SOAP  - XI - File (Sync)

Hi,
I have a question about the SOAP -> XI -> File scenario. Normally it is quite simple if I have one File receiver here. My scenario is a bit different. The SOAP client need actually to get information from the File Payload. It is logically like the DB server, one SOAP client needs get some information from server and send one soap request to XI, XI perorm one Lookup/Update/ what ever on the JDBC server and send information back to the client. Unfortunately we don't have DB server as interface but only File.
In this case the client send one SOAP request and we cannot say "look at file system at location xyz and get the file back, if there is one". How could we implement this scenario with XI without BPM ?
regards,
Hai

hi hai,
we can do like this.
why we use file adapter to make the conevrsions primarly
file format  to xml and XML to file format.
if u genrate a web request from a service then we need to pick the respective file for that request and pass it on to web response(SOAP response) this is what i understood.
go for webservice -XI- webservice scenario.
asynch
XI people will publish interface with SOAP request as input.
SOURCE system people will call this interface for getting respective file.
now XI will fetch the respective file through UDF and will pass it to receiver system i.e they are ready to give SOAP resposne.
now source system people should write a program which consumes source response as input.
thereby they will publish webservice which takes the SOAP response and does the needful at the system level.
here SOURCE system is acting both as sender and receiver.
sender for sending file request and reciever for getting the respective data from XI.
there by its a WEBSERVICE-XI-WEBSERVICE asynch scenario.
FILE reciever is replaced because u r gonna take the functionality in UDF.
or u can also go for XSLT mapping.
now
1)GO FOR  a Message Mapping
in that give the source message type as SOAP request and taget message type as SOAP response.
and in the message mapping for the UDF(java program) which reads the file with respect to source file and generates the response.
2)create 1 interfaces which takes SOAP request as input
publish this interface which will be consumed by SOURCE system
3)XI will consume a webservice which is published by source system which ll process SOAP response.
interface mapping consiste of iNTERFACE CREATED BY XI and INTERFACE CONSUMED BY XI.
create 2 SOAP ADAPTERS
1)sender
2)receiver.
hope this will give u the picture.
the power lies in XSLT mapping or java mapping or UDF.
think u ll be in right position to judge.
any issue plz revert.
Thanks & Regards,
Rama Krishna

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  • Log file sync question

    Metalink note 34592.1 has been mentioned several times in this forum as well as elsewhere, notably here
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    Tony Hasler wrote:
    Metalink note 34592.1 has been mentioned several times in this forum as well as elsewhere, notably here
    http://christianbilien.wordpress.com/2008/02/12/the-%E2%80%9Clog-file-sync%E2%80%9D-wait-event-is-not-always-spent-waiting-for-an-io/
    The question I have relates to the stated breakdown of 'log file sync' wait event:
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    3. Time for the log write I/O to complete
    4. LGWR I/O post processing
    5. LGWR posting the foreground/user session that the write has completed
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    Since the note says that the system 'read write' statistic includes steps 2 and 3, the suggestion is that the difference between it and 'log file sync' is due to CPU related work on steps 1, 4, 5 and 6 (or on waiting on the CPU run queue).
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  • Log file sync top event during performance test -av 36ms

    Hi,
    During the performance test for our product before deployment into product i see "log file sync" on top with Avg wait (ms) being 36 which i feel is too high.
                                                               Avg
                                                              wait   % DB
    Event                                 Waits     Time(s)   (ms)   time Wait Class
    log file sync                       208,327       7,406     36   46.6 Commit
    direct path write                   646,833       3,604      6   22.7 User I/O
    DB CPU                                            1,599          10.1
    direct path read temp             1,321,596         619      0    3.9 User I/O
    log buffer space                      4,161         558    134    3.5 ConfiguratAlthough testers are not complaining about the performance of the appplication , we ,DBAs, are expected to be proactive about the any bad signals from DB.
    I am not able to figure out why "log file sync" is having such slow response.
    Below is the snapshot from the load profile.
                  Snap Id      Snap Time      Sessions Curs/Sess
    Begin Snap:    108127 16-May-13 20:15:22       105       6.5
      End Snap:    108140 16-May-13 23:30:29       156       8.9
       Elapsed:              195.11 (mins)
       DB Time:              265.09 (mins)
    Cache Sizes                       Begin        End
    ~~~~~~~~~~~                  ---------- ----------
                   Buffer Cache:     1,168M     1,136M  Std Block Size:         8K
               Shared Pool Size:     1,120M     1,168M      Log Buffer:    16,640K
    Load Profile              Per Second    Per Transaction   Per Exec   Per Call
    ~~~~~~~~~~~~         ---------------    --------------- ---------- ----------
          DB Time(s):                1.4                0.1       0.02       0.01
           DB CPU(s):                0.1                0.0       0.00       0.00
           Redo size:          607,512.1           33,092.1
       Logical reads:            3,900.4              212.5
       Block changes:            1,381.4               75.3
      Physical reads:              134.5                7.3
    Physical writes:              134.0                7.3
          User calls:              145.5                7.9
              Parses:               24.6                1.3
         Hard parses:                7.9                0.4
    W/A MB processed:          915,418.7           49,864.2
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            Executes:               85.2                4.6
           Rollbacks:                0.0                0.0
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    ^LBackground Wait Events       DB/Inst: Snaps: 108127-108140
    -> ordered by wait time desc, waits desc (idle events last)
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    log file parallel write         208,563     0      2,528      12      1.0   66.4
    db file parallel write            4,264     0        785     184      0.0   20.6
    Backup: sbtbackup                     1     0        516  516177      0.0   13.6
    control file parallel writ        4,436     0         97      22      0.0    2.6
    log file sequential read          6,922     0         95      14      0.0    2.5
    Log archive I/O                   6,820     0         48       7      0.0    1.3
    os thread startup                   432     0         26      60      0.0     .7
    Backup: sbtclose2                     1     0         10   10094      0.0     .3
    db file sequential read           2,585     0          8       3      0.0     .2
    db file single write                560     0          3       6      0.0     .1
    log file sync                        28     0          1      53      0.0     .0
    control file sequential re       36,326     0          1       0      0.2     .0
    log file switch completion            4     0          1     207      0.0     .0
    buffer busy waits                     5     0          1     116      0.0     .0
    LGWR wait for redo copy             924     0          1       1      0.0     .0
    log file single write                56     0          1       9      0.0     .0
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    {code}
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    ~~~~~~~~~~~~~~~~~~~ 1st Per Sec 2nd Per Sec %Diff 1st Per Txn 2nd Per Txn %Diff
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    CPU time: 0.18 0.14 -22.22 0.00 0.01 100.00
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    Logical reads: 4,374.04 3,900.38 -10.83 115.14 212.46 84.52
    Block changes: 1,593.38 1,381.41 -13.30 41.95 75.25 79.38
    Physical reads: 76.44 134.54 76.01 2.01 7.33 264.68
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    User calls: 197.62 145.46 -26.39 5.20 7.92 52.31
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    Hard parses: 0.00 7.88 100.00 0.00 0.43 100.00
    Sorts: 3.88 4.90 26.29 0.10 0.27 170.00
    Logons: 0.09 0.08 -11.11 0.00 0.00 0.00
    Executes: 126.69 85.19 -32.76 3.34 4.64 38.92
    Transactions: 37.99 18.36 -51.67
    First Second Diff
    1st 2nd
    Event Wait Class Waits Time(s) Avg Time(ms) %DB time Event Wait Class Waits Time(s) Avg Time
    (ms) %DB time
    SQL*Net more data from client Network 2,133,486 1,270.7 0.6 61.24 log file sync Commit 208,355 7,407.6
    35.6 46.57
    CPU time N/A 487.1 N/A 23.48 direct path write User I/O 646,849 3,604.7
    5.6 22.66
    log file sync Commit 99,459 129.5 1.3 6.24 log file parallel write System I/O 208,564 2,528.4
    12.1 15.90
    log file parallel write System I/O 100,732 126.6 1.3 6.10 CPU time N/A 1,599.3
    N/A 10.06
    SQL*Net more data to client Network 451,810 103.1 0.2 4.97 db file parallel write System I/O 4,264 784.7 1
    84.0 4.93
    -direct path write User I/O 121,044 52.5 0.4 2.53 -SQL*Net more data from client Network 7,407,435 279.7
    0.0 1.76
    -db file parallel write System I/O 986 22.8 23.1 1.10 -SQL*Net more data to client Network 2,714,916 64.6
    0.0 0.41
    {code}
    *To sum it sup:
    1. Why is the IO response getting such an hit during the new perf test? Please suggest*
    2. Does the number of DB writer impact "log file sync" wait event? We have only one DB writer as the number of cpu on the host is only 4
    {code}
    select *from v$version;
    BANNER
    Oracle Database 11g Enterprise Edition Release 11.1.0.7.0 - 64bit Production
    PL/SQL Release 11.1.0.7.0 - Production
    CORE 11.1.0.7.0 Production
    TNS for HPUX: Version 11.1.0.7.0 - Production
    NLSRTL Version 11.1.0.7.0 - Production
    {code}
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    Edited by: Kunwar on May 18, 2013 2:20 PM

    1. A snapshot interval of 3 hours always generates meaningless results
    Below are some details from the 1 hour interval AWR report.
    Platform                         CPUs Cores Sockets Memory(GB)
    HP-UX IA (64-bit)                   4     4       3      31.95
                  Snap Id      Snap Time      Sessions Curs/Sess
    Begin Snap:    108129 16-May-13 20:45:32       140       8.0
      End Snap:    108133 16-May-13 21:45:53       150       8.8
       Elapsed:               60.35 (mins)
       DB Time:              140.49 (mins)
    Cache Sizes                       Begin        End
    ~~~~~~~~~~~                  ---------- ----------
                   Buffer Cache:     1,168M     1,168M  Std Block Size:         8K
               Shared Pool Size:     1,120M     1,120M      Log Buffer:    16,640K
    Load Profile              Per Second    Per Transaction   Per Exec   Per Call
    ~~~~~~~~~~~~         ---------------    --------------- ---------- ----------
          DB Time(s):                2.3                0.1       0.03       0.01
           DB CPU(s):                0.1                0.0       0.00       0.00
           Redo size:          719,553.5           34,374.6
       Logical reads:            4,017.4              191.9
       Block changes:            1,521.1               72.7
      Physical reads:              136.9                6.5
    Physical writes:              158.3                7.6
          User calls:              167.0                8.0
              Parses:               25.8                1.2
         Hard parses:                8.9                0.4
    W/A MB processed:          406,220.0           19,406.0
              Logons:                0.1                0.0
            Executes:               88.4                4.2
           Rollbacks:                0.0                0.0
        Transactions:               20.9
    Top 5 Timed Foreground Events
    ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
                                                               Avg
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