What is the relationship of these two methods

What is the relationship of these two methods: Manage consistency using JMX and consistency to manage using the brand manager (Grid Control)?
Supplementary, substitute or mutualists?
Can they be used together?
What to feel, to use them to manage consistency?

Thank you

Enterprise Manager is constructed using the Foundation of consistency JMX. If the grid should be configured for the remote for the company nursery management work.

Thank you

Everett Williams
Team coherence

Tags: Fusion Middleware

Similar Questions

  • What is the difference between these two series: ONE VIDEO and a VIDEO SN184?

    Hello

    Is anyone know the difference between these two serial numbers: A VIDEO and a VIDEO SN184?

    Hi Lennart,

    This might be useful: ONE VIDEO AND ONE NON-VIDEO

    Kind regards

    Sheena

  • What is the difference between these two triggers.

    Hi guys,.

    Can you please the difference between these two triggers:

    A
    CREATE OR REPLACE TRIGGER  "T_CLIENT_STATUS_LOOKUP" before insert or update on "CLIENT_STATUS_LOOKUP" for each row begin if inserting and :new."CLIENT_STATUS_ID" is null then 
      for c1 in (select "CLIENT_STATUS_LOOKUP_SEQ".nextval nv from dual) loop 
         :new."CLIENT_STATUS_ID" := c1.nv;   end loop; end if; end;
    VS


    B
    CREATE OR REPLACE TRIGGER  "CLIENTS_TRG1" 
        BEFORE INSERT ON ERP.CLIENTS 
        FOR EACH ROW 
    begin
                      if :new.CLIENT_ID is null then
                          select CLIENTS_seq.nextval into :new.CLIENT_ID from dual;
                     end if;
                  end; 
    I created manually trigger B. But to trigger A, on APEX, we have created by APEX lookup table. Then, I got a relaxing by APEX. but I did not understand the difference.

    Kind regards
    Fateh

    My vote 2nd relaxation. Because in the first trigger you use ' before insert or update", but there is nothing so far...; Oracle must go in the PL/SQL engine for each update to the table without reason; There is nothing to update, you do not have to shoot. While in the 2nd you do something sensible; If client_id is null, it will go to search by sequence forward.

    Concerning
    Girish Sharma

    Published by: Girish Sharma on June 9, 2012 13:06
    Just paste your code into the code for easy reading tags:

    CREATE OR REPLACE TRIGGER  "T_CLIENT_STATUS_LOOKUP"
    before insert or update on "CLIENT_STATUS_LOOKUP"
    for each row
    begin
    if inserting and :new."CLIENT_STATUS_ID" is null then
      for c1 in (select "CLIENT_STATUS_LOOKUP_SEQ".nextval nv from dual)
         loop
         :new."CLIENT_STATUS_ID" := c1.nv;
      end loop;
    end if;
    end;
    
    CREATE OR REPLACE TRIGGER  "CLIENTS_TRG1"
    BEFORE INSERT ON ERP.CLIENTS
    FOR EACH ROW
    begin
     if :new.CLIENT_ID is null then
       select CLIENTS_seq.nextval into :new.CLIENT_ID from dual;
     end if;
    end;
    
  • What is the difference between these two JKM and when to use that one.

    Please tell the difference between these two.
    JKM Oracle compatible o JKM Oracle compatible (Date of update)

    Basic difference is in the obligation.

    JKM Oracle compatible (Date of update) wants a DATE/TIMESTAMP column in the source tables (s) who will get inserted/updated updated by the source application. ODI will capture the data modified, based on the value of this column. Only the DELETION part requires a trigger to keep track of deletion happening at source one or more tables.

    Where as JKM uniform Oracle does not require any which TIMESTAMP column in the tables of the source (s). It uses triggers to keep track of the INSERT/UPDATE/DELETE happening in the source.

    Compatible JKM Oracle performance (Update Date) is preferable, because it will create a little over the head on your source system. SO if you have a DATE/TIMESTAMP column in the tables of the source (s) that gets inserted/updated by the source application, then go JKM Oracle compatible (Date of update).

    Otherwise search JKM consistent Oracle.

    Thank you
    Fati

  • What is the difference between these two WGA updates?

    When I went to the windows update site (after a fresh install of Win XP) there is a update called:
    Windows Genuine Advantage Validation Tool (KB892130)

    and when I installed the update, the next page listed high priority updates, one of them is the following:
    Windows Genuine Advantage Notification (KB905474)
    Size: 1.5 MB
    Description: The Windows Genuine Advantage Notification tool tells you if your copy of Windows is not genuine. If your system is found to be non-genuine, the tool will help you get a copy of Windows.

    While the second update above description, the first doesn't work, then what is one and how they differ from each other?

    Thank you

    Here's what it not different-online

    KB892130 and KB905474 are both optional, updates not safety.

    The two were offered and installed via Windows Update/Automatic Updates.

  • What is the difference between these two types of defs?

    We give a point constraint, I checked and they are both the same representation (U16)

    It doesn't matter if they are the same representation. If they are different typedefs you will get the point.

  • What is the difference between these two downloads? What does the "N"?

    SW_DVD5_NTRL_Windows_Vista_64BIT_English_DLA_SP2

    SW_DVD5_NTRL_Windows_Vista_64BIT_English_DLA_N_SP2

    Editions N editions are without any Windows Media technology. EU forces MS to provide such an edition. "A programmer is just a tool that converts the caffeine in code" Deputy CLIP - http://www.winvistaside.de/

  • What is the difference between these commands

    Oracle 11.2.0.1
    Windows 7

    Please tell me what are the differences between these two commands:

    RMAN/RMAN@ORCL catalog RMAN
    Catalog RMAN target scott/tiger RMAN/RMAN@ORCL

    Here the user scott is too have DBA role. Recovery catalog owner is rman. I wish to test backup and restore, as well as the above command must be used.

    To develop.

    Thank you.

    user12050217 wrote:
    Oracle 11.2.0.1
    Windows 7

    Please tell me what are the differences between these two commands:

    RMAN/RMAN@ORCL catalog RMAN

    This is happening to you the recovery catalog database but not connect to the target database. So you must issue a further statement while connected to RMAN to connect to the target database. Here the user RMAN is the catalog name of the owner.

    Catalog RMAN target scott/tiger RMAN/RMAN@ORCL

    You try to connect to the database target db user RMAN catalog as user Scott.

    Here the user scott is too have DBA role. Recovery catalog owner is rman. I wish to test backup and restore, as well as the above command must be used.

    The backup will be done using the Sysdba role, not with the DBA role. So you must still issue the command to connect to the target db. In the 2nd order you establish this connection and in 1, you must take another step for him.

    To develop.

    Its developed already in the backup and restore reference guide. Read it,
    http://docs.Oracle.com/CD/E11882_01/backup.112/e10642/TOC.htm

    Aman...

  • What is the difference between these privileges...

    What is the difference between these two privileges?

    CREATING INDEXES
    CREATE AN INDEX

    I tried to look through the Oracle online documentation and do some research on Google, but I can't seem to get a good search criteria to get meaningful results :(

    Darren

    Like doc Oracle mentioned, there is no separate CREATE INDEX privileges. It goes with CREATE TABLE.

    To create an index in the schema of another user, you must have the CREATE ANY INDEX system privilege.
    http://download.Oracle.com/docs/CD/B19306_01/AppDev.102/b14251/adfns_indexing.htm#sthref592

  • What are the relationships between the logging and IKM?

    What is the best method to use in the following scenario:
    I have about 20 tables with the large amount of data sources.
    I need to create interfaces that join the source tables in target tables.
    The tables are inserted every few seconds with about hundreds of thousands lines.
    There may be a gap of a few seconds between the insertion of different tables that could be attached.
    The source and target tables are on the same Oracle instance and schema.
    I want to understand the role of: 'Logging CDC' and "IKM - incremental" and
    How can I use it in my script?
    In general, what are the relationships between "Logging" and 'IKM '?
    Use both? Or maybe it's better deelte and insert the target tables?

    I want to understand what is the role of "Logging CDC"?
    Can 'IKM - incremental' work without "logging"?
    Must 'Logging' have PK on the tables?
    What should I do if I can't say PK (there may be several identical lines)?

    Yael thanks in advance

    user604062 wrote:
    Hello
    Thanks for your quick response!

    No probs - its still fresh in memory I did a major project on this topic last year (400 tables, millions of lines per day (inserts, updates, deletes), sup-5 minute latency). The problem is it isn't that well written on the web, that you have read the blog of the example I linked to in my first answer? See also here: http://odiexperts.com/changed-data-capture-cdc/

    Always on logging:
    My source table is inserted all the time.
    The interface to join the source table in the target table.

    In ODI, the correct term would be your source table "fits" in the table target, unless you mean literally that want to join the the source with the taget table table? My question if you want to do with the result of the join?

    What exactly the "journaling" CDC updates?
    It updates the model of ODI? interfaces? The source of data in the model of ODI? The target table?

    Logging CDC configures and deploys the data capture mechanism (Triggers or log based capture, IE Logminer/streams/Goldengate) - it is not updated the model as such, she pointed out the metadata of the model of ODI repositoty as a CDC data store, allowing you, the developer say ODI to use log data if you wish (reported in the interface) There is no change in the target table, you get an indicator of metadata (IND_UPD) against a line during the integration (in C$ and I have tables$) that tells you if its insertion (I) and update (U) or deletion (D). It had ' lines allow you to synchronize the deletions, but yoy say its inserts only then you probably used use this option. "
    So the only changes are the source table to your interface, another diary data (if you use logging) or the table of the actual source (if not using the logging).

    This is the main thing that I don't understand!

    I hope I made a little clearer.

    Try the following as a quick test:

    Reverse a source table an engineer and the target (at least) table.
    Import the update incremental LKM and IKM.
    Import of the JKM you want to use.

    Create an interface between the source and the target without any deployed JKM.
    Configure the options of JKM on the model, the "Start log" to start the process of capture - this is quite a complex stage and a lot of things to understand what is happening in the source database, better to check code ODI sends to the database and to review the documentation of Oracle database for a description of what his weight (instantiate Tables (, sets of creating change, creation of subscribers etc. establishment of newspaper groups, creating views Journalising etc.) -you will need to consult your Source DBA database initially as ODI wants to make many changes to the source DB (in mode Archivelog process max, parallelism, size, Java etc.)

    Now, edit your interface and mark the table source for use "Journalized data bank.
    Restart your interface
    Compare the difference in the generated code in the journal of the operator, see the differences of the operator.

    >

    Thank you, Yael

  • What are the BCD entries to TWO instances of dual boot of Vista professional in TWO separate hard drives?

    What are the BCD entries to TWO instances of dual boot of Vista professional in TWO separate hard drives? -Dell Vostro 1710, my wife had to be returned to Dell, I installed its Vostro hard drive in my Dell Vostro 1710 SAME, but I don't get a menu starting double when I turn on my Vostro. (Both Vista Business operating systems are licensed separately).

    I would like to start his drive hard so that it looks like 'his' office on 'his' computer.

    Thanks for any advice.

    The easiest way is to use the DualBoot Pro.  He has the tools to write the necessary code automatically.  It is excellent for managing the tasks you want to do.

    However, you have a potential license problem.  Even if your Dell has the exact code in the BIOS to activate the copy of Windows on the hard drive of your wife, the computer is only allowed for an OEM copy.  If Dell is back after repairs then you should be OK once you have turned on the hard disk in his computer of your wife. You can delete the entry of additional start with DualBoot Pro menu,

  • What gets the relationship between the number of blocks and coherent?

    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 .
    
    SQL> SET AUTOTRACE TRACEONLY;                                     
    
    SQL> SELECT * FROM TEST;
    
    Execution Plan
    ----------------------------------------------------------                      
    Plan hash value: 1357081020                                                     
                                                                                    
    --------------------------------------------------------------------------      
    | Id  | Operation         | Name | Rows  | Bytes | Cost (%CPU)| Time     |      
    --------------------------------------------------------------------------      
    |   0 | SELECT STATEMENT  |      |  1000 | 10000 |     2   (0)| 00:00:01 |      
    |   1 |  TABLE ACCESS FULL| TEST |  1000 | 10000 |     2   (0)| 00:00:01 |      
    --------------------------------------------------------------------------      
    
    
    Statistics information
    ----------------------------------------------------------                      
              0  recursive calls                                                    
              0  db block gets                                                      
             72  consistent gets                                    >>  there have 72  consistent gets                  
              0  physical reads                                                     
              0  redo size                                                          
          24957  bytes sent via SQL*Net to client                                   
           1111  bytes received via SQL*Net from client                             
             68  SQL*Net roundtrips to/from client                                  
              0  sorts (memory)                                                     
              0  sorts (disk)                                                       
           1000  rows processed                                                     
    
    SQL> SELECT /*+ INDEX_FFS(TEST IND_IDN)*/ * FROM TEST WHERE ID IS NOT NULL;
    
    Execution Plan
    ----------------------------------------------------------                      
    Plan hash value: 1357081020                                                     
                                                                                    
    --------------------------------------------------------------------------      
    | Id  | Operation         | Name | Rows  | Bytes | Cost (%CPU)| Time     |      
    --------------------------------------------------------------------------      
    |   0 | SELECT STATEMENT  |      |  1000 | 10000 |     2   (0)| 00:00:01 |      
    |*  1 |  TABLE ACCESS FULL| TEST |  1000 | 10000 |     2   (0)| 00:00:01 |      
    --------------------------------------------------------------------------      
                                                                                    
    Predicate Information (identified by operation id):                             
    ---------------------------------------------------                             
                                                                                    
       1 - filter("ID" IS NOT NULL)                                                 
    
    
    Statistics information
    ----------------------------------------------------------                      
              1  recursive calls                                                    
              0  db block gets                                                      
             72  consistent gets                                   >>  there have 72  consistent gets                  
              0  physical reads                                                     
              0  redo size                                                          
          17759  bytes sent via SQL*Net to client                                   
           1111  bytes received via SQL*Net from client                             
             68  SQL*Net roundtrips to/from client                                  
              0  sorts (memory)                                                     
              0  sorts (disk)                                                       
           1000  rows processed                                                     
    
                                             
    
    SQL> SELECT COUNT(*) FROM TEST;
    
    Execution Plan
    ----------------------------------------------------------                      
    Plan hash value: 1950795681                                                     
                                                                                    
    -------------------------------------------------------------------             
    | Id  | Operation          | Name | Rows  | Cost (%CPU)| Time     |             
    -------------------------------------------------------------------             
    |   0 | SELECT STATEMENT   |      |     1 |     2   (0)| 00:00:01 |             
    |   1 |  SORT AGGREGATE    |      |     1 |            |          |             
    |   2 |   TABLE ACCESS FULL| TEST |  1000 |     2   (0)| 00:00:01 |             
    -------------------------------------------------------------------             
    
    Statistics information
    ----------------------------------------------------------                      
              0  recursive calls                                                    
              0  db block gets                                                      
              5  consistent gets                                      >>  there have 5  consistent gets               
              0  physical reads                                                     
              0  redo size                                                          
            408  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                                                     
    
                                                  
    
    SQL> SELECT COUNT(*) FROM TEST WHERE ID IS NOT NULL;
    
    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                                                          
            408  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                                                     
    
                                              
    
    SQL> SELECT COUNT(ID) FROM TEST WHERE ID IS NOT NULL;
    
    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                                                     
    QUESTION:

    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:880343948514

    Aman...

  • ADF AND SOA: WHAT IS THE RELATIONSHIP BETWEEN THE ADF AND SOA

    Hello world

    someone can such me what is the relationship of the ADF with SOA?
    How are they related? or no relationship at all?
    ADF is part of the SOA?
    Why ADF?
    Why SOA?
    Thanks in advance guys.

    Kind regards
    Raja.

    ADF is a framework that helps you to create applications that are designed according to SOA best practices.
    With ADF, you build reusable business services that can be exposed and consumed in SOA flows. Moreover ADF allows you to create parts of the user interface of your SOA application.
    There are other points of integration between the Oracle SOA suite and Oracle ADF - I recommend to watch this for an overview:

    http://download.Oracle.com/otn_hosted_doc/JDeveloper/11gdemos/Introduction_To_ADF/Introduction_To_ADF.html
    http://download.Oracle.com/otn_hosted_doc/JDeveloper/11gdemos/ADFInsider-SOA/OracleInsider-SOA.html

  • What are the relationship between JPA and Hibernate, JPA and TopLink?

    What are the relationship between JPA and Hibernate, JPA and TopLink?
    Can APP instead of Hibernate and TopLink?

    The Java Persistence API (JPA) is the persistence of mapping relational object
    standard for Java. Hibernate and TopLink provide a Java Open source object-relational mapping framework.
    They provide an implementation for the Java Persistence API. In my opinion, Hibernate and TopLink support JPA
    and they can also be seen as complementary to APP.

    We will wait to see the opinions of the other person.

  • What is the meaning of these commands

    Hi all
    I am a beginner of the coherence of the Oracle. Thank you for your help.
    What is the meaning of these commands and where can I get his explanations?
    1 map.invoke(key, agent);
    2. purpose oResult = map.invoke (key, agent);
    3 map.invokeAll(collectionKeys, agent);
    4 card mapResults = map.invokeAll (collectionKeys, agent);
    5 NamedCache map = CacheFactory.getCache ("trades");
    Filter filter = new AndFilter (new EqualsFilter ("getTrader", traderid),
    New EqualsFilter ("getStatus", Status.OPEN));
    Set setOpenTradeIds = mapTrades.keySet (filter);
    Thank you

    Did you look at this?
    http://download.Oracle.com/docs/CD/E13924_01/CoH.340/e13819/providedatagrid.htm

    Also, you might get better and questions in his forum here related to a quick response if you post the consistency:
    Support for consistency

    Thank you
    Shail

Maybe you are looking for