
	0	1	if (was_tombstone) hdr->tombstones--;
4011	0	5	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	0	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	3	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
	0	1	if (h->lru_prev) shm_lru_push_front(h, insert_pos);
4012	0	5	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	1	2	if (h->expires_at && hdr->default_ttl > 0)
	1	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
	0	1	if (h->expires_at && hdr->default_ttl > 0)
	0	0	if (h->expires_at && hdr->default_ttl > 0)
4043	0	3	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	62	668	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
	0	0	if (h->shard_handles) {
4044	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	68	2	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
	0	0	while (h->shard_iter < h->num_shards) {
4057	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
	60	8	if (rc) return 1;
	0	0	if (rc) return 1;
	0	0	if (rc) return 1;
4067	0	3	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	668	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
4071	1	2	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	22	646	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
	0	0	if (!h->iter_active) {
4078	0	3	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	668	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
	0	0	if (h->iter_gen != hdr->table_gen) {
4083	2	1	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	649	19	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &h->iter_pos)) {
4087	0	2	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	649	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
4094	2	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
4096	2	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
4098	0	2	if (total64 > UINT32_MAX) {
4101	0	0	if (h->iterating > 0) h->iterating--;
4109	0	2	if (!shm_ensure_copy_buf(h, total)) {
	0	0	if (!shm_ensure_copy_buf(h, total)) {
	0	0	if (!shm_ensure_copy_buf(h, total)) {
	0	0	if (!shm_ensure_copy_buf(h, total)) {
4112	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
4124	2	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
4126	2	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
4130	0	0	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
	0	0	if (!shm_ensure_copy_buf(h, vl)) {
4133	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
4153	1	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	19	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
4173	32	2	while (c->shard_idx < c->shard_count) {
	6	1	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
	3	1	while (c->shard_idx < c->shard_count) {
	766	14	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
	0	0	while (c->shard_idx < c->shard_count) {
4178	0	32	uint32_t now = h->expires_at ? shm_now() : 0;
	0	6	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	3	uint32_t now = h->expires_at ? shm_now() : 0;
	0	766	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
	0	0	uint32_t now = h->expires_at ? shm_now() : 0;
4183	0	32	if (c->gen != hdr->table_gen) {
	0	6	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
	0	3	if (c->gen != hdr->table_gen) {
	0	766	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
	0	0	if (c->gen != hdr->table_gen) {
4188	27	5	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	5	1	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	2	1	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	731	35	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
	0	0	while (shm_find_next_live(states, hdr->table_cap, &c->iter_pos)) {
4191	0	27	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	5	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	2	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	731	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
	0	0	if (SHM_IS_EXPIRED(h, pos, now))
4198	27	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	5	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
	0	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
4200	27	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
4202	0	27	if (total64 > UINT32_MAX) {
4210	0	27	if (!shm_cursor_ensure_copy_buf(c, total)) {
	0	5	if (!shm_cursor_ensure_copy_buf(c, total)) {
	0	0	if (!shm_cursor_ensure_copy_buf(c, total)) {
	0	0	if (!shm_cursor_ensure_copy_buf(c, total)) {
4222	27	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	0	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
	2	0	uint32_t vl = SHM_STR_LEN(nodes[pos].val_len);
4224	27	0	uint32_t kl = SHM_STR_LEN(nodes[pos].key_len);
4228	0	0	if (!shm_cursor_ensure_copy_buf(c, vl)) {
	0	0	if (!shm_cursor_ensure_copy_buf(c, vl)) {
	0	2	if (!shm_cursor_ensure_copy_buf(c, vl)) {
4249	5	0	if (h->iterating > 0) h->iterating--;
	1	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	1	0	if (h->iterating > 0) h->iterating--;
	35	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
	0	0	if (h->iterating > 0) h->iterating--;
4252	2	3	if (c->shard_idx < c->shard_count) {
	1	0	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
	1	0	if (c->shard_idx < c->shard_count) {
	14	21	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
	0	0	if (c->shard_idx < c->shard_count) {
4266	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	2	0	if (c->current && c->current->iterating > 0)
	0	2	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
	0	0	if (c->current && c->current->iterating > 0)
4271	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	1	1	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {
	0	0	if (c->handle->shard_handles) {