Cardinality explosion with several XMLTable calls in one query - how to constrain ?

Hi,
when I engage several (say, four) XMLTable calls using comma (= cartesian join) in a single query, the plan shows me insane cost of 15 digits. Though execution time is reasonable because XML document is very small, I would like the plan appear with more realistic values to correctly predict query time when XML document becomes larger. How can I make CBO be aware of actual size of XML text?
Should I use XML indexing to constrain search space? What are the 'best practices' in indexing XML text for efficient parsing by XMLTable?
SQL> select * from v$version;
BANNER
Oracle Database 11g Enterprise Edition Release 11.2.0.3.0 - 64bit Production
PL/SQL Release 11.2.0.3.0 - Production
CORE 11.2.0.3.0 Production
TNS for Linux: Version 11.2.0.3.0 - Production
NLSRTL Version 11.2.0.3.0 - Production
Thanks for your answers!

Hi,
Thanks, odie_63. I used index to give CBA an idea of cardinality.
So, the original plan is (P=Peta, T=Tera, etc...):
Plan hash value: 954188411
| Id | Operation             | Name        | Rows | Bytes | Cost (%CPU)| Time     |
|   0 | SELECT STATEMENT      |             | 4451T| 5099P|    14T (1)|999:59:59 |
|   1 | NESTED LOOPS         |             | 4451T| 5099P|    14T (1)|999:59:59 |
|   2 |   NESTED LOOPS        |             |   544G|   638T| 1816M (1)|999:59:59 |
|   3 |    NESTED LOOPS       |             |    66M|    79G|   222K (1)| 00:44:34 |
|   4 |     NESTED LOOPS      |             | 8168 |     9M|    32   (0)| 00:00:01 |
|   5 |      TABLE ACCESS FULL| XML_DROPBOX |     1 | 1252 |     3   (0)| 00:00:01 |
|   6 |      XPATH EVALUATION |             |       |       |            |          |
|   7 |     XPATH EVALUATION |             |       |       |            |          |
|   8 |    XPATH EVALUATION   |             |       |       |            |          |
|   9 |   XPATH EVALUATION    |             |       |       |            |          |
Note
   - Unoptimized XML construct detected (enable XMLOptimizationCheck for more information)
After creating an index, like:
CREATE INDEX XML_DROPBOX_IDX ON XML_DROPBOX (SYS_NC_ROWINFO$)
INDEXTYPE IS XDB.XMLINDEX PARAMETERS (
'PATH TABLE XML_DROPBOX_PATH_IDX (NOLOGGING ENABLE ROW MOVEMENT)
   PATH ID INDEX XML_DROPBOX_PATH_ID_IDX (NOLOGGING)'
the plan become more voluminous, but shows realistic cost:
Plan hash value: 1726871192
| Id | Operation                          | Name                    | Rows | Bytes | Cost (%CPU)| Time     |
|   0 | SELECT STATEMENT                   |                         |     1 | 10666 |     9   (0)| 00:00:01 |
|* 1 | FILTER                            |                         |       |       |            |          |
|* 2 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 3 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 4 | FILTER                            |                         |       |       |            |          |
|* 5 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 6 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 7 | FILTER                            |                         |       |       |            |          |
|* 8 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 9 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 10 | FILTER                            |                         |       |       |            |          |
|* 11 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 12 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 13 | FILTER                            |                         |       |       |            |          |
|* 14 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 15 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 16 | FILTER                            |                         |       |       |            |          |
|* 17 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 18 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 19 | FILTER                            |                         |       |       |            |          |
|* 20 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 21 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 22 | FILTER                            |                         |       |       |            |          |
|* 23 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 24 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 25 | FILTER                            |                         |       |       |            |          |
|* 26 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 27 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 28 | FILTER                            |                         |       |       |            |          |
|* 29 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 30 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 31 | FILTER                            |                         |       |       |            |          |
|* 32 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 33 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 34 | FILTER                            |                         |       |       |            |          |
|* 35 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 36 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 37 | FILTER                            |                         |       |       |            |          |
|* 38 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 39 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 40 | FILTER                            |                         |       |       |            |          |
|* 41 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 42 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 43 | FILTER                            |                         |       |       |            |          |
|* 44 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 45 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 46 | FILTER                            |                         |       |       |            |          |
|* 47 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 48 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 49 | FILTER                            |                         |       |       |            |          |
|* 50 |   TABLE ACCESS BY INDEX ROWID      | XML_DROPBOX_PATH_IDX    |     1 | 3524 |     2   (0)| 00:00:01 |
|* 51 |    INDEX RANGE SCAN                | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
| 52 | NESTED LOOPS                      |                         |     1 | 10666 |     9   (0)| 00:00:01 |
| 53 |   NESTED LOOPS                     |                         |     1 | 10654 |     8   (0)| 00:00:01 |
| 54 |    NESTED LOOPS                    |                         |     1 | 9132 |     7   (0)| 00:00:01 |
| 55 |     NESTED LOOPS                   |                         |     1 | 7610 |     6   (0)| 00:00:01 |
| 56 |      NESTED LOOPS                  |                         |     1 | 6088 |     5   (0)| 00:00:01 |
| 57 |       NESTED LOOPS                 |                         |     1 | 4566 |     4   (0)| 00:00:01 |
| 58 |        NESTED LOOPS                |                         |     1 | 3044 |     3   (0)| 00:00:01 |
|* 59 |         TABLE ACCESS BY INDEX ROWID| XML_DROPBOX_PATH_IDX    |     1 | 1522 |     2   (0)| 00:00:01 |
|* 60 |          INDEX RANGE SCAN          | XML_DROPBOX_PATH_ID_IDX |     1 |       |     1   (0)| 00:00:01 |
|* 61 |         TABLE ACCESS BY INDEX ROWID| XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 62 |          INDEX RANGE SCAN          | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
|* 63 |        TABLE ACCESS BY INDEX ROWID | XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 64 |         INDEX RANGE SCAN           | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
|* 65 |       TABLE ACCESS BY INDEX ROWID | XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 66 |        INDEX RANGE SCAN            | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
|* 67 |      TABLE ACCESS BY INDEX ROWID   | XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 68 |       INDEX RANGE SCAN             | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
|* 69 |     TABLE ACCESS BY INDEX ROWID    | XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 70 |      INDEX RANGE SCAN              | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
|* 71 |    TABLE ACCESS BY INDEX ROWID     | XML_DROPBOX_PATH_IDX    |     1 | 1522 |     1   (0)| 00:00:01 |
|* 72 |     INDEX RANGE SCAN               | XML_DROPBOX_PATH_ID_IDX |     1 |       |     0   (0)| 00:00:01 |
| 73 |   TABLE ACCESS BY USER ROWID       | XML_DROPBOX             |     1 |    12 |     1   (0)| 00:00:01 |
Predicate Information (identified by operation id):
   1 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
   2 - filter("SYS_P6"."ORDER_KEY">:B1 AND "SYS_P6"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P6"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P6"."LOCATOR")=1)
   3 - access("SYS_P6"."PATHID"=HEXTORAW('6043') AND "SYS_P6"."RID"=:B1)
   4 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
   5 - filter("SYS_P9"."ORDER_KEY">:B1 AND "SYS_P9"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P9"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P9"."LOCATOR")=1)
   6 - access("SYS_P9"."PATHID"=HEXTORAW('66A6') AND "SYS_P9"."RID"=:B1)
   7 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
   8 - filter("SYS_P12"."ORDER_KEY">:B1 AND "SYS_P12"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P12"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P12"."LOCATOR")=1)
   9 - access("SYS_P12"."PATHID"=HEXTORAW('4203') AND "SYS_P12"."RID"=:B1)
10 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
11 - filter("SYS_P15"."ORDER_KEY">:B1 AND "SYS_P15"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P15"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P15"."LOCATOR")=1)
12 - access("SYS_P15"."PATHID"=HEXTORAW('66BA') AND "SYS_P15"."RID"=:B1)
13 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
14 - filter("SYS_P18"."ORDER_KEY">:B1 AND "SYS_P18"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P18"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P18"."LOCATOR")=1)
15 - access("SYS_P18"."PATHID"=HEXTORAW('550B') AND "SYS_P18"."RID"=:B1)
16 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
17 - filter("SYS_P21"."ORDER_KEY">:B1 AND "SYS_P21"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P21"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P21"."LOCATOR")=1)
18 - access("SYS_P21"."PATHID"=HEXTORAW('652E') AND "SYS_P21"."RID"=:B1)
19 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
20 - filter("SYS_P24"."ORDER_KEY">:B1 AND "SYS_P24"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P24"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P24"."LOCATOR")=1)
21 - access("SYS_P24"."PATHID"=HEXTORAW('44EC') AND "SYS_P24"."RID"=:B1)
22 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
23 - filter("SYS_P31"."ORDER_KEY">:B1 AND "SYS_P31"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P31"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P31"."LOCATOR")=1)
24 - access("SYS_P31"."PATHID"=HEXTORAW('2C38') AND "SYS_P31"."RID"=:B1)
25 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
26 - filter("SYS_P34"."ORDER_KEY">:B1 AND "SYS_P34"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P34"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P34"."LOCATOR")=1)
27 - access("SYS_P34"."PATHID"=HEXTORAW('3026') AND "SYS_P34"."RID"=:B1)
28 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
29 - filter("SYS_P37"."ORDER_KEY">:B1 AND "SYS_P37"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P37"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+2 AND
              SYS_XMLI_LOC_ISNODE("SYS_P37"."LOCATOR")=1)
30 - access("SYS_P37"."PATHID"=HEXTORAW('4F1A') AND "SYS_P37"."RID"=:B1)
31 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
32 - filter("SYS_P40"."ORDER_KEY">:B1 AND "SYS_P40"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P40"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+2 AND
              SYS_XMLI_LOC_ISNODE("SYS_P40"."LOCATOR")=1)
33 - access("SYS_P40"."PATHID"=HEXTORAW('7E65') AND "SYS_P40"."RID"=:B1)
34 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
35 - filter("SYS_P43"."ORDER_KEY">:B1 AND "SYS_P43"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P43"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P43"."LOCATOR")=1)
36 - access("SYS_P43"."PATHID"=HEXTORAW('7497') AND "SYS_P43"."RID"=:B1)
37 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
38 - filter("SYS_P46"."ORDER_KEY">:B1 AND "SYS_P46"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P46"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P46"."LOCATOR")=1)
39 - access("SYS_P46"."PATHID"=HEXTORAW('2D8D') AND "SYS_P46"."RID"=:B1)
40 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
41 - filter("SYS_P49"."ORDER_KEY">:B1 AND "SYS_P49"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P49"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P49"."LOCATOR")=1)
42 - access("SYS_P49"."PATHID"=HEXTORAW('4486') AND "SYS_P49"."RID"=:B1)
43 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
44 - filter("SYS_P66"."ORDER_KEY">:B1 AND "SYS_P66"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P66"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P66"."LOCATOR")=1)
45 - access("SYS_P66"."PATHID"=HEXTORAW('5005') AND "SYS_P66"."RID"=:B1)
46 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
47 - filter("SYS_P69"."ORDER_KEY">:B1 AND "SYS_P69"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P69"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P69"."LOCATOR")=1)
48 - access("SYS_P69"."PATHID"=HEXTORAW('3935') AND "SYS_P69"."RID"=:B1)
49 - filter(:B1<SYS_ORDERKEY_MAXCHILD(:B2))
50 - filter("SYS_P59"."ORDER_KEY">:B1 AND "SYS_P59"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD(:B2) AND
              SYS_ORDERKEY_DEPTH("SYS_P59"."ORDER_KEY")=SYS_ORDERKEY_DEPTH(:B3)+1 AND
              SYS_XMLI_LOC_ISNODE("SYS_P59"."LOCATOR")=1)
51 - access("SYS_P59"."PATHID"=HEXTORAW('37CE') AND "SYS_P59"."RID"=:B1)
59 - filter(SYS_XMLI_LOC_ISNODE("SYS_P49"."LOCATOR")=1)
60 - access("SYS_P49"."PATHID"=HEXTORAW('4486') )
61 - filter(SYS_XMLI_LOC_ISNODE("SYS_P62"."LOCATOR")=1 AND
              "SYS_P49"."ORDER_KEY"<"SYS_P62"."ORDER_KEY" AND "SYS_P62"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P49".
              "ORDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P49"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P62"."ORDER_KEY")
62 - access("SYS_P62"."PATHID"=HEXTORAW('780B') AND "SYS_P62"."RID"="SYS_P49"."RID")
63 - filter(SYS_XMLI_LOC_ISNODE("SYS_P27"."LOCATOR")=1 AND
              "SYS_P27"."ORDER_KEY"<"SYS_P49"."ORDER_KEY" AND "SYS_P49"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P27".
              "ORDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P27"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P49"."ORDER_KEY")
64 - access("SYS_P27"."PATHID"=HEXTORAW('49C4') AND "SYS_P49"."RID"="SYS_P27"."RID")
65 - filter(SYS_XMLI_LOC_ISNODE("SYS_P46"."LOCATOR")=1 AND
              "SYS_P27"."ORDER_KEY"<"SYS_P46"."ORDER_KEY" AND "SYS_P46"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P27".
              "ORDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P27"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P46"."ORDER_KEY")
66 - access("SYS_P46"."PATHID"=HEXTORAW('2D8D') AND "SYS_P46"."RID"="SYS_P27"."RID")
67 - filter(SYS_XMLI_LOC_ISNODE("SYS_P52"."LOCATOR")=1 AND
              "SYS_P46"."ORDER_KEY"<"SYS_P52"."ORDER_KEY" AND "SYS_P52"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P46".
              "ORDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P46"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P52"."ORDER_KEY")
68 - access("SYS_P52"."PATHID"=HEXTORAW('6AFA') AND "SYS_P52"."RID"="SYS_P46"."RID")
69 - filter(SYS_XMLI_LOC_ISNODE("SYS_P24"."LOCATOR")=1 AND
              "SYS_P24"."ORDER_KEY"<"SYS_P27"."ORDER_KEY" AND "SYS_P27"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P24".
              "ORDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P24"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P27"."ORDER_KEY")
70 - access("SYS_P24"."PATHID"=HEXTORAW('44EC') AND "SYS_P27"."RID"="SYS_P24"."RID")
71 - filter(SYS_XMLI_LOC_ISNODE("SYS_P4"."LOCATOR")=1 AND
              "SYS_P4"."ORDER_KEY"<"SYS_P24"."ORDER_KEY" AND "SYS_P24"."ORDER_KEY"<SYS_ORDERKEY_MAXCHILD("SYS_P4"."O
              RDER_KEY") AND SYS_ORDERKEY_DEPTH("SYS_P4"."ORDER_KEY")+1=SYS_ORDERKEY_DEPTH("SYS_P24"."ORDER_KEY"))
72 - access("SYS_P4"."PATHID"=HEXTORAW('5B3D') AND "SYS_P24"."RID"="SYS_P4"."RID")
Note
   - dynamic sampling used for this statement (level=2)

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I wanted to display mulitple charts from the one query in Bex analyzer or WAD. Each chart should be constructed from the data of each column returned from the query. So if the no. of columns in the query is 5 then there should be 5 charts generated. No of columns will be variable. How to achieve it ?? Any idea?
All kinds of suggestions are welcome.
Thanks
Regards
AB

Hi Priya,
Thanks for your response. Actually the infomation is of technical in nature. Its about processes and the parts. Rows represents parts and columns represent processes. The processes are variable and can be added any time in query.Based on the Query there should be automation of charts. So there is an analysis per process/parts with a single chart. So if the processes are increasing , the automation should also add a chart....thats what the requirement says. So if I have 10 process that I shd get 10 charts and if 15 afterwards then 15....
I hope now its clear to you.Do suggest if u have any idea.
Regards
Atul

How i use start with and rollup both in one query

hi master
sir i use rollup function for subtotal but rollup not give tree
for tree i want to use start with and connect by function
but that query give error
sir how i use both rollup and start with connect by in one query
for tree wise subtotal
please give me idea
thanking you

hi master
thank for your reply
sir i get accid and title from master table and balance from detial table then system give me error
sir i send me all table and data with query and error
Sir this is my master table
SQL> desc chartofacc;
Name Null? Type
PARENT NUMBER
CHILD NUMBER
ACCID NOT NULL VARCHAR2(15)
TITLE VARCHAR2(99)
CAMPID VARCHAR2(2)
ACTIVE NUMBER
FSTATUS NUMBER
Data
Parent child accid
     1     K1
1     11     K11
11     1101     K1101
11     1102     K1102
11     1103     K1103
11     1104     K1104
11     1105     K1105
11     1106     K1106
11     1107     K1107
11     1108     K1108
11     1109     K1109
11     1110     K1110
11     1111     K1111
11     1112     K1112
11     1113     K1113
11     1114     K1114
1     12     K12
12     1201     K1201
12     1202     K1202
12     1203     K1203
1     13     K13
13     1301     K1301
1301     130101     K130101
1301     130102     K130102
1301     130103     K130103
1301     130104     K130104
1301     130105     K130105
1301     130106     K130106
1301     130107     K130107
1301     130108     K130108
1301     130109     K130109
1301     130110     K130110
1301     130111     K130111
1301     130112     K130112
1301     130113     K130113
1301     130114     K130114
1301     130115     K130115
13     1302     K1302
1302     130201     K130201
1302     130202     K130202
1302     130203     K130203
1302     130204     K130204
1302     130205     K130205
13     1303     K1303
1303     130301     K130301
1303     130302     K130302
1303     130303     K130303
13     1304     K1304
1304     130401     K130401
1304     130402     K130402
1304     130403     K130403
1304     130404     K130404
1304     130405     K130405
1304     130406     K130406
1304     130407     K130407
1304     130408     K130408
13     1305     K1305
1305     130501     K130501
1305     130502     K130502
13     1306     K1306
1306     130601     K130601
13     1307     K1307
1307     130701     K130701
1307     130702     K130702
1307     130703     K130703
1307     130704     K130704
13     1308     K1308
1308     130801     K130801
1308     130802     K130802
1308     130803     K130803
1308     130804     K130804
1308     130805     K130805
1308     130806     K130806
1308     130807     K130807
1308     130808     K130808
1308     130809     K130809
1308     130810     K130810
1308     130811     K130811
1308     130812     K130812
1308     130813     K130813
13     1309     K1309
13     1310     K1310
13     1311     K1311
1311     131101     K131101
     2     K2
2     21     K21
21     2101     K2101
2101     210101     K210101
2101     210102     K210102
2101     210103     K210103
2101     210104     K210104
21     2102     K2102
2102     210201     K210201
2102     210202     K210202
2102     210203     K210203
2102     210204     K210204
21     2103     K2103
2103     210301     K210301
2103     210302     K210302
2103     210303     K210303
2103     210304     K210304
21     2104     K2104
2104     210401     K210401
2104     210402     K210402
2104     210403     K210403
2104     210404     K210404
2     22     K22
22     2201     K2201
2201     220101     K220101
2201     220102     K220102
2201     220103     K220103
2201     220104     K220104
2201     220105     K220105
22     2202     K2202
2202     220201     K220201
2202     220202     K220202
2202     220203     K220203
2202     220204     K220204
22     2203     K2203
2203     220301     K220301
2203     220302     K220302
2203     220303     K220303
2203     220304     K220304
22     2204     K2204
2204     220401     K220401
2204     220402     K220402
2204     220403     K220403
22     2205     K2205
2205     220501     K220501
2205     220502     K220502
220502     22050201     K22050201
220502     22050202     K22050202
220502     22050203     K22050203
220502     22050204     K22050204
22     2206     K2206
2206     220601     K220601
2206     220602     K220602
2206     220603     K220603
2206     220604     K220604
2     23     K23
23     2301     K2301
2301     230101     K230101
2301     230102     K230102
2301     230103     K230103
2301     230104     K230104
2301     230105     K230105
2301     230106     K230106
2301     230107     K230107
2301     230108     K230108
23     2302     K2302
2302     230201     K230201
2302     230202     K230202
2302     230203     K230203
2302     230204     K230204
23     2303     K2303
2303     230301     K230301
2303     230302     K230302
23     2304     K2304
2304     230401     K230401
2304     230402     K230402
2304     230403     K230403
23     2305     K2305
2305     230501     K230501
23     2306     K2306
2306     230601     K230601
2306     230602     K230602
2306     230603     K230603
2306     230604     K230604
23     2307     K2307
23     2308     K2308
2308     230801     K230801
2308     230802     K230802
2308     230803     K230803
23     2309     K2309
2309     230901     K230901
2309     230902     K230902
2309     230903     K230903
2309     230904     K230904
23     2310     K2310
2310     231001     K231001
2310     231002     K231002
2310     231003     K231003
23     2311     K2311
2311     231101     K231101
2311     231102     K231102
2311     231103     K231103
23     2312     K2312
2312     231201     K231201
2312     231202     K231202
2312     231203     K231203
2312     231204     K231204
23     2313     K2313
2313     231301     K231301
2313     231302     K231302
2313     231303     K231303
2313     231304     K231304
2313     231305     K231305
2313     231306     K231306
2313     231307     K231307
2313     231308     K231308
2313     231309     K231309
2313     231310     K231310
2313     231311     K231311
2313     231312     K231312
2313     231313     K231313
2313     231314     K231314
2313     231315     K231315
23     2314     K2314
2314     231401     K231401
2314     231402     K231402
2314     231403     K231403
2314     231404     K231404
2314     231405     K231405
2314     231406     K231406
2314     231407     K231407
23     2315     K2315
23     2316     K2316
2316     231601     K231601
2316     231602     K231602
23     2317     K2317
23     2318     K2318
23     2319     K2319
2319     231901     K231901
2319     231902     K231902
2319     231903     K231903
2319     231904     K231904
2319     231905     K231905
2319     231906     K231906
23     2320     K2320
2320     232001     K232001
     3     K3
3     31     K31
31     3101     K3101
31     3102     K3102
31     3103     K3103
31     3104     K3104
31     3105     K3105
3     32     K32
32     3201     K3201
32     3202     K3202
32     3203     K3203
32     3204     K3204
32     3205     K3205
32     3206     K3206
32     3207     K3207
     4     K4
4     41     K41
41     4101     K4101
4101     410101     K410101
4101     410102     K410102
4101     410103     K410103
4101     410104     K410104
4101     410105     K410105
4101     410106     K410106
4101     410107     K410107
4101     410108     K410108
4101     410109     K410109
4101     410110     K410110
4101     410111     K410111
4101     410112     K410112
4101     410113     K410113
4101     410114     K410114
4101     410115     K410115
4101     410116     K410116
4101     410117     K410117
4101     410118     K410118
4101     410119     K410119
4101     410120     K410120
4101     410121     K410121
4101     410122     K410122
4101     410123     K410123
4101     410124     K410124
4101     410125     K410125
4101     410126     K410126
4101     410127     K410127
4101     410128     K410128
4101     410129     K410129
4101     410130     K410130
4101     410131     K410131
4101     410132     K410132
41     4102     K4102
41     4103     K4103
41     4104     K4104
4104     410401     K410401
4104     410402     K410402
4104     410403     K410403
4104     410404     K410404
41     4105     K4105
41     4106     K4106
41     4107     K4107
41     4108     K4108
4108     410801     K410801
4108     410802     K410802
4108     410803     K410803
41     4109     K4109
4109     410901     K410901
4109     410902     K410902
4109     410903     K410903
41     4110     K4110
41     4111     K4111
4111     411101     K411101
4111     411102     K411102
4111     411103     K411103
41     4112     K4112
4112     411201     K411201
41     4113     K4113
4113     411301     K411301
41     4114     K4114
4114     411401     K411401
4114     411402     K411402
     5     K5
5     51     K51
51     5101     K5101
51     5102     K5102
51     5103     K5103
51     5104     K5104
51     5105     K5105
51     5106     K5106
51     5107     K5107
51     5108     K5108
51     5109     K5109
51     5110     K5110
51     5111     K5111
51     5112     K5112
51     5113     K5113
51     5114     K5114
     6     K6
6     61     K61
     7     K7
7     71     K71
7     72     K72
7     73     K73
7     74     K74
7     75     K75
7     76     K76
This is my detil table
SQL> desc accbal;
Name Null? Type
ACCID VARCHAR2(15)
YEARID NUMBER
CRBAL NUMBER
DRBAL NUMBER
ENTDATE DATE
BALID NUMBER
Data in detail
K1101     46291132
K1102     13182173
K1103     23784045
K1107     10001795
K1108     9083529
K1110     4224350
K1112     6696832
K1113     7963381
K1114     742766
K1201     1486082
K130104     1977616
K130106     736266
K130107     396673
K130108     42751
K130109     298362
K130110     187696
K130111     537
K130112     942
K130113     987
K130114     1272
K130115     40000
K130205     259941
K130303     177716
K130406     809719
K130408     1786091
K130701     301000
K130702     151200
K130703     7570
K130704     34400
K1308
K130801     5400
K130802     45000
K130803     10856
K130807     24300
K130808     16500
K130810     104500
K130811     60000
K130812     181000
K130813     1750000
K1309     1225565
K1310     2176259
K1311
K131101     788780
K410101          24926
K410102          9545
K410103          28500
K410104          8192
K410105          847
K410106          37100
K410107          2332
K410108          9844
K410109          7843
K410110          9313
K410111          1425
K410112          6089
K410113          15497
K410114          5790
K410115          4251
K410116          22293
K410117          855
K410118          6497
K410119          14996
K410120          124214
K410121          6713
K410122          1567
K410123          75821
K410124          5085
K410125          7125
K410126          4342
K410127          21485
K410128          641111
K410129          589
K410130          50
K410131          163900
K410132          3849
K4105          3946489
K4107          100000
K410801          972011
K410802          1707806
K410803          116450
K4110          13113874
K411101          98335
K411102          32454
K411103          53569
K411201          25327406
K411301          7143103
K411401          4500000
K411402          12754
K5102          2120031
K5103          13543810
K5107          4596103
K5108          5604493
K5110          2008401
K5112          2182778
K5113          4748537
K5114          556914
K61          43297680
Sir I use this query
select lpad(' ',2*(level-1)) || to_char(child),title,sum(drbal),sum(crbal),
from chartofacc, accbal
where chartofacc.accid=accbal.accid(+)
start with parent is null
connect by prior child = parent
group by rollup(substr(mas.accid,2,1),substr(mas.accid,3,1),substr(mas.accid,4,2),substr(mas.accid,6,2) ,chartofacc.accid,title,fstatus);
sir this query not give me result and give me error this
SQL> /
from chartofacc, accbal
ERROR at line 2:
ORA-00936: missing expression
Please give me idea how I get tree type subtotal tribalance
Thanking you
Aamir

Combining Sum/Case queries with different where clauses into one query

Hello,
I'm trying to combine 2 queries that contain the SUM/CASE function into one query that'll produce the output in the same table, rather than having two The thing is, the two queries have different conditions. I've created a sample data table and outputs to better describe what I'm trying to achieve.
SAMPLE_DATA
DEPT
PROD_CODE
FLAG1
FLAG2
HO
A
NULL
Y
HO
B
NULL
Y
HO
A
Y
NULL
HO
B
Y
Y
IT
A
NULL
Y
IT
C
NULL
NULL
ENG
B
NULL
Y
ENG
C
NULL
Y
ENG
C
Y
Y
MKT
A
Y
Y
The first query I'm running is to sum the product codes department wise while checking if FLAG1 is Y. The second query is checking if FLAG2 is Y.
First Query:
select DEPT, sum(case PRODUCT_CODE when 'A' then 1 else 0 end),
sum(case PRODUCT_CODE when 'B' then 1 else 0 end),
sum(case PRODUCT_CODE when 'C' then 1 else 0 end)
from SAMPLE_DATA where FLAG1 is not null group by DEPT;
Second Query:
select DEPT, sum(case PRODUCT_CODE when 'A' then 1 else 0 end),
sum(case PRODUCT_CODE when 'B' then 1 else 0 end),
sum(case PRODUCT_CODE when 'C' then 1 else 0 end)
from SAMPLE_DATA where FLAG2 is not null group by DEPT;
FIRST QUERY OUTPUT:
DEPT
PRODA_FL1
PRODB_FL1
PRODC_FL1
HO
1
1
0
IT
0
0
0
ENG
0
0
1
MKT
1
0
0
SECOND QUERY OUTPUT:
DEPT
PRODA_FL2
PRODB_FL2
PRODC_FL2
HO
1
2
0
IT
1
0
0
ENG
0
1
2
MKT
1
0
0
My aim is to combine both the queries so that the output is displayed the same way as the table below.
DESIRED OUTPUT:
DEPT
PRODA_FL1
PRODB_FL1
PRODC_FL1
PRODA_FL2
PRODB_FL2
PRODC_FL2
Any help or tips will be greatly appreciated. Please note I'm working with more complex data and have simplified my question just to understand how to solve this.

Just treat the two queries as tables, join them on DEPT and produce the results you want.
with q1 as (
select DEPT, sum(case PRODUCT_CODE when 'A' then 1 else 0 end) PRODA_FL1,
sum(case PRODUCT_CODE when 'B' then 1 else 0 end) PRODB_FL1,
sum(case PRODUCT_CODE when 'C' then 1 else 0 end) PRODC_FL1
from SAMPLE_DATA where FLAG1 is not null group by DEPT),
q2 as (
select DEPT, sum(case PRODUCT_CODE when 'A' then 1 else 0 end) PRODA_FL2,
sum(case PRODUCT_CODE when 'B' then 1 else 0 end) PRODB_FL2,
sum(case PRODUCT_CODE when 'C' then 1 else 0 end) PRODC_FL2
from SAMPLE_DATA where FLAG2 is not null group by DEPT;
select q1.dept, proda_fl1, prodb_fl1, prodc_fl1, proda_fl2, prodb_fl2, prodc_fl2
from q1, q2
where q1.dept = q2.dept

Using several global structures in one query?

Hello Together,
I want to use several global structures in a query and group them for instance in the rows. I have tried it out, and it does not seem to be possible.
Any ideas- can I overgo this problem somehow?
Thanks,
Elisabeth

Hi Elisabeth,
This should help:
http://help.sap.com/saphelp_nw04/helpdata/en/f1/0a5632e09411d2acb90000e829fbfe/content.htm

One-to-many relationship: problem with several tables on the one side...

Hello
I'm having problems developing a database for a content management system. Apart from details, I've got one main table, that holds the tree structure of the content ("resources") and several other tables that contain data of a particular datatype ("documents", "images", etc.). Now, there's one-to-many relationship between "resources" table and all the datatype tables - that is, in the "resources" table there's "resource_id" column, being a foreign key referenced to the "id" columns in the datatype tables.
The problem is that this design is deficient. I can't tell form the "resource_id" column from which datatype table to get the data. It seems to me that one-to-many relationship only works with two tables. If the data on the one side of the relationship is contained in several tables, problems arise.
Anybody knows a solution? I would be obliged.
Regards
Havocado

Hi;
A simple way may be create a view on referenced tables:
Connected to Oracle Database 10g Express Edition Release 10.2.0.1.0
Connected as hr
SQL>
SQL> drop table resources;
Table dropped
SQL> create table resources(id number, name varchar2(12));
Table created
SQL> insert into resources values(1,'Doc....');
1 row inserted
SQL> insert into resources values(2,'Img....');
1 row inserted
SQL> drop table documents;
Table dropped
SQL> create table documents(id number, resource_id number,type varchar2(12));
Table created
SQL> insert into documents values(1,1,'txt');
1 row inserted
SQL> drop table images;
Table dropped
SQL> create table images(id number, resource_id number,path varchar2(24));
Table created
SQL> insert into images values(1,2,'/data01/images/img01.jpg');
1 row inserted
SQL> create or replace view vw_resource_ref as
2    select id, resource_id, type, null as path from documents
3      union
4     select id, resource_id, null as type, path from images;
View created
SQL> select * from resources r inner join vw_resource_ref rv on r.id = rv.resource_id;
        ID NAME                 ID RESOURCE_ID TYPE         PATH
         1 Doc....               1           1 txt
         2 Img....               1           2              /data01/images/img01.jpg
SQL> Regards....

Has anyone else had problems with severe dropped calls since updating to IOS 5.1?

I have just updated my phone today and have had nothing but dropped calls. I thought this update was supposed to make my AT&T connection better. What's going on Apple????

Ever since I updated to iOS 5.1 my connection has dropped down to what I was getting with my older iPhone 3g. With Apple eliminating the rollback option my feeling is that we are SOL until the powers to be determine that we are not (a) crazy (b) stupid or (c) unable to realize that the phones have always performed this way.
All nthis grief for marginal, at best, benefits

I was setting up my Airport and thought the first set up did not go through, so I set up again and I ended up with two accounts instead of one. How can I manage to have only one account now? Thanks for the help.

I was setting up my Airport and thought the first set up dod not go through, then I set up again and ended up with two wireless accounts. I use it for the prointer and the iPad, and I can see both accounts in the iPad. How do I get rid of one account? Thanks for the help!

me.com accounts can be used for iCloud. See the FAQ section in:
<http://support.apple.com/kb/ht4895>
but it may be too late if you have already created a new AppleID.
A few years ago Apple said they were working on allowing account merging, but it never happened (maybe objections from copyright holders).

My itunes has got the same album 5 times with different songs on each one. How do i get all the songs from 1 album altogther?, My itunes has got the same album 5 times with different songs on each one. How do i get all the songs from 1 album altogther?

I am having problems with my itunes. I have purchase an album from itunes but it has been seperated so i have 3 songs from the album on 1 album the 3 songs on another and the 1 song on another. How do i get all the songs on 1 album like it should normally do?

Try these Discussions...
https://discussions.apple.com/message/10990796#10990796
https://discussions.apple.com/message/21989767#21989767

Give me one query how to use full text search

fulltext catlog ,populating fulltext index one example
jitendra

fulltext catlog ,populating fulltext index one example
jitendra
Hello,
Please take a look at the following example:
CREATE DATABASE FULL_SEARCH_TEST
USE [FULL_SEARCH_TEST]
Create Table FullText_Search
Id Int Primary Key Identity(1,1),
Title Nvarchar(50)
GO
INSERT INTO FullText_Search VALUES(N'España')
SELECT * FROM FullText_Search
GO
CREATE FULLTEXT CATALOG FTSearch
GO
--Show all constraint names
SELECT * FROM INFORMATION_SCHEMA.TABLE_CONSTRAINTS
CREATE FULLTEXT INDEX ON FullText_Search
(Title) KEY INDEX PK__FullText__3214EC07558F517A
ON FTSearch;
ALTER FULLTEXT CATALOG FTSearch
REBUILD WITH ACCENT_SENSITIVITY = OFF
SELECT FULLTEXTCATALOGPROPERTY('FTSearch', 'accentsensitivity');
SELECT * from FullText_Search where contains(Title,'"España"')
GO
SELECT * from FullText_Search where contains(Title,'"espana"')
Regards,
Elvis Long
TechNet Community Support

Have a multirecord block with several unbound items, filled by calling just

In oracle forms I have a form with a multi-record block, with several unbound items.
One of these unbound items is a formula based item.
The formula for this item fills the others unbound items.
A procedure with several out parameters is called.
E.g.
:cmr.id (holding the unique id of a database record)
:cmr.unbound_dummy, with formula f_fill_blk_unbound_items(:blk.id)
:cmr.unbound_adres
:cmr.unbound_contactperson
function f_fill_blk_unbound_items(p_id in customers.id%type)
return number
is
l_rc number;
begin
customer_pck.get_adres_and_contactperson
(p_id => p_id --IN
,p_adres => :cmr.unbound_adres --OUT
,p_contactperson => :cmr.unbound_contactperson --OUT
return(0);
end;
QUESTION: how can I do something similar in APEX; have a multirecord block with several unbound items, filled by calling just one procedure with several out parameters ?

Thank you for your reply.
I can write database functions as wrappers, one for each out parameter, and use these in a select.
But:
- having one procedure with several out parameters was done for performance reasons.
- I want to leave my database as is, and just replace the client.
Easy as this is using Oracle developer forms, I cannot find out how to do this in any of the APEX examples/documentation.

Some images do not display in browser, iPad Air 2. When I load a page with several jpgs (one 1920x720, then 8-10 800x800px), only the first few are shown. Behaviour is similar for Safari and Chrome. Website issue or iPad?

I have just bought an iPad, partly to check that my websites work OK on mobile devices. When I load a page with several jpgs (e.g. one 1920x720, then 8-10 800x800px), only the first few are shown. If I remove the large one, that sometimes fixes the problem. Behaviour is similar for Safari and Chrome. Is this a website issue or iPad?

Sorry, I didn't make myself clear. I'm using a new Wordpress theme that is meant to be responsive. The large image is for a header, than you scroll down to see the rest, one by one. Some one the pages work OK on my iPad, typically the old ones where the maximum image size was 500 x 500. It's the new pages and those I've updated that are causing the problem. On the iPad the large image loads, then a couple of the small ones become visible as I scroll down, but then darkness (rather like my knowledge level).
Being new to IOS and iPads, I'm trying to work out whether I should be looking here, or amongst the Wordpress stuff for a solution.
Here's the website with its new theme: http://www.new-zealand-pictures.com/

Portal contrainst with several BW systems

Hello,
Can you tell me what are the possible different architecture if we use portal for reporting with several BW systems ?
One of the BW systems would be used for group reporting.
One portal ? several portal ?
Thanks for your help.
Christophe

Hi,
One portal is enough.What you need is to define as a backend those BW systems them based on role you will create you can split repoting on portal.
Regards.

Cardinality explosion with several XMLTable calls in one query - how to constrain ?

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