Syslogd Consuming more CPU utilization in Solaris 10

Hi All,
The Syslogd process consuming more CPU utilization in Solaris 10. Kindly help how to reduce this cpu utilization.
Regards
Siva

Hi Robert,
Both are same architecture. x86
The following is the prstat o/p from the affected server. Pls note that one of the mount point in this server is in ZFS.
prstat -l
PID USERNAME SIZE RSS STATE PRI NICE TIME CPU PROCESS/LWPID
26092 root 3933M 3930M cpu1 60 0 29:00:43 22% syslogd/56
26092 root 3933M 3930M run 30 0 289:47:33 12% syslogd/18
26092 root 3933M 3930M run 40 0 272:31:05 11% syslogd/22
26092 root 3933M 3930M run 22 0 14:47:16 9.7% syslogd/65
26092 root 3933M 3930M run 42 0 14:43:46 9.7% syslogd/63
26092 root 3933M 3930M run 31 0 14:40:42 9.6% syslogd/66
26092 root 3933M 3930M sleep 40 0 152:45:42 5.9% syslogd/21
26092 root 3933M 3930M cpu0 53 0 6:41:58 4.1% syslogd/58
26092 root 3933M 3930M run 52 0 6:23:13 4.0% syslogd/57
26092 root 3933M 3930M sleep 43 0 6:29:21 3.9% syslogd/59
26092 root 3933M 3930M sleep 52 0 5:55:14 3.6% syslogd/71
More over we are continuously receiving the below error message in the /var/adm/messages, we don't know, from where the error arises from the syslog server.
syslogd: malloc failed: dropping message from remote: Not enough space
PRIVILEGE :[4] 'NONE'
Edited by: Siva_Systems on Mar 29, 2010 5:06 AM
Edited by: Siva_Systems on Mar 29, 2010 8:18 AM

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Subhash,
A quick and dirty Google search could have get you started with the following:
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Low CPU utilization on Solaris

Hi all.
We've recently been performance tuning our java application running
inside of an Application Server with Java 1.3.1 Hotspot -server. We've
begun to notice some odd trends and were curious if anyone else out
there has seen similiar things.
Performance numbers show that our server runs twice
as fast on Intel with Win2K than on an Ultra60 with Solaris 2.8.
Here's the hardware information:
Intel -> 2 processors (32bit) at 867 MHz and 2 Gig RAM
Solaris -> 2 processors (64bit) at 450 MHz and 2 Gig RAM.
Throughput for most use cases in a low number of threads is twice as
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There should minor (or no) network traffic. GC does not seem to be an
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It is possible our Solaris machine is not configured properly in some
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My question (after all that ...) is whether this seems normal to
anyone? Should throughput be higher since the processors are faster on
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have any benefit?
We have also run the HeapTest recommended on this site on both
machines. We found that the memory test performs twice as fast on
solaris, but the CPU test performs 4 times as slow on solaris. The
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Another big difference is between Solaris and Win2K in these runs is
that CPU Utilization is low on solaris (20-30%) while its much higher
on Win2K (60-70%)
[both machines are 2 processor and the tests are "primarily" single
threaded at
this stage]. I would except the solaris CPU utilization to be around
50% as well. Any ideas why it isn't?

Hi,
I recently went down this path and wound up coming to the realization that the
cpu's are almost neck and neck per cycle when running my Java app. Let me qualify
this a little more (400mhz Sparc II cpu vs 500mhz Intel cpu) under similar load
running the same test gave me similar results. It wasn't as huge difference in
performance as I was expecting.
My theory is given the scalability of the SPARC architecture, more chips==more
performance with less hardware, whereas the Wintel boxes are cheaper, but in order
to get scaling, the underlying hardware comes into question. (how many wintel
boxes to cluster, co-locate, manage, etc…)
From what little I've found out when running tests against our Solaris 8 (E-250's)
400mhz UltraSparc 2's is that it appears that the CPU performance in a lightly
threaded environment is almost 1 cycle / 1 cycle (SPARC to Intel). I don't think
the 64 bit SPARC architecture will buy you anything for java 1.3.1, but if your
application has some huge memory requirements, then using 1.4.0(when BEA supports
it) should be beneficial (check out http://java.sun.com/j2se/1.4/performance.guide.html).
If your application is running only a few threads, tying the threads to the LWP
kernel processes probably won't gain you much. I noticed that it decreased performance
for a test with only a few threads.
I can't give you a good reason as to why your Solaris CPU utilization is so low,
you may want to try getting a copy of Jprobe and profiling Weblogic and your application
to see where your bottlenecks are. I was able to do this with our product, and
found some nasty little performance bugs, but even with that our CPU utilization
was around 98% on a single and 50% on a dual.
Also, take a look at iostat / vmstat and see if your system is bottlenecking doing
io operations. I kept a background process of vmstat to a log and then looked
at it after my test and saw that my cpu was constantly pegged out (doing a lot
of context switching), but that it wasn't doing a whole lot of page faults
(had enough memory).
If you're doing a lot of serialization, that could explain slow performance as
well.
I did follow a suggestion on this board of running my test several times with
the optimizer (-server) and it boosted performance on each iteration until a plateau
on or about the 3rd test.
If you're running Oracle or another RDBMS on your Solaris machine you should see
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sure. I also checked out www.spec.org and saw some of their benchmarks that
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Andy
[email protected] (feanor73) wrote:
Hi all.
We've recently been performance tuning our java application running
inside of an Application Server with Java 1.3.1 Hotspot -server. We've
begun to notice some odd trends and were curious if anyone else out
there has seen similiar things.
Performance numbers show that our server runs twice
as fast on Intel with Win2K than on an Ultra60 with Solaris 2.8.
Here's the hardware information:
Intel -> 2 processors (32bit) at 867 MHz and 2 Gig RAM
Solaris -> 2 processors (64bit) at 450 MHz and 2 Gig RAM.
Throughput for most use cases in a low number of threads is twice as
fast on Intel. The only exception is some of our use-cases that are
heavily dependent on a stored procedure which runs twice as fast on
Solaris. The database (oracle 8i) and the app server run on the same
machine in these tests.
There should minor (or no) network traffic. GC does not seem to be an
issue. We set the max heap at 1024 MG. We tried the various solaris
threading models as recommended, but they have accomplished little.
It is possible our Solaris machine is not configured properly in some
way.
My question (after all that ...) is whether this seems normal to
anyone? Should throughput be higher since the processors are faster on
the wIntel box? Does the fact that the solaris processors are 64bit
have any benefit?
We have also run the HeapTest recommended on this site on both
machines. We found that the memory test performs twice as fast on
solaris, but the CPU test performs 4 times as slow on solaris. The
"joint" test performs twice as slow on solaris. Does this imply bad
things about our solaris configuration? Or is this a normal result?
Another big difference is between Solaris and Win2K in these runs is
that CPU Utilization is low on solaris (20-30%) while its much higher
on Win2K (60-70%)
[both machines are 2 processor and the tests are "primarily" single
threaded at
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Xsun (high CPU utilization) on Solaris 10 Sparc

hi
i have sun blade 1500 and am running solaris 10 on it. the machine is a 2 CPU (750Mhz) 4GB Sparc with the lastest cluster patch.
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Hi sridhar,
can i know which platform you are using....
if it is solaris,
can you paste the details of the prstat -L -p wlpid 1 1 ---> which gives the light wieght pid threads
and also (pstact wlspid) for lwpid to process id mapping
or you can follow these steps for finding which thread is causing the hight cpu utilization
1.find the highest usage lwpid in prstat output
2.find the lwpid in pstack output and get the matching thread number
3.convert the thread number to hexadecimal
4.find the hexadecimal thread number in the server thread dump (nid= xxx)
5.determine what thread was doing to cause the high cpu usage
you can find similar way if it is linux..
ps u -Lp wlspid and thread dump
Thank you,
Bob
Edited by: Bob on Sep 21, 2010 10:18 AM
Edited by: Bob on Sep 21, 2010 10:24 AM

CPU utilization on Solaris

When running a series of performance tests on Solaris machine running Weblogic
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I was hoping someone might have some suggestions for where to look for causes
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I was hoping someone might have some suggestions for where to look for causes
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User consumes more CPU

Hai all,
Suddenly the output of top command shows that f60webmx consumes 100% of the CPU. like :
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PID USER PR NI VIRT RES SHR S %CPU %MEM TIME+ COMMAND
18448 applprod 25 0 73892 48m 8076 R 100 48.2 1232:21 f60webmx
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applprod 18440 1 0 Feb29 ? 00:00:00 f60srvm em alioracle_9000_PROD port 9000 mode socket exe f60webmxapplprod 18448 18440 73 Feb29 ? 20:32:47 f60webmx webfile=5,0,alioracle_9000_PROD
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applprod 14497 18440 0 10:03 ? 00:00:14 f60webmx webfile=5,22,alioracle_9000_PROD
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I could'nt find the session related to the database using PID from top command ..
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Enter value for pid: 18448
old 13: and a.SPID = &PID
new 13: and a.SPID = 18448
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top - 14:52:22 up 47 days, 22:01, 3 users, load average: 1.07, 1.08, 1.09
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Mem: 4148304k total, 4111260k used, 37044k free, 28380k buffers
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REPORT TAKING MORE CPU UTILIZATION

Hello Experts,
my following report is of sales order report it gives me an output in less than 250 seconds,
But taking 80 percentage CPU time so tell me how to overcome this problem ??
<b>&----
*& Report ZMSL_SALES_ORDER_REPORT
REPORT ZMSL_SALES_ORDER_REPORT.
DEFINE: M_FIELDCAT.
ADD 1 TO LS_FIELDCAT-COL_POS.
LS_FIELDCAT-FIELDNAME = &1.
LS_FIELDCAT-SELTEXT_L = &2.
LS_FIELDCAT-OUTPUTLEN = &3.
LS_FIELDCAT-TABNAME = 'gt_final_data'.
APPEND LS_FIELDCAT TO FELD_CAT.
END-OF-DEFINITION.
*==================Start of Datebase tables Declaration=================
TABLES : VBAK, "Sales Document: Header Data
         VBAP, "Sales Document: Item Data
         MARA, "Matrial Master
         VBEP, "Sales Document: Schedule Line Data
         VBPA, "Sales Document: Partner
         TVROT,
         YMSLT_MAIL_ID.
*=================End of Datebase tables Declaration====================
*==================Start of Virable ALV declaration=================
**=============================
TYPE POOLS
*=============================
TYPE-POOLS: SLIS.
*=============================
*FIELD CATALOG DECLARATION
*=============================
CONSTANTS : CO_FORMNAME_TOP_OF_PAGE TYPE SLIS_FORMNAME
                                     VALUE 'TOP_OF_PAGE'.
DATA : G_TABNAME_HEADER TYPE SLIS_TABNAME,
       G_TABNAME_ITEM   TYPE SLIS_TABNAME.
DATA: FELD_CAT TYPE SLIS_T_FIELDCAT_ALV," WITH HEADER LINE ,
       ALV_LAYOUT   TYPE SLIS_LAYOUT_ALV,
       T_EVENTS           TYPE SLIS_T_EVENT,
       G_SAVE(1) TYPE C,
       G_VARIANT LIKE DISVARIANT,
       GX_VARIANT LIKE DISVARIANT,
       EVENTS   TYPE SLIS_T_EVENT,
       G_EXIT(1) TYPE C,
       LAYOUT   TYPE SLIS_LAYOUT_ALV,
       ALV_PRINT        TYPE SLIS_PRINT_ALV,
       ALV_DETAIL_FUNC(30),
      EVENTS   TYPE SLIS_T_EVENT,
       T_LIST_TOP_OF_PAGE TYPE SLIS_T_LISTHEADER.
CONSTANTS: FORMNAME_TOP_OF_PAGE TYPE SLIS_FORMNAME VALUE 'TOP_OF_PAGE'.
RANGES : R_PARVW FOR VBPA-PARVW.
*=================End of Virable tables Declaration====================
*==================Start of Selection Screen Declaration================
SELECTION-SCREEN : BEGIN OF BLOCK B1 WITH FRAME TITLE TEXT-001.
SELECTION-SCREEN BEGIN OF BLOCK VAR WITH FRAME TITLE VARIANT.
PARAMETERS     : P_VARI LIKE DISVARIANT-VARIANT.
SELECTION-SCREEN END OF BLOCK VAR.
SELECTION-SCREEN :BEGIN OF BLOCK B2 WITH FRAME TITLE TEXT-002.
SELECT-OPTIONS : S_VKORG FOR VBAK-VKORG OBLIGATORY, " Sales Org.
                 S_VKBUR FOR VBAK-VKBUR, " Sales Office
                 S_VKGRP FOR VBAK-VKGRP, " Sales Group
                 S_VTWEG FOR VBAK-VTWEG. " Distribution Channel
SELECTION-SCREEN :END OF BLOCK B2.
SELECTION-SCREEN :BEGIN OF BLOCK B3 WITH FRAME TITLE TEXT-003.
SELECT-OPTIONS : S_KUNNR FOR VBAK-KUNNR, "Customer Number
                 S_VBELN FOR VBAK-VBELN, "Sales Order Number
                 S_ERDAT FOR VBAK-ERDAT, "OBLIGATORY, "Sales Order Date
                 S_AUGRU FOR VBAK-AUGRU, "Order Reason
                 S_BSTNK FOR VBAK-BSTNK, "PO Number
                 S_AUART FOR VBAK-AUART. "Sales order type
SELECTION-SCREEN :END OF BLOCK B3.
SELECTION-SCREEN :BEGIN OF BLOCK B4 WITH FRAME TITLE TEXT-004.
SELECT-OPTIONS : S_WERKS FOR VBAP-WERKS, "plant,
                 S_MATNR FOR VBAP-MATNR, " Matrial Code
                 S_PSTYV FOR VBAP-PSTYV, "Sales Order Item cat.
                 S_EDATU FOR VBEP-EDATU, "Conformatin Date
                 S_REQDAT FOR VBAP-ZZCUST_REQDAT. "Req.Del Date
SELECTION-SCREEN :END OF BLOCK B4.
SELECTION-SCREEN :BEGIN OF BLOCK B5 WITH FRAME TITLE TEXT-005.
SELECT-OPTIONS : S_ZE FOR VBPA-KUNNR NO INTERVALS NO-EXTENSION , "Partner Function
                 S_ZS FOR VBPA-KUNNR NO INTERVALS NO-EXTENSION, "Partner Function
                 S_ZA FOR VBPA-KUNNR NO INTERVALS NO-EXTENSION, "Partner Function
                 S_ZR FOR VBPA-KUNNR NO INTERVALS NO-EXTENSION, "Partner Function
                 S_ZI FOR VBPA-KUNNR NO INTERVALS NO-EXTENSION. "Partner Function
*FOR VBPA-KUNNR MATCHCODE OBJECT ZSMR ,
***SELECT-OPTIONS : S_ZE FOR VBPA-PARVW NO INTERVALS NO-EXTENSION , "Partner Function
                S_ZS FOR VBPA-PARVW NO INTERVALS NO-EXTENSION, "Partner Function
                S_ZA FOR VBPA-PARVW NO INTERVALS NO-EXTENSION, "Partner Function
                S_ZR FOR VBPA-PARVW NO INTERVALS NO-EXTENSION, "Partner Function
                S_ZI FOR VBPA-PARVW NO INTERVALS NO-EXTENSION. "Partner Function
SELECTION-SCREEN :END OF BLOCK B5.
SELECTION-SCREEN : BEGIN OF BLOCK B6 WITH FRAME TITLE TEXT-006.
PARAMETER : P_SCREEN RADIOBUTTON GROUP RTYP DEFAULT 'X' USER-COMMAND
                                                 UCOMM ,
             P_FILE RADIOBUTTON GROUP RTYP,
             P_MAIL RADIOBUTTON GROUP RTYP.
SELECTION-SCREEN :END OF BLOCK B6.
SELECTION-SCREEN : BEGIN OF BLOCK B7 WITH FRAME TITLE TEXT-007.
PARAMETER : P_PEN RADIOBUTTON GROUP RE1 DEFAULT 'X' USER-COMMAND
                                                 UCOMM , " Pending Sales order
             P_ALL RADIOBUTTON GROUP RE1, " ALL Sales order
             P_BLOCK RADIOBUTTON GROUP RE1. " Blocked Sales order
            P_DELE   RADIOBUTTON GROUP RE1. " Delevered Sales order
SELECTION-SCREEN :END OF BLOCK B7.
SELECTION-SCREEN : END OF BLOCK B1.
*=================End of Selection Screen Declaration===================
*==================Start of Internal table Declaration==================
Internal table for vbak
DATA : BEGIN OF GT_VBAK OCCURS 0 ,
            VBELN             LIKE VBAK-VBELN , " Sales Document Number
            ERDAT             LIKE VBAK-ERDAT , " Order Date
            AUART             LIKE VBAK-AUART, "Sales Document Type
            VTWEG             LIKE VBAK-VTWEG, "Distribution Channel
            SPART             LIKE VBAK-SPART, "Division
            KNUMV             LIKE VBAK-KNUMV , "Number of the document condition
            BSTNK             LIKE VBAK-BSTNK, " cUSTOMER pURCHASE ORDER NUMBER
            BSTDK             LIKE VBAK-BSTDK, "Customer purchase order date
            KUNNR             LIKE VBAK-KUNNR, " Customer Code
            ZOA_RECP_PLAN_DT LIKE VBAK-ZOA_RECP_PLAN_DT, "Order receipt at plant
       END OF GT_VBAK.
Internal table for VBAP
DATA : BEGIN OF GT_VBAP OCCURS 0,
          VBELN LIKE VBAP-VBELN, " Sales Document Number
          POSNR LIKE VBAP-POSNR, " Sales Doc. Line item number
          MATNR LIKE VBAP-MATNR,
          ABGRU LIKE VBAP-ABGRU, "Reason for rejection
          MEINS LIKE VBAP-MEINS, "Base Unit of Measure
          FAKSP LIKE VBAP-FAKSP,
          NETWR LIKE VBAP-NETWR, " Net Value
          KWMENG LIKE VBAP-KWMENG, " Order Quantity
          WERKS LIKE VBAP-WERKS, "PLANT
          LGORT LIKE VBAP-LGORT, "S.Loc
          ROUTE LIKE VBAP-ROUTE, " Route
          ZZWIDTH LIKE VBAP-ZZWIDTH, " widht
          ZZKDMAT LIKE VBAP-ZZKDMAT, " customer Matrial
          ZZBRAND LIKE VBAP-ZZBRAND, " bRAND
          ZZSPLDIA LIKE VBAP-ZZSPLDIA, "Spool Diameter
          ZZCUST_REQDAT LIKE VBAP-ZZCUST_REQDAT, " REquested Date
          ZZCOATING LIKE VBAP-ZZCOATING,
          ZZWEIGHT LIKE VBAP-ZZWEIGHT,
          ZZWEIGHT_UMO LIKE VBAP-ZZWEIGHT_UMO,
         END OF GT_VBAP.
Internal table for VBEP
DATA : BEGIN OF GT_VBEP OCCURS 0,
          VBELN LIKE VBEP-VBELN, " Sales Doc. Number
          POSNR LIKE VBEP-POSNR, " Sales Doc. Item Number
          ETENR LIKE VBEP-ETENR, "Delivery Schedule Line Number
          EDATU LIKE VBEP-EDATU, "Schedule line date
         END OF GT_VBEP.
Internal table for VBPA
DATA : BEGIN OF GT_VBPA OCCURS 0,
         VBELN LIKE VBAP-VBELN, "Sales Document Number
         POSNR LIKE VBAP-POSNR, "Sales Document Item Number
         PARVW LIKE VBPA-PARVW, "Partner Function
         KUNNR LIKE VBPA-KUNNR, " Customer Number
      END OF GT_VBPA.
Internal table for VBKD
DATA : BEGIN OF GT_VBKD OCCURS 0,
        VBELN LIKE VBKD-VBELN , " Sales Documet number
        KDGRP LIKE VBKD-KDGRP, " Custoemr Group
        INCO1 LIKE VBKD-INCO1, "Incoterms (Part 1)
        INCO2 LIKE VBKD-INCO2, "Incoterms (Part 2)
        ZTERM LIKE VBKD-ZTERM, " Payment Term
        STCUR LIKE VBKD-STCUR, " Exchang Rate
     END OF GT_VBKD.
Internal table VBFA
DATA : BEGIN OF GT_VBFA OCCURS 0 ,
         VBELV   LIKE VBFA-VBELV, " Preceding sales and distribution document
         POSNV   LIKE VBFA-POSNV, "Preceding item of an SD document
         VBELN   LIKE VBFA-VBELN, "Subsequent sales and distribution document
         POSNN   LIKE VBFA-POSNN, "Subsequent item of an SD document
         VBTYP_N LIKE VBFA-VBTYP_N, "Document category of subsequent document
         RFMNG   LIKE VBFA-RFMNG,    "Referenced quantity in base unit of measure
       END OF GT_VBFA.
Internal table for KONV
DATA : BEGIN OF GT_KONV OCCURS 0,
              KNUMV LIKE KONV-KNUMV, "Number of the document condition
              KPOSN LIKE KONV-KPOSN, "Condition item number
              KSCHL LIKE KONV-KSCHL , "Cond Type.
              KBETR LIKE KONV-KBETR, " Rate per KG
              WAERS LIKE KONV-WAERS, "currency
              KWERT LIKE KONV-KWERT, "Condition value
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Internal table for MSKA,
DATA : BEGIN OF GT_MSKA OCCURS 0,
           MATNR LIKE MSKA-MATNR, "Matrial
           WERKS LIKE MSKA-WERKS, "PLANT
           LGORT LIKE MSKA-LGORT, "S. Loc
           CHARG LIKE MSKA-CHARG,"Batch Number
           SOBKZ LIKE MSKA-SOBKZ, "Special Stock Indicator
           VBELN LIKE MSKA-VBELN , "Sales Doc Number
           POSNR LIKE MSKA-POSNR, "Sales Doc Item Number
           KALAB LIKE MSKA-KALAB, "Unrestricted-Use Stock
           KAINS LIKE MSKA-KAINS, " Stock in Quality Inspection
        END OF GT_MSKA.
Internal table for MARD
DATA : BEGIN OF GT_MARD OCCURS 0 ,
          MATNR LIKE MARD-MATNR, "Matrial
          WERKS LIKE MARD-WERKS, "PLANT
          LGORT LIKE MARD-LGORT, "S. Loc
          LABST LIKE MARD-LABST, "Valuated Unrestricted-Use Stock
       END OF GT_MARD.
Internal table for KNA1
DATA : BEGIN OF GT_KNA1 OCCURS 0,
           KUNNR LIKE KNA1-KUNNR , " Customer Number
           NAME1 LIKE KNA1-NAME1, "Customer Name
           NAME2 LIKE KNA1-NAME2, " Customer Name
           ORT01 LIKE KNA1-ORT01, "City
        END OF GT_KNA1.
DATA: BEGIN OF GT_KNA1_1 OCCURS 0,
          KUNNR LIKE KNA1-KUNNR , " Customer Number
          NAME1 LIKE KNA1-NAME1, "Customer Name
         ORT01 LIKE KNA1-ORT01,
       END OF GT_KNA1_1.
Internal table for KNVV
DATA : BEGIN OF GT_KNVV OCCURS 0,
            KUNNR LIKE KNVV-KUNNR , " Customer Number
            KLABC LIKE KNVV-KLABC, " Custoemr Class
       END OF GT_KNVV.
Internal table for MAKT,
DATA : BEGIN OF GT_MAKT OCCURS 0,
         MATNR LIKE MAKT-MATNR, "Matrial
         SPRAS LIKE MAKT-SPRAS,
         MAKTX LIKE MAKT-MAKTX, "Matrial DESC
         MAKTG LIKE MAKT-MAKTG,
      END OF GT_MAKT.
Internal table for MVKE
DATA : BEGIN OF GT_MVKE OCCURS 0 ,
            MATNR LIKE MVKE-MATNR, "Matrial
            MVGR1 LIKE MVKE-MVGR1, " Matrial Group
      END OF GT_MVKE.
Internal table for TVM1T
DATA : BEGIN OF GT_TVM1T OCCURS 0 ,
             SPRAS LIKE TVM1T-SPRAS,
             MVGR1 LIKE TVM1T-MVGR1, " Matrial Group
             BEZEI LIKE TVM1T-BEZEI, " Matrial Group DESC
      END OF GT_TVM1T.
Internal table for TSPAT
DATA : BEGIN OF GT_TSPAT OCCURS 0,
            SPRAS LIKE TSPAT-SPRAS,
            SPART LIKE VBAK-SPART, "Division
            VTEXT LIKE TSPAT-VTEXT, "Division Desc
       END OF GT_TSPAT.
Internal table for TVTWT
DATA : BEGIN OF GT_TVTWT OCCURS 0 ,
        SPRAS LIKE TVTWT-SPRAS,
        VTWEG LIKE VBAK-VTWEG, " Distribution Channel
        VTEXT LIKE TVTWT-VTEXT, "Distribution Channel Desc
       END OF GT_TVTWT.
Internal table for TVAKT
DATA : BEGIN OF GT_TVAKT OCCURS 0,
          SPRAS LIKE TVAKT-SPRAS,
          AUART LIKE VBAK-AUART, "Sales Document Type
          BEZEI LIKE TVAKT-BEZEI, "sALES dOC TYPE Description
       END OF GT_TVAKT .
Internal table for T151t
DATA: BEGIN OF GT_VBUP OCCURS 0,
          VBELN LIKE VBUP-VBELN,
          POSNR LIKE VBUP-POSNR,
          GBSTA LIKE VBUP-GBSTA,
      END OF GT_VBUP.
DATA : BEGIN OF GT_T151T OCCURS 0,
          SPRAS LIKE T151T-SPRAS,
          KDGRP LIKE VBKD-KDGRP, " Custoemr Group
          KTEXT LIKE T151T-KTEXT, " Custoemr Group Desc
      END OF GT_T151T.
DATA : BEGIN OF GT_TVROT OCCURS 0,
          SPRAS LIKE TVROT-SPRAS,
          ROUTE LIKE TVROT-ROUTE, " Route code
          BEZEI LIKE TVROT-BEZEI , " Route Desc
       END OF GT_TVROT.
DATA : BEGIN OF GT_T052U OCCURS 0,
          SPRAS LIKE T052U-SPRAS,
          ZTERM LIKE T052U-ZTERM, " Payment terms
          TEXT1 LIKE T052U-TEXT1, " text
       END OF GT_T052U.
DATA: BEGIN OF GT_VBUK OCCURS 0,
         VBELN LIKE VBUK-VBELN,
         WBSTK LIKE VBUK-WBSTK,
      END OF GT_VBUK.
*-------fINAL iNTERNAL TABLE FOR OUTPUT
DATA : BEGIN OF GT_FINAL_DATA OCCURS 0,
            KUNNR             LIKE VBAK-KUNNR, " cUSTOMER CODE
            NAME(70)          TYPE C, " cUSTOMER NAME
            ORT01             LIKE KNA1-ORT01, "cITY
            S_KUNNR           LIKE VBAK-KUNNR, " cUSTOMER CODE
            S_NAME(70)        TYPE C, " cUSTOMER NAME
            S_ORT01           LIKE KNA1-ORT01, "cITY
            KLABC             LIKE KNVV-KLABC, " Custoemr Class
            VBELN(70)         TYPE C, "   LIKE VBAK-VBELN, "sALES oRDER nUMBER
            POSNR             LIKE VBAP-POSNR, "SALES ORDER LINE NUMBER
            INCO1             LIKE VBKD-INCO1, "Incoterms (Part 1)
            INCO2             LIKE VBKD-INCO2, "Incoterms (Part 2)
            KALAB             LIKE MSKA-KALAB, "Unrestricted-Use Stock
            KAINS             LIKE MSKA-KAINS, " Stock in Quality Inspection
            LABST             LIKE MARD-LABST, "Valuated Unrestricted-Use Stock
            ERDAT             LIKE VBAK-ERDAT , " Order Date
            MATNR             LIKE MAKT-MATNR, "Matrial
            MAKTX             LIKE MAKT-MAKTX, "Matrial DESC
            MAKTG             LIKE MAKT-MAKTG, "Matrial DESC
            ZZKDMAT           LIKE VBAP-ZZKDMAT, "Customter Mat. Number
            ABGRU             LIKE VBAP-ABGRU, " Reason for rejection
            COLOR(20)         TYPE C,          "Color
            COMPLEX(20)       TYPE C,         "Complex
            WIDTH(10)         TYPE C,          "Width
            KBETR             LIKE KONV-KBETR, " Rate per KG
            WAERS             LIKE KONV-WAERS, "currency
            STCUR             LIKE VBKD-STCUR, " Exchang Rate
            MEINS             LIKE VBAP-MEINS, "Base Unit of Measure
            KWMENG            LIKE VBAP-KWMENG, " Order Quantity
            RFMNG             LIKE VBFA-RFMNG,    "Referenced quantity in base unit of measure
            BAL_QTY           LIKE VBFA-RFMNG, " Balance QTY
            EDATU             LIKE VBEP-EDATU, "Schedule line date
            DAYS(5)          TYPE C, " Sch.Delay
            BSTNK             LIKE VBAK-BSTNK, " cUSTOMER pURCHASE ORDER NUMBER
            BSTDK             LIKE VBAK-BSTDK, "Customer purchase order date
            VTWEG             LIKE VBAK-VTWEG, "Distribution Channel
            SPART             LIKE VBAK-SPART, "Division
            DIST_NAME         LIKE TVTWT-VTEXT, "Distribution Channels NAME
            DIV_NAME          LIKE TSPAT-VTEXT, "Sales Divisions NAME
            ZA_KUNNR          LIKE KNA1-KUNNR,
            ZA_NAME               LIKE KNA1-NAME1,
            ZE_KUNNR          LIKE KNA1-KUNNR,
            ZE_NAME               LIKE KNA1-NAME1,
            ZI_KUNNR          LIKE KNA1-KUNNR,
            ZI_NAME               LIKE KNA1-NAME1,
            ZR_KUNNR          LIKE KNA1-KUNNR,
            ZR_NAME               LIKE KNA1-NAME1,
            ZS_KUNNR          LIKE KNA1-KUNNR,
            ZS_NAME               LIKE KNA1-NAME1,
            MVGR1(20)         TYPE C          , " Matrial Group
            B_VALUE           LIKE KONV-KWERT, "bASIC value
            EX_VALUE          LIKE KONV-KWERT, "eXCISE value
            EC_VALUE          LIKE KONV-KWERT, "ecess value
            HE_VALUE          LIKE KONV-KWERT, "hcess value
            VAT_VALUE         LIKE KONV-KWERT, "VAT value
            CST_VALUE         LIKE KONV-KWERT, "CST
            F_VALUE           LIKE KONV-KWERT, "fREIGJT
            C_VALUE           LIKE KONV-KWERT, "cOMISSION
            KDGRP(70)         TYPE C, " Custoemr Group
            NETWR             LIKE VBAP-NETWR, " Net Value
            INR               LIKE VBAP-NETWR, " inr Net Value
            AUART             LIKE VBAK-AUART, "Sales Document Type
            BEZEI             LIKE TVAKT-BEZEI, "SALES DOC TYPE DESC
            ZOA_RECP_PLAN_DT LIKE VBAK-ZOA_RECP_PLAN_DT, "Order receipt at plant
            ZZCUST_REQDAT     LIKE VBAP-ZZCUST_REQDAT, " REquested Date
            ROUTE             LIKE VBAP-ROUTE, " Route
            ROUTE_NAME        LIKE TVROT-BEZEI , "Route name
            ZZBRAND           LIKE VBAP-ZZBRAND, " bRAND
            ZZSPLDIA          LIKE VBAP-ZZSPLDIA, "Spool Diameter
            ZTERM             LIKE VBKD-ZTERM, " Payment Term
            Z_TERM_TEXT(50)   TYPE C, "Payment Terms Text
            Z001(50)          TYPE C, "text
            Z002(50)          TYPE C, "text
            Z003(50)          TYPE C, "text
            Z004(50)          TYPE C, "text
            ZI_001(50)        TYPE C, "text
            ZI_002(50)        TYPE C, "text
            ZZCOATING(20)     TYPE C,
            ZZWEIGHT          LIKE VBAP-ZZWEIGHT,
            ZZWEIGHT_UMO      LIKE VBAP-ZZWEIGHT_UMO,
            WBSTK             LIKE VBUK-WBSTK,
            T_NETWR           LIKE VBAP-NETWR, " Net Value
            FAKSP             LIKE VBAP-FAKSP,
       END OF GT_FINAL_DATA.
*****Mail Data Decleration.
DATA : BEGIN OF MAIL_TAB OCCURS 0 ,
            ZE_NAME               LIKE KNA1-NAME1,
            ZS_NAME               LIKE KNA1-NAME1,
            NAME              LIKE KNA1-NAME1,
            ORT01             LIKE KNA1-ORT01, "cITY
            S_NAME            LIKE KNA1-NAME1,
            S_ORT01           LIKE KNA1-ORT01, "cITY
            KLABC             LIKE KNVV-KLABC, " Custoemr Class
            VBELN             LIKE VBAK-VBELN, "sALES oRDER nUMBER
            POSNR             LIKE VBAP-POSNR, "SALES ORDER LINE NUMBER
            ERDAT             LIKE VBAK-ERDAT , " Order Date
            MATNR             LIKE MAKT-MATNR, "Matrial
            MAKTX             LIKE MAKT-MAKTX, "Matrial DESC
            ZZKDMAT           LIKE VBAP-ZZKDMAT, "Customter Mat. Number
            COLOR(20)         TYPE C,          "Color
            COMPLEX(20)       TYPE C,         "Complex
            WIDTH(10)         TYPE C,          "Width
            KBETR             LIKE KONV-KBETR, " Rate per KG
            WAERS             LIKE KONV-WAERS, "currency
            MEINS             LIKE VBAP-MEINS, "Base Unit of Measure
            KWMENG            LIKE VBAP-KWMENG, " Order Quantity
            BAL_QTY           LIKE VBFA-RFMNG, " Balance QTY
            EDATU             LIKE VBEP-EDATU, "Schedule line date
            DAYS(5)          TYPE C, " Sch.Delay
            BSTNK             LIKE VBAK-BSTNK, " cUSTOMER pURCHASE ORDER NUMBER
            BSTDK             LIKE VBAK-BSTDK, "Customer purchase order date
            ZA_NAME               LIKE KNA1-NAME1,
            ZI_NAME               LIKE KNA1-NAME1,
            ZR_NAME               LIKE KNA1-NAME1,
            MVGR1(20)         TYPE C          , " Matrial Group
            ZZCUST_REQDAT     LIKE VBAP-ZZCUST_REQDAT, " REquested Date
            ZZBRAND           LIKE VBAP-ZZBRAND, " bRAND
       END OF MAIL_TAB.
DATA : IT_MAIL_ID TYPE YMSLT_MAIL_ID OCCURS 0 WITH HEADER LINE.
DATA : SM_MAIL_ID TYPE YMSLT_MAIL_ID OCCURS 0 WITH HEADER LINE.
DATA : SP_MAIL_ID TYPE YMSLT_MAIL_ID OCCURS 0 WITH HEADER LINE.
DATA:   IT_MESSAGE TYPE STANDARD TABLE OF SOLISTI1 INITIAL SIZE 0
                WITH HEADER LINE.
DATA:   IT_ATTACH TYPE STANDARD TABLE OF SOLISTI1 INITIAL SIZE 0
                WITH HEADER LINE.
DATA:   T_PACKING_LIST LIKE SOPCKLSTI1 OCCURS 0 WITH HEADER LINE,
        T_CONTENTS LIKE SOLISTI1 OCCURS 0 WITH HEADER LINE,
        T_RECEIVERS LIKE SOMLRECI1 OCCURS 0 WITH HEADER LINE,
        T_ATTACHMENT LIKE SOLISTI1 OCCURS 0 WITH HEADER LINE,
        T_OBJECT_HEADER LIKE SOLISTI1 OCCURS 0 WITH HEADER LINE,
        W_CNT TYPE I,
        W_SENT_ALL(1) TYPE C,
        W_DOC_DATA LIKE SODOCCHGI1,
        GD_ERROR    TYPE SY-SUBRC,
        GD_RECIEVER TYPE SY-SUBRC.
DATA STR_VAL TYPE STRING.
CLASS CL_ABAP_CHAR_UTILITIES DEFINITION LOAD.
CONSTANTS:
    CON_TAB TYPE C VALUE CL_ABAP_CHAR_UTILITIES=>HORIZONTAL_TAB,
    CON_CRET TYPE C VALUE CL_ABAP_CHAR_UTILITIES=>CR_LF.
DATA: GT_VBAK_KNA1 LIKE GT_VBAK OCCURS 0 WITH HEADER LINE,
      GT_VBAP_VBPA LIKE GT_VBAP OCCURS 0 WITH HEADER LINE,
      GT_VBAP_MAKT LIKE GT_VBAP OCCURS 0 WITH HEADER LINE,
      GT_MVKE_TVM1T LIKE GT_MVKE OCCURS 0 WITH HEADER LINE,
      GT_VBAP_MSKA LIKE GT_VBAP OCCURS 0 WITH HEADER LINE,
      GT_VBPA_KNA1 LIKE GT_VBPA OCCURS 0 WITH HEADER LINE,
      GT_VBFA_VBUK LIKE GT_VBFA OCCURS 0 WITH HEADER LINE,
      GT_VBAP_INOB LIKE GT_VBAP OCCURS 0 WITH HEADER LINE.
DATA : BEGIN OF GT_INOB OCCURS 0.
          INCLUDE STRUCTURE INOB.
DATA : END OF GT_INOB.
DATA: BEGIN OF GT_YCAT_PARAMS OCCURS 0,
       KEY01 TYPE YYKEY01_C10,
       KEY02 TYPE YYKEY02_C16,
       KEY03 TYPE YYKEY03_C20,
       SRNO TYPE YYSRNO_N4,
       VALUE TYPE YYVALUE_C25,
      END OF GT_YCAT_PARAMS.
DATA: BEGIN OF GT_CABN OCCURS 0,
       ATINN LIKE CABN-ATINN,
       ATNAM LIKE CABN-ATNAM,
      END OF GT_CABN.
DATA: BEGIN OF GT_AUSP OCCURS 0,
       OBJEK LIKE AUSP-OBJEK,
       ATINN LIKE AUSP-ATINN,
       ATWRT LIKE AUSP-ATWRT,
      END OF GT_AUSP.
DATA: BEGIN OF GT_CUOBJ OCCURS 0,
      CUOBJ(18) TYPE C,
        CUOBJ TYPE OBJNUM,
      END OF GT_CUOBJ.
DATA: BEGIN OF GT_CAWN OCCURS 0,
        ATINN LIKE CAWN-ATINN,
        ATZHL LIKE CAWN-ATZHL,
        ATWRT LIKE CAWN-ATWRT,
     END OF GT_CAWN.
DATA: BEGIN OF GT_CAWNT OCCURS 0,
        ATINN LIKE CAWNT-ATINN,
        ATZHL LIKE CAWNT-ATZHL,
        SPRAS LIKE CAWNT-SPRAS,
        ATWTB LIKE CAWNT-ATWTB,
     END OF GT_CAWNT.
                      START-OF-SELECTION                             *
INITIALIZATION.
VARIANT = 'Display Options'.
RB1 = 'X'.
REPNAME = SY-REPID.
PERFORM BUILD_EVENTTAB USING EVENTS[].
PERFORM BUILD_LAYOUT .
PERFORM INITIALIZE_VARIANT.
AT SELECTION-SCREEN ON VALUE-REQUEST FOR P_VARI.
PERFORM F4_FOR_VARIANT.
AT SELECTION-SCREEN.
PERFORM PAI_OF_SELECTION_SCREEN.
END-OF-SELECTION.
PERFORM SELECT_DATA.
PERFORM PROCESS_DATA.
PERFORM FILTER_PATNER_DATA.
IF P_FILE = 'X'.
    PERFORM OUT_PUT_FILE.
ELSEIF P_SCREEN = 'X'.
    PERFORM FILED_CAT_LOG.
    PERFORM CREATE_ALV_LAYOUT.
PERFORM fill_events.
    PERFORM OUT_PUT_DATA.
ELSEIF P_MAIL = 'X'.
    PERFORM MAIL_RPT.
ENDIF.
*=================Start of Internal table Declaration===================
*===========
*&      Form SELECT_DATA
      sELECTING DATA FROM dATA bASE
FORM SELECT_DATA .
REFRESH R_PARVW.
R_PARVW-SIGN = 'I'.
R_PARVW-OPTION = 'EQ'.
IF NOT S_ZE[] IS INITIAL.
    R_PARVW-LOW = S_ZE-LOW.
    APPEND R_PARVW.
ENDIF.
IF NOT S_ZS[] IS INITIAL.
    R_PARVW-LOW = S_ZS-LOW.
    APPEND R_PARVW.
ENDIF.
IF NOT S_ZA[] IS INITIAL.
    R_PARVW-LOW = S_ZA-LOW.
    APPEND R_PARVW.
ENDIF.
IF NOT S_ZR[] IS INITIAL.
    R_PARVW-LOW = S_ZR-LOW.
    APPEND R_PARVW.
ENDIF.
IF NOT S_ZI[] IS INITIAL.
    R_PARVW-LOW = S_ZI-LOW.
    APPEND R_PARVW.
ENDIF.
R_PARVW-LOW = 'SH'.
APPEND R_PARVW.
sELECTING DATA FROM VBAK TABLE INTO INTERNAL TABLE GT_VBAK
SELECT VBELN ERDAT AUART
          VTWEG SPART KNUMV
          BSTNK BSTDK KUNNR
           ZOA_RECP_PLAN_DT
    INTO TABLE GT_VBAK
    FROM VBAK
          WHERE VBELN IN S_VBELN
          AND ERDAT IN S_ERDAT
          AND VBTYP = 'C'
          AND AUART IN S_AUART
          AND AUGRU IN S_AUGRU
          AND VKORG IN S_VKORG
          AND VTWEG IN S_VTWEG
          AND VKGRP IN S_VKGRP
          AND VKBUR IN S_VKBUR
          AND BSTNK IN S_BSTNK
          AND KUNNR IN S_KUNNR.
SORT GT_VBAK[] BY VBELN.
IF NOT GT_VBAK[] IS INITIAL.
Selecting data from VBAP into Internal tabl gt_vbap
    IF P_BLOCK = 'X' .
      SELECT VBELN   POSNR
              MATNR ABGRU
              MEINS   FAKSP
              NETWR KWMENG
              WERKS   LGORT
              ROUTE ZZWIDTH
              ZZKDMAT ZZBRAND
              ZZSPLDIA ZZCUST_REQDAT
              ZZCOATING ZZWEIGHT
              ZZWEIGHT_UMO
        INTO TABLE GT_VBAP
        FROM VBAP
        FOR ALL ENTRIES IN GT_VBAK
        WHERE VBELN = GT_VBAK-VBELN
        AND MATNR IN S_MATNR
        AND ABGRU <> ''
        AND WERKS IN S_WERKS
    ELSEIF P_PEN = 'X'.
      SELECT VBELN   POSNR
              MATNR ABGRU
              MEINS   FAKSP
              NETWR KWMENG
              WERKS   LGORT
              ROUTE ZZWIDTH
              ZZKDMAT ZZBRAND
              ZZSPLDIA ZZCUST_REQDAT
              ZZCOATING ZZWEIGHT
              ZZWEIGHT_UMO
        INTO TABLE GT_VBAP
        FROM VBAP
        FOR ALL ENTRIES IN GT_VBAK
        WHERE VBELN = GT_VBAK-VBELN
        AND MATNR IN S_MATNR
        AND FAKSP <> '10'
        AND WERKS IN S_WERKS.
    ELSE.
         SELECT VBELN   POSNR
              MATNR ABGRU
              MEINS   FAKSP
              NETWR KWMENG
              WERKS   LGORT
              ROUTE ZZWIDTH
              ZZKDMAT ZZBRAND
              ZZSPLDIA ZZCUST_REQDAT
              ZZCOATING ZZWEIGHT
              ZZWEIGHT_UMO
        INTO TABLE GT_VBAP
        FROM VBAP
        FOR ALL ENTRIES IN GT_VBAK
        WHERE VBELN = GT_VBAK-VBELN
        AND MATNR IN S_MATNR
        AND WERKS IN S_WERKS.
    ENDIF.
ENDIF.
IF P_PEN = 'X'.
   SELECT VBELN POSNR GBSTA FROM VBUP INTO TABLE GT_VBUP
          FOR ALL ENTRIES IN GT_VBAP
          WHERE VBELN = GT_VBAP-VBELN AND POSNR = GT_VBAP-POSNR AND
          GBSTA <> 'C'.
   SORT GT_VBUP[] BY VBELN.
   LOOP AT GT_VBAP.
     READ TABLE GT_VBUP WITH KEY VBELN = GT_VBAP-VBELN
                                 POSNR = GT_VBAP-POSNR.
     IF SY-SUBRC <> 0.
       DELETE GT_VBAP.
     ENDIF.
     CLEAR GT_VBUP.
   ENDLOOP.
    LOOP AT GT_VBAK.
      READ TABLE GT_VBAP WITH KEY VBELN = GT_VBAK-VBELN.
      IF SY-SUBRC <> 0.
        DELETE GT_VBAK.
      ENDIF.
      CLEAR GT_VBAP.
    ENDLOOP.
ENDIF.
IF NOT GT_VBAP[] IS INITIAL.
    GT_VBAP_INOB[] = GT_VBAP[].
SORT GT_VBAP_INOB[] BY MATNR.
DELETE ADJACENT DUPLICATES FROM GT_VBAP_INOB COMPARING MATNR.
SELECT * FROM INOB INTO TABLE GT_INOB
     WHERE KLART = '023'
         AND OBTAB = 'MARA'.
IF SY-SUBRC = 0.
   SELECT KEY01 KEY02 KEY03 SRNO VALUE
                 INTO TABLE Gt_YCAT_PARAMS
                 FROM YCAT_PARAMS
                             WHERE KEY01 = 'CHAR_NAME'
                             AND   KEY02 = 'ATNAM'
                             AND ( KEY03 = 'COLOR' OR KEY03 = 'COMPLEX' )
                             AND   SRNO = '0001'.
SELECT ATINN ATNAM INTO TABLE GT_CABN FROM CABN
                          WHERE ( ATNAM = 'COLOUR' OR ATNAM = 'COMPLEX' ).
LOOP AT GT_INOB.
GT_CUOBJ-CUOBJ = GT_INOB-CUOBJ.
APPEND GT_CUOBJ.
ENDLOOP.
SELECT OBJEK ATINN ATWRT
      INTO TABLE GT_AUSP FROM AUSP
         FOR ALL ENTRIES IN GT_CUOBJ
          WHERE OBJEK = GT_CUOBJ-CUOBJ.
         AND   ATINN = L_ATINN.
SELECT ATINN ATZHL ATWRT INTO TABLE GT_CAWN
        FROM CAWN FOR ALL ENTRIES IN GT_AUSP
          WHERE ATWRT = GT_AUSP-ATWRT.
SELECT ATINN ATZHL SPRAS ATWTB INTO TABLE GT_CAWNT
       FROM CAWNT FOR ALL ENTRIES IN GT_CAWN
          WHERE ATINN = GT_CAWN-ATINN
          AND   ATZHL = GT_CAWN-ATZHL
          AND SPRAS = 'EN'.
ENDIF.
Selecting data from VBeP into Internal tabl gt_vbep
    SORT GT_VBAP[] BY VBELN POSNR.
    SELECT VBELN POSNR
            ETENR EDATU
      INTO TABLE GT_VBEP
      FROM VBEP
      FOR ALL ENTRIES IN GT_VBAP
      WHERE VBELN = GT_VBAP-VBELN
      AND POSNR = GT_VBAP-POSNR
      AND EDATU IN S_EDATU
           AND BMENG <> 0.
    SELECT SPRAS ROUTE BEZEI
          INTO TABLE GT_TVROT
          FROM TVROT
         WHERE SPRAS = 'EN'.
ENDIF.
IF NOT GT_VBAP[] IS INITIAL.
    GT_VBAP_VBPA[] = GT_VBAP[].
    SORT GT_VBAP_VBPA[] BY VBELN.
    DELETE ADJACENT DUPLICATES FROM GT_VBAP_VBPA COMPARING VBELN.
Selecting data from VBPA into Internal tabl GT_VBPA
    IF NOT R_PARVW[] IS INITIAL.
      SELECT VBELN POSNR
             PARVW KUNNR
        INTO TABLE GT_VBPA
        FROM VBPA
        FOR ALL ENTRIES IN GT_VBAP_VBPA
        WHERE VBELN = GT_VBAP_VBPA-VBELN
        AND ( PARVW IN R_PARVW
        OR PARVW = 'WE' ).
    ELSE.
      SELECT VBELN POSNR
             PARVW KUNNR
        INTO TABLE GT_VBPA
        FROM VBPA
        FOR ALL ENTRIES IN GT_VBAP_VBPA
        WHERE VBELN = GT_VBAP_VBPA-VBELN
        AND ( PARVW = 'ZE'
        OR PARVW = 'ZS'
        OR PARVW = 'ZA'
        OR PARVW = 'ZR'
        OR PARVW = 'ZI' OR PARVW = 'WE' ).
    ENDIF.
ENDIF.
SORT GT_VBPA[].
GT_VBPA_KNA1[] = GT_VBPA[].
SORT GT_VBPA_KNA1[] BY KUNNR.
DELETE ADJACENT DUPLICATES FROM GT_VBPA_KNA1 COMPARING KUNNR.
IF NOT GT_VBPA_KNA1[] IS INITIAL.
    SELECT KUNNR NAME1 ORT01 FROM KNA1 INTO TABLE
           GT_KNA1_1 FOR ALL ENTRIES IN GT_VBPA_KNA1
            WHERE KUNNR = GT_VBPA_KNA1-KUNNR.
ENDIF.
Selecting data from VBKD into Internal tabl GT_VBKD
IF NOT GT_VBAK[] IS INITIAL.
    SELECT VBELN KDGRP
           INCO1 INCO2
           ZTERM STCUR
      INTO TABLE GT_VBKD
      FROM VBKD
      FOR ALL ENTRIES IN GT_VBAK
      WHERE VBELN = GT_VBAK-VBELN
      AND PRSDT <> ''.
Selecting data from VBFA into Internal table gt_vbfa
    IF P_PEN = 'X'.
        SELECT VBFAVBELV   VBFAPOSNV
                VBFAVBELN   VBFAPOSNN
                VBFAVBTYP_N VBFARFMNG
           INTO TABLE GT_VBFA
           FROM VBFA INNER JOIN
           VBAK ON VBFAVBELV = VBAKVBELN
           WHERE
           ( VBFA~VBTYP_N = 'J' OR
                 VBFA~VBTYP_N = 'R').
LOOP AT GT_VBFA.
     READ TABLE GT_VBAK WITH KEY VBELN = Gt_VBFA-VBELV.
       IF SY-SUBRC <> 0.
         DELETE GT_VBFA.
       ENDIF.
CLEAR GT_VBFA.
ENDLOOP.
     SELECT VBELV   POSNV
               VBELN   POSNN
               VBTYP_N RFMNG
          INTO TABLE GT_VBFA
          FROM VBFA
          FOR ALL ENTRIES IN GT_VBAK
          WHERE VBELV = GT_VBAK-VBELN
          AND ( VBTYP_N = 'J' OR
                VBTYP_N = 'R').
    ELSE.
      SELECT VBELV   POSNV
             VBELN   POSNN
             VBTYP_N RFMNG
        INTO TABLE GT_VBFA
        FROM VBFA
        FOR ALL ENTRIES IN GT_VBAK
        WHERE VBELV = GT_VBAK-VBELN
        AND VBTYP_N = 'J'.
    ENDIF.
    SORT GT_VBFA[].
    IF GT_VBFA[] IS NOT INITIAL.
      GT_VBFA_VBUK[] = GT_VBFA[].
      SORT GT_VBFA_VBUK[] BY VBELN.
      DELETE ADJACENT DUPLICATES FROM GT_VBFA_VBUK COMPARING VBELN.
      SELECT VBELN WBSTK FROM VBUK INTO TABLE GT_VBUK
           FOR ALL ENTRIES IN GT_VBFA_VBUK
              WHERE VBELN = GT_VBFA_VBUK-VBELN.
    ENDIF.
         -----------Selection data from KONv into Internal table gt_konv
    SORT GT_VBAK[] BY KNUMV.
    SELECT KNUMV KPOSN KSCHL
           KBETR WAERS KWERT
         INTO TABLE GT_KONV
         FROM KONV
         FOR ALL ENTRIES IN GT_VBAK
         WHERE KNUMV = GT_VBAK-KNUMV
         AND ( KSCHL = 'ZBAP'
              OR   KSCHL = 'JEXP'
              OR   KSCHL = 'JEDC'
              OR   KSCHL = 'JEDH'
              OR   KSCHL = 'ZJIP'
              OR   KSCHL = 'ZCOM'
              OR   KSCHL = 'JIVC'
              OR   KSCHL   = 'JFRE' ).
ENDIF.
IF NOT GT_VBAP[] IS INITIAL.
sELECING dATA FROM MSKA INTO INTERNAL TABLE GT_MSKA
    GT_VBAP_MSKA[] = GT_VBAP[].
    SORT GT_VBAP_MSKA[] BY MATNR WERKS VBELN POSNR.
    DELETE ADJACENT DUPLICATES FROM GT_VBAP_MSKA COMPARING MATNR WERKS VBELN POSNR.
    SELECT MATNR WERKS
            LGORT CHARG
            SOBKZ VBELN
            POSNR
            KALAB KAINS
      INTO TABLE GT_MSKA
      FROM MSKA
      FOR ALL ENTRIES IN GT_VBAP_MSKA
      WHERE MATNR = GT_VBAP_MSKA-MATNR
      AND WERKS = GT_VBAP_MSKA-WERKS
   AND LGORT = GT_VBAP-LGORT
      AND VBELN = GT_VBAP_MSKA-VBELN
      AND POSNR = GT_VBAP_MSKA-POSNR.
    SORT GT_MSKA[].
    DATA :BEGIN OF TMP_MATNR OCCURS 0,
           MATNR LIKE MARA-MATNR,
          END OF TMP_MATNR.
    LOOP AT GT_VBAP.
      TMP_MATNR-MATNR = GT_VBAP-MATNR.
      TMP_MATNR-MATNR+0(1) ='S'.
      APPEND TMP_MATNR.
    ENDLOOP.
    SORT TMP_MATNR[].
    DELETE ADJACENT DUPLICATES FROM TMP_MATNR COMPARING MATNR.
    SELECT MATNR
           WERKS
           LGORT
           LABST
      FROM MARD
      INTO TABLE GT_MARD
      FOR ALL ENTRIES IN TMP_MATNR
      WHERE MATNR = TMP_MATNR-MATNR."'SDX25000B040GC01'."GT_VBAP-MATNR.
ENDIF.
SORT GT_MARD[].
IF NOT GT_VBAK[] IS INITIAL.
    GT_VBAK_KNA1[] = GT_VBAK[].
    SORT GT_VBAK_KNA1[] BY KUNNR.
    DELETE ADJACENT DUPLICATES FROM GT_VBAK_KNA1 COMPARING KUNNR.
    SELECT KUNNR
                 NAME1
                 NAME2
                 ORT01
         FROM KNA1
         INTO TABLE GT_KNA1
         FOR ALL ENTRIES IN GT_VBAK_KNA1
         WHERE KUNNR = GT_VBAK_KNA1-KUNNR.
    SELECT KUNNR KLABC
      FROM KNVV
     INTO TABLE GT_KNVV
     FOR ALL ENTRIES IN GT_VBAK_KNA1
     WHERE KUNNR = GT_VBAK_KNA1-KUNNR.
ENDIF.
IF NOT GT_VBAP[] IS INITIAL.
    GT_VBAP_MAKT[] = GT_VBAP[].
    SORT GT_VBAP_MAKT[] BY MATNR.
    DELETE ADJACENT DUPLICATES FROM GT_VBAP_MAKT COMPARING MATNR.
    SELECT   MATNR
             SPRAS
             MAKTX
         FROM MAKT
         INTO TABLE GT_MAKT
         FOR ALL ENTRIES IN GT_VBAP_MAKT
         WHERE MATNR = GT_VBAP_MAKT-MATNR AND
               SPRAS = 'EN'.
    SELECT MATNR
           MVGR1
      FROM MVKE
      INTO TABLE GT_MVKE
      FOR ALL ENTRIES IN GT_VBAP_MAKT
      WHERE MATNR = GT_VBAP_MAKT-MATNR
      AND MVGR1 <> ''.
ENDIF.
IF NOT GT_MVKE[] IS INITIAL.
    GT_MVKE_TVM1T[] = GT_MVKE[].
    SORT GT_MVKE_TVM1T[] BY MVGR1.
    DELETE ADJACENT DUPLICATES FROM GT_MVKE_TVM1T COMPARING MVGR1.
    SELECT SPRAS MVGR1 BEZEI
        FROM TVM1T
        INTO TABLE GT_TVM1T
        FOR ALL ENTRIES IN GT_MVKE_TVM1T
        WHERE SPRAS = 'EN' AND
          MVGR1 = GT_MVKE_TVM1T-MVGR1.
ENDIF.
IF NOT GT_VBAK[] IS INITIAL.
    SELECT SPRAS
           SPART
           VTEXT
      FROM TSPAT
      INTO TABLE GT_TSPAT
      WHERE SPRAS = 'EN'.
    SELECT SPRAS
            VTWEG
            VTEXT
          FROM TVTWT
          INTO TABLE GT_TVTWT
          WHERE SPRAS = 'EN'.
    SELECT SPRAS AUART BEZEI
          FROM TVAKT
          INTO TABLE GT_TVAKT
          WHERE
           SPRAS = 'EN'.
ENDIF.
IF NOT GT_VBKD[] IS INITIAL.
    SELECT SPRAS KDGRP
           KTEXT
           FROM T151T
      INTO TABLE GT_T151T
    FOR ALL ENTRIES IN GT_VBKD
     WHERE SPRAS = 'EN' .
     AND
         KDGRP = GT_VBKD-KDGRP.
ENDIF.
IF NOT GT_VBKD[] IS INITIAL.
    SELECT SPRAS ZTERM TEXT1
      FROM T052U
      INTO TABLE GT_T052U
    FOR ALL ENTRIES IN GT_VBKD
      WHERE SPRAS = 'EN'.
      AND ZTERM = GT_VBKD-ZTERM.
ENDIF.
ENDFORM.                    " SELECT_DATA
*&      Form PROCESS_DATA
      text
--> p1        text
<-- p2        text
FORM PROCESS_DATA .
DATA : T_FLAG(2) TYPE C,
         J_AMT LIKE VBFA-RFMNG,
         M_AMT LIKE VBFA-RFMNG,
         R_AMT LIKE VBFA-RFMNG,
         N_AMT LIKE VBFA-RFMNG,
         JR_AMT LIKE VBFA-RFMNG,
         MN_AMT LIKE VBFA-RFMNG,
         TMP_WBSTK LIKE VBUK-WBSTK,
         SFG_MATNR LIKE MARD-MATNR.
LOOP AT GT_VBAP.
    CLEAR : GT_FINAL_DATA,
          J_AMT ,
         M_AMT ,
         R_AMT,
         N_AMT ,
         JR_AMT ,
         SFG_MATNR,
         MN_AMT .
    READ TABLE GT_VBAK WITH KEY VBELN = GT_VBAP-VBELN.
    IF SY-SUBRC = 0.
      GT_FINAL_DATA-KUNNR    = GT_VBAK-KUNNR.
      GT_FINAL_DATA-VBELN = GT_VBAK-VBELN.
      GT_FINAL_DATA-POSNR = GT_VBAP-POSNR.
      GT_FINAL_DATA-ABGRU = GT_VBAP-ABGRU.
    ENDIF.
    READ TABLE GT_KNA1 WITH KEY KUNNR = GT_VBAK-KUNNR.
    IF SY-SUBRC = 0.
      GT_FINAL_DATA-NAME = GT_KNA1-NAME1.
      GT_FINAL_DATA-ORT01 = GT_KNA1-ORT01.
    ENDIF.
    READ TABLE GT_KNVV WITH KEY KUNNR = GT_VBAK-KUNNR.
    IF SY-SUBRC = 0.
      GT_FINAL_DATA-KLABC = GT_KNVV-KLABC.
    ENDIF.
    IF SY-SUBRC = 0.
      READ TABLE GT_VBKD WITH KEY VBELN = GT_VBAK-VBELN.
      GT_FINAL_DATA-INCO1 = GT_VBKD-INCO1. "Incoterms (Part 1)
      GT_FINAL_DATA-INCO2 = GT_VBKD-INCO2. "Incoterms (Part 2)
      GT_FINAL_DATA-ZTERM = GT_VBKD-ZTERM. " Payment Term
    ENDIF.
    LOOP AT GT_MSKA WHERE MATNR = GT_VBAP-MATNR
                     AND    WERKS = GT_VBAP-WERKS
                     AND    LGORT = GT_VBAP-LGORT
                     AND    VBELN = GT_VBAP-VBELN
                     AND    POSNR = GT_VBAP-POSNR.
      GT_FINAL_DATA-KALAB = GT_FINAL_DATA-KALAB + GT_MSKA-KALAB. "Unrestricted-Use Stock
      GT_FINAL_DATA-KAINS = GT_FINAL_DATA-KAINS + GT_MSKA-KAINS. " Stock in Quality Inspection
    ENDLOOP.
    SFG_MATNR = GT_VBAP-MATNR.
    SFG_MATNR+0(1) ='S'.
    READ TABLE GT_MARD WITH KEY MATNR = SFG_MATNR
                           WERKS = GT_VBAP-WERKS
                       LGORT = 'SF01'.
   loop at gt_mard where MATNR = SFG_MATNR
                   and WERKS = GT_VBAP-WERKS.
    IF SY-SUBRC = 0.
      GT_FINAL_DATA-LABST =   GT_FINAL_DATA-LABST + GT_MARD-LABST . "Valuated Unrestricted-Use Stock
    ENDIF.
   endloop.
    GT_FINAL_DATA-MATNR = GT_VBAP-MATNR. "Matrial
    GT_FINAL_DATA-ZZKDMAT = GT_VBAP-ZZKDMAT. " Customer Mat. N

Hi Rajan,
There is a lot of scope for performance tuning the code:
1. Read statement should be with BINARY SEARCH
2. Select statement should have FIELDS in the same order as they exist in the table
3. Select statement where clause should have fields in same order as they exist in the table.
4. Internal tables seem to be having a huge number of fields. If possible, please limit the fields to only required fields in the internal table.
Best regards,
Prashant

The process WindowServer is constantly running at 10 % or more CPU utilization

It is causing the fans on my Macbook Pro to constantly run. How can I tell what is causing this? The acvitity monitor line reads:
Process Name - WindowServer
CPU% - (bounces between 7.8% and 10.5%)
CPU Time - 47:52.73 (as of this posting)
Threads - 5
Idle Wake Ups - 75
PID - 42387 (althought sometimes this says 116)
User - _window
Parent process is: launchd(1)
My system is:
Early 2011 MacBook Pro 2.3 Ghz Intel Core i7
8 GB 1333 MHz DDR3
512Gig SSD Drive
OSX 10.9.2
Any advice is appreciated. I am sure it's not good for my system to constantly be running this hot!
Thanks much!

Quote
Originally posted by Tiresmoke
Also what OS are you using. I used Win 2k Pro and C&C is worthless with it.
for me it's kinda worthless in XP too. none of the settings I set (in alarm thresholds) have any effect.

How to over come jlaunch process High CPU utilization

Hi ,
I am facing problem in Poratal Production system
Jlaunch process consuming more CPu utilization, Can you suggest me How to overcome this problem with out restart server
regards,
Balaram

Hi,
This is because of parameters of your J2ee engine are not optimized. Check SAP 723909 Java VM settings for J2EE 6.40/7.0 Prerequisite for performance optimization
Thanks
Sunny

Dbwr consuming high CPU after enabling DirectIO

Hi,
DBWR is consuming high CPU. After enabling DirectIO on Solaris SPARC 10, dbwr is eating away almost 1 CPU on a v440 machine i.e. 19% throughout the day. Neither of "buffer busy waits" or "write complete waits" or "free buffer waits" are in the top 5 wait events, which, to me, means that there is no buffer contention.
What I understand is that after enabling DirectIO, it takes longer for the IO to complete because pre-DirectIO it would return from the file system cache whereas now it has to return from the disk (and I do see at the OS level that IO has become slow), but should that result in dbwr consuming more CPU?
Infact after enabling DirectIO, IO has become very slow which is another problem and as a result log file writes have also become slow which is a 3rd problem. btw, I am aware that if there were many FTS, then DirectIO can make the system slow but there are no FTS in my case. Also, that SGA should be increased after enabling DirectIO, which has also been done.
Thanks

user12022918 wrote:
DBWR is consuming high CPU. After enabling DirectIO on Solaris SPARC 10, dbwr is eating away almost 1 CPU on a v440 machine i.e. 19% throughout the day. 19% is less than 1/5th of a CPU. Or are you referring to a 100% being all 4 CPUs?
What I understand is that after enabling DirectIO, it takes longer for the IO to complete because pre-DirectIO it would return from the file system cache whereas now it has to return from the disk Incorrect. See directio for details.
Yes, removing the file system cache from the I/O layer for a device can reduce I/O performance if the caller does not perform its own caching. However, direct I/O will eliminate the system cache overheads (and associated CPU resources needed) from a caller (like Oracle) that implements its own sophisticated buffer cache.
Direct I/O should therefore increase Oracle I/O performance and decrease resource footprint as it eliminates the need for the kernel to maintain a cache for that device.
Infact after enabling DirectIO, IO has become very slow which is another problem and as a result log file writes have also become slow which is a 3rd problem. Direct I/O, as per the Sun docs, is an advisory call. It may not place that device in direct I/O modes. It may result in partial direct I/O. So you need to make sure exactly what happens and how successful (partial or complete) this setting was.
btw, I am aware that if there were many FTS, then DirectIO can make the system slow but there are no FTS in my case. FTS (multi block reads/large sequential reads) is slower? This is contrary to Sun's docs that state:
Large sequential I/O generally performs best with DIRECTIO_ON, except when a file is sparse or is being extended and is opened with O_SYNC or O_DSYNC.

Urgt:How to identify TOP 5 SQL using more CPU time without using statspack

How to identify the TOP 5 SQL queries which are consuming more CPU time during the timespan of 24 hours for entire database. There are N number of users who have issued sql queries, out of which few users have disconnected and few user are still connected to the database(I need to consider all sessions). My database version is 9.0.1. I don't want to use statspack. Is there any way to identify TOP 5 SQL consuming more CPU time without affecting the performance of the database. Can any one help me on this? Its urgent!!. I don't want to use statspack becasue it degrades the performance and i cannot afford to run it for 24 hours.

You don't run statspack for 24 hours, that would infact be pointless...
Run statspack for say a 10 or 15 minute window during a particular "busy" period on your database. If you run it for longer then all the useful data will have been "averaged out". You want a snapshot in time, not an average over the day.

Allocate more cpu

We have a test server that has 1 database.
OS: Win2k3
DB: 10gR2
We have a handful of users or less on that test server at any given time. I am running a query against a huge view (about 50 million records); and it's taking forever. The host CPU utilization is only ranging at 11% - 13%.
resource_limit on the database is FALSE. No profiles limiting resources were created on test server.
No one is using the machine right now and it's driving me nuts to think I can only utilize 11-13% of the machine's brains.
So, my question is,
1) will allocating more cpu utilization (especially when no one else is using it) improve my query run-time?
2) if so, how do I do it?

We have a handful of users or less on that test server at any given time. I am running a
query against a huge view (about 50 million records); and it's taking forever. The host CPU utilization is only ranging at 11% - 13%.
resource_limit on the database is FALSE. No profiles limiting resources were created on test server.
No one is using the machine right now and it's driving me nuts to think I can only utilize 11-13% of the machine's brains.It's not the brains, it's the brawn.
So, my question is,
1) will allocating more cpu utilization (especially when no one else is using it) improve my query run-time?
2) if so, how do I do it?How many discs on your test server? Please, oh please tell me the same as on prod!
Paul...

Email alerts if the free drive space is less than 50 GB and CPU utilization is more than 95%

Hi all,
I am new to SQl servers , Can someone please explain how can I add email alert to my Sq l server box for following scenarios.
Drive free space is less than 50GB.
CPU utilization is more than 95%
Any help would be much appreciated.

Try with Powershell and scheduled it to run from task scheduler
Refer below links for more information
https://www.simple-talk.com/sysadmin/powershell/disk-space-monitoring-and-early-warning-with-powershell/
http://sqlpowershell.wordpress.com/2013/07/11/powershell-get-cpu-details-and-its-usage-2/
--Prashanth

Syslogd Consuming more CPU utilization in Solaris 10

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