@@ -578,18 +578,17 @@ ZTEST_F(zms, test_zms_gc_corrupt_close_ate)
578578 int err ;
579579
580580 Z_TEST_SKIP_IFNDEF (CONFIG_FLASH_SIMULATOR_DOUBLE_WRITES );
581- memset (& close_ate , 0xff , sizeof (struct zms_ate ));
582- close_ate .id = ZMS_HEAD_ID ;
581+ close_ate .id = 0xffffffff ;
583582 close_ate .offset = fixture -> fs .sector_size - sizeof (struct zms_ate ) * 5 ;
584583 close_ate .len = 0 ;
584+ close_ate .metadata = 0xffffffff ;
585585 close_ate .cycle_cnt = 1 ;
586586 close_ate .crc8 = 0xff ; /* Incorrect crc8 */
587587
588- memset ( & empty_ate , 0 , sizeof ( struct zms_ate )) ;
589- empty_ate .id = ZMS_HEAD_ID ;
588+ empty_ate . id = 0xffffffff ;
589+ empty_ate .offset = 0 ;
590590 empty_ate .len = 0xffff ;
591- empty_ate .metadata =
592- FIELD_PREP (ZMS_MAGIC_NUMBER_MASK , ZMS_MAGIC_NUMBER ) | ZMS_DEFAULT_VERSION ;
591+ empty_ate .metadata = 0x4201 ;
593592 empty_ate .cycle_cnt = 1 ;
594593 empty_ate .crc8 =
595594 crc8_ccitt (0xff , (uint8_t * )& empty_ate + SIZEOF_FIELD (struct zms_ate , crc8 ),
@@ -650,7 +649,7 @@ ZTEST_F(zms, test_zms_gc_corrupt_ate)
650649 struct zms_ate close_ate ;
651650 int err ;
652651
653- close_ate .id = ZMS_HEAD_ID ;
652+ close_ate .id = 0xffffffff ;
654653 close_ate .offset = fixture -> fs .sector_size / 2 ;
655654 close_ate .len = 0 ;
656655 close_ate .crc8 =
@@ -897,45 +896,3 @@ ZTEST_F(zms, test_zms_cache_hash_quality)
897896 ztest_test_skip ();
898897#endif
899898}
900-
901- /*
902- * Test 64 bit ZMS ID support.
903- */
904- ZTEST_F (zms , test_zms_id_64bit )
905- {
906- int err ;
907- ssize_t len ;
908- uint64_t data ;
909- uint64_t filling_id = 0xdeadbeefULL ;
910-
911- Z_TEST_SKIP_IFNDEF (CONFIG_ZMS_ID_64BIT );
912-
913- err = zms_mount (& fixture -> fs );
914- zassert_true (err == 0 , "zms_mount call failure: %d" , err );
915-
916- /* Fill the first sector with writes of different IDs */
917-
918- while (fixture -> fs .data_wra + sizeof (data ) + sizeof (struct zms_ate ) <=
919- fixture -> fs .ate_wra ) {
920- data = filling_id ;
921- len = zms_write (& fixture -> fs , (zms_id_t )filling_id , & data , sizeof (data ));
922- zassert_true (len == sizeof (data ), "zms_write failed: %d" , len );
923-
924- /* Choose the next ID so that its lower 32 bits stay invariant.
925- * The purpose is to test that ZMS doesn't mistakenly cast the
926- * 64 bit ID to a 32 bit one somewhere.
927- */
928- filling_id += BIT64 (32 );
929- }
930-
931- /* Read back the written entries and check that they're all unique */
932-
933- for (uint64_t id = 0xdeadbeefULL ; id < filling_id ; id += BIT64 (32 )) {
934- len = zms_read_hist (& fixture -> fs , (zms_id_t )id , & data , sizeof (data ), 0 );
935- zassert_true (len == sizeof (data ), "zms_read_hist unexpected failure: %d" , len );
936- zassert_equal (data , id , "read unexpected data: %llx instead of %llx" , data , id );
937-
938- len = zms_read_hist (& fixture -> fs , (zms_id_t )id , & data , sizeof (data ), 1 );
939- zassert_true (len == - ENOENT , "zms_read_hist unexpected failure: %d" , len );
940- }
941- }
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