Number of blocks of Table
Hello
I have a table T, and it has 30 rows.
I put the command:
Select
Count (*) "number of lines"
DBMS_ROWID. ROWID_BLOCK_NUMBER (ROWID) 'block No. '.
Of
t
Group
DBMS_ROWID. ROWID_BLOCK_NUMBER (ROWID)
and Oracle gave me the block number 663 that all rows are in the block.
Also, I used user_tables, dbms_space.space_usage, dbms_space.unused_space
to check the number of used blocks and the number of unused blocks
The result makes me confused because the number of blocks in rowid_block_number() - 1 - is different
from user_tables, dbms_space.space_usage () - 5.
If 5 is the correct number of blocks, why isn't the value of the empty_blocks column in user_tables 3?
(The total in table T blocks would have the value 8, according to dbms_space.unused_space (),
and blocks are 5, so 8-5 = 3)
Can someone tell me the difference in the value of the blocks, free blocks and total blocks between the view and the functions?
Thanks in advance.
Under Oracle SAMS usually formats 16 blocks at once, but since you use the allocated system extensions the first measure is only 8 blocks so the whole extent is formatted.
As the 1 degree in the segment, the 3 first blocks are the space management (level 1 bitmap, bitmap image in level 2, segment header) leaving you 5 blocks that are formatted and 100% free space and you have then inserted you stored in the pseudo (-) randomly selected last block of scale - leaving you with 4 blocks to 100% of free space and a partially filled block.
Concerning
Jonathan Lewis
Tags: Database
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Please see the following execution plan:
Hash value of plan: 1148783227
---------------------------------------------------------------------------------------------------------------------------------------------------
| ID | Operation | Name | Begins | E - lines. A - lines. A - time | Pads | Bed | OMem | 1Mem | Used Mem.
---------------------------------------------------------------------------------------------------------------------------------------------------
| 0 | SELECT STATEMENT | | 1. | 0 | 00:01:20.23 | 481K | 481K | | | |
|* 1 | HASH JOIN | | 1. 50351 | 0 | 00:01:20.23 | 481K | 481K | 7902K | 2074K | 7997K (0) |
|* 2 | HASH JOIN | | 1. 50351 | 31333 | 00:00:01.45 | 3138. 3134 | 17 M | 2295K | 18 M (0).
|* 3 | TABLE ACCESS FULL | INS_DCT_BUSINESS_FOLDER | 1. 50351 | 122K | 00:00:00.82 | 2262 | 2260 | | | |
| 4. TABLE ACCESS FULL | INS_DCT_CLAIM_DECEASED_FOLDER | 1. 73533 | 76656 | 00:00:00.34 | 876. 874. | | |
|* 5 | TABLE ACCESS FULL | INS_COMMON_PARTY | 1. 616K | 0 | 00:01:18.71 | 478K | 478K | | | |
---------------------------------------------------------------------------------------------------------------------------------------------------
Information of predicates (identified by the operation identity card):
---------------------------------------------------
1 - access("THIS_".") PARTY_PK "= 'PARTY1_'." PK")
2 - access("THIS_".") FOLDER_ID '= 'THIS_1_'.' FOLDER_ID")
3 filter (("THIS_1_". "STATUS" <>"10" AND "THIS_1_" "." " STATUS' <>' 07 "AND"THIS_1_". ((' ' STATUS ' <>' 08'))
5 filter (("PARTY1_". "CUSTOMER_ID" LIKE "%#CHAMP290501C #00000 ' AND 'PARTY1_'." CUSTOMER_ID' IS NOT NULL))
The full table on INS_COMMON_PARTY scan generated 478 K physical IO.
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SQL > select dba_segments blocks where nom_segment = 'INS_COMMON_PARTY ';
BLOCKS
----------
479488
The 10046 trace file shows that each IO get back most of the time 16 blocks:
WAITING #11529215045786738576: nam = "direct path read" ela = file number 5619 = 27 dba first 1695088 block cnt = 16 obj = #= 19115 tim = 4076488005225
WAITING #11529215045786738576: nam = "direct path read" ela = 33322 file number = 26 dba first 758658 block cnt = 14 obj = #= 19115 tim = 4076488044875
WAITING #11529215045786738576: nam = "direct path read" ela = 2140 file number = 26 dba first 758672 block cnt = 16 obj = #= tim 19115 = 4076488053342
WAITING #11529215045786738576: nam = "direct path read" ela = 205 file number = 26 dba first 758688 block cnt = 16 obj = #= 19115 tim = 4076488054012
WAITING #11529215045786738576: nam = "direct path read" ela = 2057 file number = 26 dba first 758704 block cnt = 16 obj = #= 19115 tim = 4076488056622
WAITING #11529215045786738576: nam = "direct path read" ela = 22034 folder = 26 dba first 758720 block cnt = 16 obj = #= tim 19115 = 4076488079117
WAITING #11529215045786738576: nam = "direct path read" ela = 5516 file number = 26 dba first 758736 block cnt = 16 obj = #= 19115 tim = 4076488085001
WAITING #11529215045786738576: nam = "direct path read" ela = file number 4914 = 26 dba first 758752 block cnt = 16 obj = #= 19115 tim = 4076488090434
WAITING #11529215045786738576: nam = "direct path read" ela = file number 7748 = 26 dba first 758768 block cnt = 16 obj = #= tim 19115 = 4076488098836
WAITING #11529215045786738576: nam = "direct path read" ela = 1046 file number = 9 first dba = 1411 block cnt = 5 obj #= 19076 tim = 4076488101527
WAITING #11529215045786738576: nam = "direct path read" ela = file number 3882 = 9 first dba = 1424 block cnt = 8 obj #= 19076 tim = 4076488105439
WAITING #11529215045786738576: nam = "direct path read" ela = 1736 file number = 9 first dba = 1433 block cnt = 15 obj #= 19076 tim = 4076488107310
WAITING #11529215045786738576: nam = "direct path read" ela = 123 file number = 9 first dba = 1449 block cnt = 15 obj #= 19076 tim = 4076488107616
WAITING #11529215045786738576: nam = "direct path read" ela = 876 of file = 9 first dba = 1465 block cnt = 15 obj #= 19076 tim = 4076488108814
WAITING #11529215045786738576: nam = "direct path read" ela = file number 11326 = 9 first dba = 1481 block cnt = 15 obj #= 19076 tim = 4076488120464
WAITING #11529215045786738576: nam = "direct path read" ela = file number 2497 = 9 first dba = 1497 block cnt = 15 obj #= 19076 tim = 4076488123305
WAITING #11529215045786738576: nam = "direct path read" ela = 1382 file number = 9 first dba = 1513 block cnt = 15 obj #= 19076 tim = 4076488125037
WAITING #11529215045786738576: nam = "direct path read" ela = 799 file = 9 first dba = 1529 block cnt = 7 obj #= 19076 tim = 4076488126162
WAITING #11529215045786738576: nam = "direct path read" ela = 45 file number = 17 dba first = 1920 block cnt = 8 obj #= 19076 tim = 4076488126533
WAITING #11529215045786738576: nam = "direct path read" ela = 2593 file number = 18 dba first 1794 block cnt = 14 obj = #= 19076 tim = 4076488129290
WAITING #11529215045786738576: nam = "direct path read" ela = 1727 file number = 18 dba first = 1808 block cnt = 16 obj #= 19076 tim = 4076488131202
WAITING #11529215045786738576: nam = "direct path read" ela = 7308 file number 18 dba first = 1824 block cnt = 16 obj = #= 19076 tim = 4076488138872
WAITING #11529215045786738576: nam = "direct path read" ela = file number 514 = 18 dba first = 1840 block cnt = 16 obj #= 19076 tim = 4076488139735
WAITING #11529215045786738576: nam = "direct path read" ela = 110 file number = 18 dba first 1856 block cnt = 16 obj = #= 19076 tim = 4076488140232
WAITING #11529215045786738576: nam = "direct path read" ela = 114 file number = 18 dba first = 1872 block cnt = 16 obj #= 19076 tim = 4076488140689
WAITING #11529215045786738576: nam = "direct path read" ela = 114 file number = 18 dba first 1888 block cnt = 16 obj = #= 19076 tim = 4076488141146
WAITING #11529215045786738576: nam = "direct path read" ela = 113 file number = 18 dba first = 1904 block cnt = 16 obj #= 19076 tim = 4076488141603
WAITING #11529215045786738576: nam = "direct path read" ela = 695 of file = 19 dba first 1794 block cnt = 14 obj = #= 19076 tim = 4076488142645
WAITING #11529215045786738576: nam = "direct path read" ela = 549 of file = 19 dba first = 1808 block cnt = 16 obj #= 19076 tim = 4076488143540
WAITING #11529215045786738576: nam = "direct path read" ela = 1742 file number = 19 dba first 1824 block cnt = 16 obj = #= 19076 tim = 4076488145588
WAITING #11529215045786738576: nam = "direct path read" ela = file number 1834 = 19 dba first = 1840 block cnt = 16 obj #= 19076 tim = 4076488147769
................................
WAITING #11529215045786738576: nam = "direct path read" ela = file number 113966 = 19 dba first 52960 block cnt = 16 obj = #= 19076 tim = 4076492053842
WAITING #11529215045786738576: nam = "direct path read" ela = file number 3173 = 19 dba first 52976 block cnt = 16 obj = #= 19076 tim = 4076492057550
WAITING #11529215045786738576: nam = "direct path read" ela = file number 3486 = 19 dba first 52992 block cnt = 16 obj = #= 19076 tim = 4076492061390
WAITING #11529215045786738576: nam = "direct path read" ela = 2288 file number = 19 dba first 53008 block cnt = 16 obj = #= 19076 tim = 4076492064029
WAITING #11529215045786738576: nam = "direct path read" ela = file number 4692 = 19 dba first 53024 block cnt = 16 obj = #= 19076 tim = 4076492069069
WAITING #11529215045786738576: nam = "direct path read" ela = 1239 file number = 19 dba first 53040 block cnt = 16 obj = #= 19076 tim = 4076492070657
WAITING #11529215045786738576: nam = "direct path read" ela = file number 2365 = 19 dba first 53056 block cnt = 16 obj = #= 19076 tim = 4076492073373
WAITING #11529215045786738576: nam = "direct path read" ela = 227 file number = 19 dba first 53072 block cnt = 16 obj = #= 19076 tim = 4076492073970
WAITING #11529215045786738576: nam = "direct path read" ela = 215 file number = 19 dba first 53088 block cnt = 16 obj = #= 19076 tim = 4076492074531
WAITING #11529215045786738576: nam = "direct path read" ela = 204 of file = 19 dba first 53104 block cnt = 16 obj = #= 19076 tim = 4076492075082
WAITING #11529215045786738576: nam = "direct path read" ela = 198 file number = 19 dba first = 53120 block cnt = 16 obj #= 19076 tim = 4076492075626
WAITING #11529215045786738576: nam = "direct path read" ela = 217 file number = 19 dba first 53136 block cnt = 16 obj = #= 19076 tim = 4076492076191
WAITING #11529215045786738576: nam = "direct path read" ela = 216 number of file = 19 dba first 53152 block cnt = 16 obj = #= 19076 tim = 4076492076755
WAITING #11529215045786738576: nam = "direct path read" ela = 1199 file number = 19 dba first 53168 block cnt = 16 obj = #= 19076 tim = 4076492078302
.......................................................
STAT #11529215045786738576 id = 5 cnt = 0 pid = 1 pos = obj 2 = 19076 op ='TABLE ACCESS FULL INS_COMMON_PARTY (cr = 478541 pr = 478534 pw = time 0 = US 98541439 cost = size 141729 = map 132638015 = 616921)'
To me that the number of e/s is about 479488/16 = 29968 e / s
Why is the number of e/s so close to the number of blocks?
Am I missing something here?
Thanks for your help
The column entitled "bed" is the number of blocks read, not the number of read requests.
Concerning
Jonathan Lewis
-
Hello
I thought the column of blocks in user_segments table resresents WHERE the number of total block of the table. Thus, in user_tables total table blocks and empty_blocks must be equal to the value of the block in user_segments WHERE. However, the following results do not give the correct result. My hypothesis is false?
Select a.blocks, b.blocks, b.empty_blocks from user_segments WHERE a, b from user_tables
where a.segment_name = b.table_name and = b.table_name'ANSWERS;
blocks blocks1 empty_blocks 101376 97817 0 What is the difference between these two blocks in tables user_segments and user_tables WHERE columns?
Thanks in advance.
XXX_SEGMENTS always displays the image in real time. So yes, you'll see xxx_segments.blocks change as soon as the new extent is allocated to the table. But xxx_tables.blocks, empty_blocks, avg_row_legth, etc. are only updated if gather you stats or analyze table (and some of them only via analyze).
SY.
Post edited by: SolomonYakobson
-
What gets the relationship between the number of blocks and coherent?
QUESTION:SQL> CREATE TABLE TEST(ID INT ,NAME VARCHAR2(10)); SQL> CREATE INDEX IND_IDN ON TEST(ID); SQL> BEGIN 2 FOR I IN 1 .. 1000 3 LOOP 4 EXECUTE IMMEDIATE 'INSERT INTO TEST VALUES('||I||',''LONION'')'; 5 END LOOP; 6 COMMIT; 7 END; 8 / SQL> EXEC DBMS_STATS.GATHER_TABLE_STATS(USER,'TEST',CASCADE=>TRUE); SQL> SELECT DISTINCT DBMS_ROWID.rowid_block_number(ROWID) BLOCKS FROM TEST; BLOCKS ----------- 61762 61764 61763 >> above , there have 3 blocks in table TEST . 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Execution Plan ---------------------------------------------------------- Plan hash value: 735384656 -------------------------------------------------------------------------------- - | Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time | -------------------------------------------------------------------------------- - | 0 | SELECT STATEMENT | | 1 | 4 | 2 (0)| 00:00:01 | | 1 | SORT AGGREGATE | | 1 | 4 | | | |* 2 | INDEX FAST FULL SCAN| IND_IDN | 1000 | 4000 | 2 (0)| 00:00:01 | -------------------------------------------------------------------------------- - Predicate Information (identified by operation id): --------------------------------------------------- 2 - filter("ID" IS NOT NULL) Statistics information ---------------------------------------------------------- 0 recursive calls 0 db block gets 5 consistent gets >> there have 5 consistent gets 0 physical reads 0 redo size 409 bytes sent via SQL*Net to client 385 bytes received via SQL*Net from client 2 SQL*Net roundtrips to/from client 0 sorts (memory) 0 sorts (disk) 1 rows processed
What gets the relationship between the number of blocks and coherent? How to calculate become consistent?You can see that your uniform is getting down to 6 to 12, is it not? Reading of the below thread Asktom.
http://asktom.Oracle.com/pls/Apex/f?p=100:11:0:P11_QUESTION_ID:880343948514Aman...
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Wed Apr 16 18:26:58 2014
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SQL > select * from v version $;
BANNER
--------------------------------------------------------------------------------
Oracle Database 11 g Enterprise Edition Release 11.1.0.7.0 - 64 bit Production
PL/SQL Release 11.1.0.7.0 - Production
CORE Production 11.1.0.7.0
AMT for HP - UX: 11.1.0.7.0 - Production Version
NLSRTL Version 11.1.0.7.0 - Production
Please let me know how can I manipulate this alert as seems its related archive.
Kind regards
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Can Rhapsody - you create libraries of Rhapsody TWO DISTINCTS?
Here's my question: It is possible to create TWO separate libraries of the song uses the Rhapsody software? I have two Clips of 8 GB Sansa: Clip: I would like to download my entire song library a Clip. For Clip b: I would like to download a collectio