github.com/cockroachdb/pebble@v1.1.2/testdata/ingest_shared_lower (about) 1 2 switch 1 3 ---- 4 ok 5 6 build ext0 7 set a 1 8 set l 2 9 ---- 10 11 ingest ext0 12 ---- 13 14 lsm 15 ---- 16 6: 17 000004:[a#10,SET-l#10,SET] 18 19 20 batch 21 set d foo 22 set f bar 23 ---- 24 25 flush 26 ---- 27 28 compact a-z 29 ---- 30 ok 31 32 lsm 33 ---- 34 6: 35 000008:[a#0,SET-l#0,SET] 36 37 switch 2 38 ---- 39 ok 40 41 iter 42 first 43 ---- 44 . 45 46 replicate 1 2 d g 47 ---- 48 replicated 1 shared SSTs 49 50 lsm 51 ---- 52 6: 53 000005:[d#10,SET-f#10,SET] 54 55 iter 56 first 57 next 58 next 59 ---- 60 d: (foo, .) 61 f: (bar, .) 62 . 63 64 batch 65 set e bar 66 set f bar2 67 set g bar3 68 ---- 69 70 iter 71 first 72 next 73 next 74 next 75 ---- 76 d: (foo, .) 77 e: (bar, .) 78 f: (bar2, .) 79 g: (bar3, .) 80 81 compact a-z 82 ---- 83 ok 84 85 iter 86 first 87 next 88 next 89 next 90 ---- 91 d: (foo, .) 92 e: (bar, .) 93 f: (bar2, .) 94 g: (bar3, .) 95 96 # Write a new key at f, but don't compact it down. 97 98 batch 99 set f bar3 100 ---- 101 102 switch 1 103 ---- 104 ok 105 106 lsm 107 ---- 108 6: 109 000008:[a#0,SET-l#0,SET] 110 111 excise e gg 112 ---- 113 would excise 1 files, use ingest-and-excise to excise. 114 deleted: L6 000008 115 added: L6 000009:[a#0,1-d#0,1] 116 added: L6 000010:[l#0,1-l#0,1] 117 118 replicate 2 1 e gg 119 ---- 120 replicated 1 shared SSTs 121 122 iter 123 first 124 next 125 next 126 next 127 next 128 ---- 129 a: (1, .) 130 d: (foo, .) 131 e: (bar, .) 132 f: (bar3, .) 133 g: (bar3, .) 134 135 # Range key masking test. Write some masked keys, then replicate before 136 # compacting, then compact, then replicate back. 137 138 batch 139 set h@3 foobar 140 set i@5 baz 141 range-key-set g j @4 value 142 ---- 143 144 iter 145 first 146 next 147 next 148 next 149 next 150 next 151 next 152 next 153 ---- 154 a: (1, .) 155 d: (foo, .) 156 e: (bar, .) 157 f: (bar3, .) 158 g: (bar3, [g-j) @4=value UPDATED) 159 h@3: (foobar, [g-j) @4=value) 160 i@5: (baz, [g-j) @4=value) 161 l: (2, . UPDATED) 162 163 iter mask-filter mask-suffix=@6 164 first 165 next 166 next 167 next 168 next 169 next 170 next 171 ---- 172 a: (1, .) 173 d: (foo, .) 174 e: (bar, .) 175 f: (bar3, .) 176 g: (bar3, [g-j) @4=value UPDATED) 177 i@5: (baz, [g-j) @4=value) 178 l: (2, . UPDATED) 179 180 switch 2 181 ---- 182 ok 183 184 replicate 1 2 a z 185 ---- 186 replicated 3 shared SSTs 187 188 iter 189 first 190 next 191 next 192 next 193 next 194 next 195 next 196 next 197 ---- 198 a: (1, .) 199 d: (foo, .) 200 e: (bar, .) 201 f: (bar3, .) 202 g: (bar3, [g-j) @4=value UPDATED) 203 h@3: (foobar, [g-j) @4=value) 204 i@5: (baz, [g-j) @4=value) 205 l: (2, . UPDATED) 206 207 iter mask-filter mask-suffix=@6 208 first 209 next 210 next 211 next 212 next 213 next 214 next 215 ---- 216 a: (1, .) 217 d: (foo, .) 218 e: (bar, .) 219 f: (bar3, .) 220 g: (bar3, [g-j) @4=value UPDATED) 221 i@5: (baz, [g-j) @4=value) 222 l: (2, . UPDATED) 223 224 compact a-z 225 ---- 226 ok 227 228 replicate 2 1 a z 229 ---- 230 replicated 3 shared SSTs 231 232 switch 1 233 ---- 234 ok 235 236 iter 237 first 238 next 239 next 240 next 241 next 242 next 243 next 244 next 245 next 246 ---- 247 a: (1, .) 248 d: (foo, .) 249 e: (bar, .) 250 f: (bar3, .) 251 g: (bar3, [g-j) @4=value UPDATED) 252 h@3: (foobar, [g-j) @4=value) 253 i@5: (baz, [g-j) @4=value) 254 l: (2, . UPDATED) 255 . 256 257 iter mask-filter mask-suffix=@6 258 first 259 next 260 next 261 next 262 next 263 next 264 next 265 next 266 ---- 267 a: (1, .) 268 d: (foo, .) 269 e: (bar, .) 270 f: (bar3, .) 271 g: (bar3, [g-j) @4=value UPDATED) 272 i@5: (baz, [g-j) @4=value) 273 l: (2, . UPDATED) 274 . 275 276 # Reverse iteration test with masking. 277 278 iter mask-filter mask-suffix=@6 279 last 280 prev 281 prev 282 prev 283 prev 284 prev 285 prev 286 prev 287 ---- 288 l: (2, .) 289 i@5: (baz, [g-j) @4=value UPDATED) 290 g: (bar3, [g-j) @4=value) 291 f: (bar3, . UPDATED) 292 e: (bar, .) 293 d: (foo, .) 294 a: (1, .) 295 . 296 297 # Range del tests. 298 299 reset 300 ---- 301 302 switch 1 303 ---- 304 ok 305 306 batch 307 set a@3 o 308 set b@5 foo 309 set c@6 bar 310 set e baz 311 ---- 312 313 flush 314 ---- 315 316 compact a-z 317 ---- 318 ok 319 320 batch 321 del-range b d 322 ---- 323 324 flush 325 ---- 326 327 batch 328 set a@3 abc 329 set b@7 notdeleted 330 set c@9 foobar 331 ---- 332 333 flush 334 ---- 335 336 lsm 337 ---- 338 0.1: 339 000010:[a@3#15,SET-c@9#17,SET] 340 0.0: 341 000008:[b#14,RANGEDEL-d#inf,RANGEDEL] 342 6: 343 000006:[a@3#10,SET-e#13,SET] 344 345 iter 346 first 347 next 348 next 349 next 350 next 351 ---- 352 a@3: (abc, .) 353 b@7: (notdeleted, .) 354 c@9: (foobar, .) 355 e: (baz, .) 356 . 357 358 replicate 1 2 a z 359 ---- 360 replicated 1 shared SSTs 361 362 switch 2 363 ---- 364 ok 365 366 lsm 367 ---- 368 0.0: 369 000004:[a@3#11,SET-d#inf,RANGEDEL] 370 6: 371 000005:[a@3#10,SET-e#10,SET] 372 373 iter 374 first 375 next 376 next 377 next 378 next 379 ---- 380 a@3: (abc, .) 381 b@7: (notdeleted, .) 382 c@9: (foobar, .) 383 e: (baz, .) 384 . 385 386 # Similar to the above test, except this time we bring the rangedel into 387 # L5 using an ingestion. 388 389 reset 390 ---- 391 392 switch 1 393 ---- 394 ok 395 396 batch 397 set a@3 o 398 set b@5 foo 399 set c@6 bar 400 set e baz 401 ---- 402 403 flush 404 ---- 405 406 compact a-z 407 ---- 408 ok 409 410 build s1 411 del-range b d 412 ---- 413 414 ingest s1 415 ---- 416 417 lsm 418 ---- 419 5: 420 000007:[b#14,RANGEDEL-d#inf,RANGEDEL] 421 6: 422 000006:[a@3#10,SET-e#13,SET] 423 424 batch 425 set a@3 abc 426 set b@7 notdeleted 427 set c@9 foobar 428 ---- 429 430 flush 431 ---- 432 433 lsm 434 ---- 435 0.0: 436 000009:[a@3#15,SET-c@9#17,SET] 437 5: 438 000007:[b#14,RANGEDEL-d#inf,RANGEDEL] 439 6: 440 000006:[a@3#10,SET-e#13,SET] 441 442 iter 443 first 444 next 445 next 446 next 447 next 448 next 449 ---- 450 a@3: (abc, .) 451 b@7: (notdeleted, .) 452 c@9: (foobar, .) 453 e: (baz, .) 454 . 455 . 456 457 replicate 1 2 a z 458 ---- 459 replicated 2 shared SSTs 460 461 switch 2 462 ---- 463 ok 464 465 lsm 466 ---- 467 0.0: 468 000004:[a@3#12,SET-c@9#12,SET] 469 5: 470 000005:[b#11,RANGEDEL-d#inf,RANGEDEL] 471 6: 472 000006:[a@3#10,SET-e#10,SET] 473 474 iter 475 first 476 next 477 next 478 next 479 next 480 ---- 481 a@3: (abc, .) 482 b@7: (notdeleted, .) 483 c@9: (foobar, .) 484 e: (baz, .) 485 . 486 487 # Test for cases where an excise produces a range key on one side and point keys 488 # on the other. 489 490 reset 491 ---- 492 493 switch 1 494 ---- 495 ok 496 497 batch 498 range-key-set a aaa @3 foo 499 set d foobar 500 set e barbaz 501 ---- 502 503 flush 504 ---- 505 506 compact a-z 507 ---- 508 ok 509 510 lsm 511 ---- 512 6: 513 000006:[a#10,RANGEKEYSET-e#12,SET] 514 515 switch 2 516 ---- 517 ok 518 519 batch 520 set b bcd 521 set c cde 522 ---- 523 524 flush 525 ---- 526 527 compact a-z 528 ---- 529 ok 530 531 replicate 2 1 b cc 532 ---- 533 replicated 1 shared SSTs 534 535 switch 1 536 ---- 537 ok 538 539 lsm 540 ---- 541 6: 542 000009:[a#10,RANGEKEYSET-aaa#inf,RANGEKEYSET] 543 000008:[b#13,SET-c#13,SET] 544 000010:[d#11,SET-e#12,SET] 545 546 iter 547 first 548 next 549 next 550 next 551 next 552 ---- 553 a: (., [a-aaa) @3=foo UPDATED) 554 b: (bcd, . UPDATED) 555 c: (cde, .) 556 d: (foobar, .) 557 e: (barbaz, .) 558 559 reset 560 ---- 561 562 switch 1 563 ---- 564 ok 565 566 batch 567 set a@3 o 568 set b@5 foo 569 set c@6 bar 570 set e baz 571 ---- 572 573 flush 574 ---- 575 576 compact a-z 577 ---- 578 ok 579 580 build s2 581 del-range bb g 582 ---- 583 584 ingest s2 585 ---- 586 587 lsm 588 ---- 589 5: 590 000007:[bb#14,RANGEDEL-g#inf,RANGEDEL] 591 6: 592 000006:[a@3#10,SET-e#13,SET] 593 594 switch 2 595 ---- 596 ok 597 598 batch 599 set ff notdeleted 600 ---- 601 602 flush 603 ---- 604 605 compact a-z 606 ---- 607 ok 608 609 lsm 610 ---- 611 6: 612 000006:[ff#10,SET-ff#10,SET] 613 614 # This replication should truncate the range deletion in pebble instance 1 615 # at f, leaving ff undeleted. 616 617 replicate 1 2 b f 618 ---- 619 replicated 2 shared SSTs 620 621 lsm 622 ---- 623 5: 624 000008:[bb#12,RANGEDEL-f#inf,RANGEDEL] 625 6: 626 000009:[b@5#11,SET-e#11,SET] 627 000006:[ff#10,SET-ff#10,SET] 628 629 iter 630 seek-ge b 631 next 632 next 633 ---- 634 b@5: (foo, .) 635 ff: (notdeleted, .) 636 . 637 638 # Same as above, but with a truncated range key instead of a truncated range del. 639 640 reset 641 ---- 642 643 switch 1 644 ---- 645 ok 646 647 batch 648 set a@3 o 649 set b@5 foo 650 set c@6 bar 651 set e baz 652 ---- 653 654 flush 655 ---- 656 657 compact a-z 658 ---- 659 ok 660 661 build s3 662 range-key-set bb g @8 foo 663 ---- 664 665 ingest s3 666 ---- 667 668 lsm 669 ---- 670 5: 671 000007:[bb#14,RANGEKEYSET-g#inf,RANGEKEYSET] 672 6: 673 000006:[a@3#10,SET-e#13,SET] 674 675 switch 2 676 ---- 677 ok 678 679 batch 680 set ff notcovered 681 ---- 682 683 flush 684 ---- 685 686 compact a-z 687 ---- 688 ok 689 690 lsm 691 ---- 692 6: 693 000006:[ff#10,SET-ff#10,SET] 694 695 # This replication should truncate the range key in pebble instance 1 696 # at f, leaving ff uncovered. 697 698 replicate 1 2 b f 699 ---- 700 replicated 2 shared SSTs 701 702 lsm 703 ---- 704 5: 705 000008:[bb#12,RANGEKEYSET-f#inf,RANGEKEYSET] 706 6: 707 000009:[b@5#11,SET-e#11,SET] 708 000006:[ff#10,SET-ff#10,SET] 709 710 iter 711 seek-ge b 712 next 713 next 714 next 715 next 716 next 717 ---- 718 b@5: (foo, .) 719 bb: (., [bb-f) @8=foo UPDATED) 720 c@6: (bar, [bb-f) @8=foo) 721 e: (baz, [bb-f) @8=foo) 722 ff: (notcovered, . UPDATED) 723 . 724 725 726 iter mask-filter mask-suffix=@9 727 seek-ge b 728 next 729 next 730 next 731 next 732 ---- 733 b@5: (foo, .) 734 bb: (., [bb-f) @8=foo UPDATED) 735 e: (baz, [bb-f) @8=foo) 736 ff: (notcovered, . UPDATED) 737 . 738 739 # Tests for Eventually file-only snapshots. 740 741 reset 742 ---- 743 744 switch 1 745 ---- 746 ok 747 748 batch 749 set a foo 750 set b bar 751 set c baz 752 ---- 753 754 flush 755 ---- 756 757 compact a-z 758 ---- 759 ok 760 761 switch 2 762 ---- 763 ok 764 765 batch 766 set b foobar 767 ---- 768 769 file-only-snapshot s1 770 aa bb 771 e f 772 ---- 773 ok 774 775 lsm 776 ---- 777 778 iter snapshot=s1 779 first 780 next 781 next 782 ---- 783 b: (foobar, .) 784 . 785 . 786 787 # The below call should do a flush. 788 789 wait-for-file-only-snapshot s1 790 ---- 791 ok 792 793 lsm 794 ---- 795 0.0: 796 000005:[b#10,SET-b#10,SET] 797 798 iter snapshot=s1 799 first 800 next 801 next 802 ---- 803 b: (foobar, .) 804 . 805 . 806 807 replicate 1 2 a d 808 ---- 809 replicated 1 shared SSTs 810 811 iter snapshot=s1 812 first 813 next 814 next 815 ---- 816 b: (foobar, .) 817 . 818 . 819 820 iter 821 first 822 next 823 next 824 next 825 ---- 826 a: (foo, .) 827 b: (bar, .) 828 c: (baz, .) 829 . 830 831 switch 1 832 ---- 833 ok 834 835 batch 836 del c 837 ---- 838 839 # The below excise and wait should succeed as the flush will end up transitioning 840 # the file-only snapshot. 841 842 lsm 843 ---- 844 6: 845 000006:[a#10,SET-c#12,SET] 846 847 file-only-snapshot s2 848 a cc 849 ---- 850 ok 851 852 iter snapshot=s2 853 first 854 next 855 next 856 next 857 next 858 ---- 859 a: (foo, .) 860 b: (bar, .) 861 . 862 . 863 . 864 865 flush 866 ---- 867 868 compact a-z 869 ---- 870 ok 871 872 replicate 2 1 a d 873 ---- 874 replicated 1 shared SSTs 875 876 wait-for-file-only-snapshot s2 877 ---- 878 ok 879 880 iter snapshot=s2 881 first 882 next 883 next 884 next 885 ---- 886 a: (foo, .) 887 b: (bar, .) 888 . 889 . 890 891 iter snapshot=s2 892 first 893 clone 894 first 895 next 896 next 897 next 898 ---- 899 a: (foo, .) 900 . 901 a: (foo, .) 902 b: (bar, .) 903 . 904 . 905 906 iter 907 first 908 next 909 next 910 next 911 next 912 ---- 913 a: (foo, .) 914 b: (bar, .) 915 c: (baz, .) 916 . 917 . 918 919 batch 920 set d foo 921 set e bar 922 ---- 923 924 flush 925 ---- 926 927 compact a-z 928 ---- 929 ok 930 931 switch 2 932 ---- 933 ok 934 935 flush 936 ---- 937 938 batch 939 set f foobar 940 ---- 941 942 # The below file-only snapshot is the more challenging case of a partial overlap 943 # between an excise and a file-only snapshot. In this case the EFOS transition 944 # blocks on the memtable but the excise proceeds through, causing the EFOS' 945 # WaitForFileOnlySnapshot() call to error out. Opening iterators also returns 946 # the same errors. 947 948 file-only-snapshot s3 949 c g 950 ---- 951 ok 952 953 iter snapshot=s3 954 first 955 next 956 next 957 next 958 next 959 ---- 960 a: (foo, .) 961 b: (bar, .) 962 c: (baz, .) 963 f: (foobar, .) 964 . 965 966 iter snapshot=s3 967 first 968 next 969 clone 970 first 971 next 972 next 973 next 974 ---- 975 a: (foo, .) 976 b: (bar, .) 977 . 978 a: (foo, .) 979 b: (bar, .) 980 c: (baz, .) 981 f: (foobar, .) 982 983 984 replicate 1 2 b e 985 ---- 986 replicated 2 shared SSTs 987 988 wait-for-file-only-snapshot s3 989 ---- 990 pebble: snapshot excised before conversion to file-only snapshot 991 992 iter snapshot=s3 993 first 994 next 995 next 996 next 997 next 998 ---- 999 pebble: snapshot excised before conversion to file-only snapshot 1000 1001 iter snapshot=s3 1002 first 1003 next 1004 clone 1005 first 1006 next 1007 next 1008 next 1009 ---- 1010 pebble: snapshot excised before conversion to file-only snapshot 1011 1012 iter 1013 first 1014 next 1015 next 1016 next 1017 next 1018 ---- 1019 a: (foo, .) 1020 b: (bar, .) 1021 c: (baz, .) 1022 d: (foo, .) 1023 f: (foobar, .) 1024 1025 # The below example tests for a file-only snapshot that overlaps completely 1026 # with an excise right after it. The wait succeeds and snapshot consistency is 1027 # maintained. 1028 1029 reset 1030 ---- 1031 1032 switch 1 1033 ---- 1034 ok 1035 1036 batch 1037 set a foo 1038 set b bar 1039 set c baz 1040 ---- 1041 1042 flush 1043 ---- 1044 1045 compact a-z 1046 ---- 1047 ok 1048 1049 switch 2 1050 ---- 1051 ok 1052 1053 batch 1054 set d foobar 1055 ---- 1056 1057 file-only-snapshot s4 1058 b e 1059 ---- 1060 ok 1061 1062 iter snapshot=s4 1063 first 1064 next 1065 next 1066 ---- 1067 d: (foobar, .) 1068 . 1069 . 1070 1071 replicate 1 2 b e 1072 ---- 1073 replicated 1 shared SSTs 1074 1075 wait-for-file-only-snapshot s4 1076 ---- 1077 ok 1078 1079 iter snapshot=s4 1080 first 1081 next 1082 next 1083 ---- 1084 d: (foobar, .) 1085 . 1086 . 1087 1088 compact a-z 1089 ---- 1090 ok 1091 1092 iter snapshot=s4 1093 first 1094 next 1095 next 1096 ---- 1097 d: (foobar, .) 1098 . 1099 . 1100 1101 iter 1102 first 1103 next 1104 next 1105 ---- 1106 b: (bar, .) 1107 c: (baz, .) 1108 .