I need sample ABAP Z FM for Crystal

Hi,
I need sample ABAP Z FM for Crystal eg. if we pass PO# , it will return PO Detail.
Thanks,
Kaleel

Hi,
in case you are looking for the exact sample, then this is most likely the wrong forum. if you looking for sample ABAP Functions working with Crystal Reports you can use the functions from the SFLIGHT model.
Ingo

Similar Messages

Needs sample ABAP code for field routine

Dear Expert,
There is a field "Pay Scale Group" in my DSO which stores the data in the format
AA1/B1/CCC2/DD2/EEE1, A1/BB2/CC2/DDD3/EE2 etc. These data has to be transferred to
InfoCube where "pay Scale Group" in the InfoCube will store the data like EEE1,EE2 etc.
I need to write a field routine on the transformation between DSO and Cube.
Can any one please help me with the sample ABAP code for this scenario.
Some more examples for better understanding of the requirement:-
Data in DSO(Source)            Data in Cube(Target)
===================            ===================
AA1/B1/CCC2/DD2/EEE1            EEE1
AAA1/BB2/CC1/DDD3/EE2           EE2
A2/BBB2/CC2/DDD3/EEE5           EEE5
AA2/BB1/C1/DDD3/EE3             EE3
A3/B1/CC2/DDD1/EE4              EE4
Many thanks in advance.
Regards,
Prakash
Please do not dump your code requirements in SDN
Edited by: Pravender on May 18, 2011 11:37 AM

Hi,
You can use the following code :
Suppose the technical name of the field coming from DSO is ZPAY_SGRP.
And also for example let me take one record, that is ZPAY_SGRP = AA1/B1/CCC2/DD2/EEE1 .
My assumption is that there will always be 4 '/'.
In the field routine write the below code
data: V1(5) type c,
          V2(5) type c,
         V3(5) type c,
          V4(5) type c,
         V5(5) type c.
data : VAR1 TYPE /BIC/OIZPAY_SGRP.
split VAR 1 at '/' into V1 V2 V3 V4 V5.
result = V5.
V5 will be having the characters after the last '/' .That is V5 = EEE1.
Hope the above reply was helpful.
Kind Regards,
Ashutosh Singh
Edited by: Ashutosh Singh on May 17, 2011 3:53 PM
Edited by: Ashutosh Singh on May 17, 2011 4:17 PM

Do I need a new product key for Crystal Reports XI Release 2?

Post Author: jerryk
CA Forum: .NET
Hi,
We have Crystal Reports XI and the associated product key. However, we have moved from .Net framework 2.0 and VS 2005. As a part of this upgrade we downloaded and installed Crystal Reports XI Release 2. It works fine in development mode, but when we try to install a web site with the CR XI Release 2 server it asks for a product key. When I enter the key we have it says the key is incorrect. Do we need a new key?
Thanks,
Jerry

Post Author: mewdied
CA Forum: .NET
No you do not need a different keycode. The original msi file that shipped with XI release 2 did not accept XI keycodes, the updated one available off the website will.http://support.businessobjects.com/downloads/merge_modules.asp#06
Make sure you use the one ending in 2005.

Need sample code in webdynpro for java

Hi all
actually i have one webdynpro form which is having multiple input elements. for example name,address,phoneno,price quantity and amount. and there is update button for that form.
when i click the update button the multiplication of quantity and price value will be updated by in one input field which is part of the another webdynpro form is part of the same view.
i want to update the input field in another form only when i change the value of either price or quantity otherwise the value of inputfield in another form should be same.
now how do we retrieve the event of either price or quantity inputfield which only changes rather than changes of name or adreess.
only when i modify the value of price or quantity in form and updated button then only the multiplication will be reflected in inputfield of another form.i dont want to reflect that inputfield of another form when i changes of other inputfields except price or quantity.
please provide the sample code on the same...especially how to retrieve the event of that price or quantity in a form..
Regards
Suresh babu

Hi Suresh,
please post your issue to the Web Dynpro forum.
Greetings,
Carsten

Where do i get sample abap report functional specification with coding

hai
please help me.
i need sample abap functional spec with tech spec and also coing with doc file format.
please reply
thanks in advance
by
ashokkumar

hi
thanks for reply.
this is my email id. please send some sample functional specification .
[email protected]
[email protected]
thanks in advance.

Need sample programs for inbound & outbound interfaces in abap hr?

hi friends
i need sample programs for inbound & outbound interface programs in hr abap . any one send me pls
thanks & regards
deepurd

&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
*& Report ZPROG65_11 *
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
REPORT zprog65_11 .
TABLES : lfa1.
TYPES : BEGIN OF ven ,
lifnr LIKE rf02k-lifnr,
bukrs LIKE rf02k-bukrs ,
ekorg LIKE rf02k-ekorg,
ktokk LIKE rf02k-ktokk,
name1 LIKE lfa1-name1,
sortl LIKE lfa1-sortl,
land1 LIKE lfa1-land1,
spars LIKE lfa1-spras,
akont LIKE lfb1-akont,
fdgrv LIKE lfb1-fdgrv,
waers LIKE lfm1-waers,
anred LIKE lfa1-anred ,
END OF ven .
DATA : t_ven TYPE TABLE OF ven WITH HEADER LINE ,
t_bdc LIKE TABLE OF bdcdata WITH HEADER LINE .
DATA : v_file TYPE string ,
v_temp TYPE i ,
v_lifnr(10) TYPE n,
v_hdate LIKE sy-datum.
DATA : c_tcode LIKE sy-tcode .u201Dvalue u2018XK01u2032.
PARAMETERS : p_file(30) DEFAULT u2018c:\vendor1_11.txtu2019,
p_group LIKE apqi-groupid.
START-OF-SELECTION .
MOVE p_file TO v_file .
PERFORM file_upload TABLES t_ven USING v_file .
v_hdate = sy-datum - 1.
CALL FUNCTION u2018BDC_OPEN_GROUPu2019
EXPORTING
client = sy-mandt
DEST = FILLER8
group = p_group
holddate = v_hdate
keep = u2018Xu2019
user = sy-uname
IMPORTING
QID =
EXCEPTIONS
client_invalid = 1
destination_invalid = 2
group_invalid = 3
OTHERS = 11
IF sy-subrc 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
LOOP AT t_ven .
clear lfa1.
v_temp = 0.
MOVE t_ven-lifnr TO v_lifnr.
SELECT SINGLE * FROM lfa1 INTO lfa1 WHERE lifnr =
v_lifnr.
IF sy-subrc = 0.
WRITE :/ u2018foundu2019.
v_temp = 1.
else.
write: / u2018not foundu2019.
ENDIF.
IF v_temp = 0.
c_tcode = u2018xk01u2032.
PERFORM fill_ddc_table .
ELSEIF v_temp = 1.
c_tcode = u2018xk02u2032.
PERFORM fill_bdc_table .
ENDIF.
CALL FUNCTION u2018BDC_INSERTu2019
EXPORTING
tcode = c_tcode
TABLES
dynprotab = t_bdc
EXCEPTIONS
internal_error = 1
OTHERS = 7.
REFRESH t_bdc .
ENDLOOP .
CALL FUNCTION u2018BDC_CLOSE_GROUPu2019
EXCEPTIONS
not_open = 1
queue_error = 2
OTHERS = 3.
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
*& Form file_upload
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
u2013>P_T_VEN text
u2013>P_V_FILE text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
FORM file_upload TABLES p_tven STRUCTURE t_ven
USING p_vfile.
CALL FUNCTION u2018GUI_UPLOADu2019
EXPORTING
filename = p_vfile
filetype = u2018ASCu2019
has_field_separator = u2018Xu2019
IMPORTING
FILELENGTH =
HEADER =
TABLES
data_tab = p_tven
EXCEPTIONS
file_open_error = 1
file_read_error = 2
OTHERS = 17
IF sy-subrc 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF.
ENDFORM. u201D file_upload
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
*& Form FILL_DDC_TABLE
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
u2013> p1 text
<u2013 p2 text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
FORM fill_ddc_table .
SCREN 100
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180100u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-LIFNRu2019.
t_bdc-fval = t_ven-lifnr .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-BUKRSu2019.
t_bdc-fval = t_ven-bukrs.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-EKORGu2019.
t_bdc-fval = t_ven-ekorg.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-KTOKKu2019.
t_bdc-fval = t_ven-ktokk.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
110
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180110u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-NAME1u2032.
t_bdc-fval = t_ven-name1 .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-SORTLu2019.
t_bdc-fval = t_ven-sortl.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-LAND1u2032.
t_bdc-fval = t_ven-land1.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-SPRASu2019.
t_bdc-fval = t_ven-spars.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
120
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180120u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
130
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180130u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018=ENTRu2019.
APPEND t_bdc. CLEAR t_bdc.
210
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180210u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFB1-AKONTu2019.
t_bdc-fval = t_ven-akont .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFB1-FDGRVu2019.
t_bdc-fval = t_ven-fdgrv.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
215
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180215u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
220
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180220u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
310
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180310u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFM1-WAERSu2019.
t_bdc-fval = t_ven-waers .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
320
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180320u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018=UPDAu2019.
APPEND t_bdc. CLEAR t_bdc.
ENDFORM. u201CFILL_DDC_TABLE
u201D FILL_DDC_TABLE
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
*& Form FILL_BDC_TABLE
&u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014
text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
u2013> p1 text
<u2013 p2 text
u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014u2014-
FORM fill_bdc_table .
SCREN 101
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180101u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-LIFNRu2019.
t_bdc-fval = t_ven-lifnr .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-BUKRSu2019.
t_bdc-fval = t_ven-bukrs.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018RF02K-EKORGu2019.
t_bdc-fval = t_ven-ekorg.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
110
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180110u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018lfa1-anredu2019.
t_bdc-fval = t_ven-anred .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-NAME1u2032.
t_bdc-fval = t_ven-name1 .
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-SORTLu2019.
t_bdc-fval = t_ven-sortl.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-LAND1u2032.
t_bdc-fval = t_ven-land1.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018LFA1-SPRASu2019.
t_bdc-fval = t_ven-spars.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018/00u2032.
APPEND t_bdc. CLEAR t_bdc.
300
t_bdc-program = u2018SAPMF02Ku2019.
t_bdc-dynpro = u20180300u2032.
t_bdc-dynbegin = u2018Xu2019.
APPEND t_bdc. CLEAR t_bdc.
t_bdc-fnam = u2018BDC_OKCODEu2019.
t_bdc-fval = u2018=YESu2019.
APPEND t_bdc. CLEAR t_bdc.
ENDFORM. u201D FILL_BDC_TABLE
Best Regards

Sample ABAP code for userexits, and calling bapi's

Hi,
Can someone please send me sample ABAP code
1) to do extractor enhancement using user exit.
2) ABAP program to call BAPI to read live cache order series data in SNP and write to Idocs through some ports.
3) ABAP routine to generate file name (based on date/country)in the infopackage to upload flatfiles.
Thank you very much in advance and appreciate any help.
Regards
Prasad

hai ,
check this code...
*& Tables
tables : tstc,     "SAP Transaction Codes
         tadir,    "Directory of Repository Objects
         modsapt, "SAP Enhancements - Short Texts
         modact,   "Modifications
         trdir,    "System table TRDIR
         tfdir,    "Function Module
         enlfdir, "Additional Attributes for Function Modules
         tstct.    "Transaction Code Texts
*& Variables
data : jtab like tadir occurs 0 with header line.
data : field1(30).
data : v_devclass like tadir-devclass.
*& Selection Screen Parameters
selection-screen begin of block a01 with frame title text-001.
selection-screen skip.
parameters : p_tcode like tstc-tcode obligatory.
selection-screen skip.
selection-screen end of block a01.
*& Start of main program
start-of-selection.
Validate Transaction Code
select single * from tstc
    where tcode eq p_tcode.
Find Repository Objects for transaction code
if sy-subrc eq 0.
    select single * from tadir
       where pgmid    = 'R3TR'
         and object   = 'PROG'
         and obj_name = tstc-pgmna.
    move : tadir-devclass to v_devclass.
    if sy-subrc ne 0.
      select single * from trdir
         where name = tstc-pgmna.
      if trdir-subc eq 'F'.
        select single * from tfdir
          where pname = tstc-pgmna.
        select single * from enlfdir
          where funcname = tfdir-funcname.
        select single * from tadir
          where pgmid    = 'R3TR'
            and object   = 'FUGR'
            and obj_name = enlfdir-area.
        move : tadir-devclass to v_devclass.
      endif.
    endif.
Find SAP Modifactions
    select * from tadir
      into table jtab
      where pgmid    = 'R3TR'
        and object   = 'SMOD'
        and devclass = v_devclass.
    select single * from tstct
      where sprsl eq sy-langu
        and tcode eq p_tcode.
    format color col_positive intensified off.
    write:/(19) 'Transaction Code - ',
    20(20) p_tcode,
    45(50) tstct-ttext.
    skip.
    if not jtab[] is initial.
      write:/(95) sy-uline.
      format color col_heading intensified on.
      write:/1 sy-vline,
      2 'Exit Name',
      21 sy-vline ,
      22 'Description',
      95 sy-vline.
      write:/(95) sy-uline.
      loop at jtab.
        select single * from modsapt
        where sprsl = sy-langu and
        name = jtab-obj_name.
        format color col_normal intensified off.
        write:/1 sy-vline,
        2 jtab-obj_name hotspot on,
        21 sy-vline ,
        22 modsapt-modtext,
        95 sy-vline.
      endloop.
      write:/(95) sy-uline.
      describe table jtab.
      skip.
      format color col_total intensified on.
      write:/ 'No of Exits:' , sy-tfill.
    else.
      format color col_negative intensified on.
      write:/(95) 'No User Exit exists'.
    endif.
else.
    format color col_negative intensified on.
    write:/(95) 'Transaction Code Does Not Exist'.
endif.
Take the user to SMOD for the Exit that was selected.
at line-selection.
get cursor field field1.
check field1(4) eq 'JTAB'.
set parameter id 'MON' field sy-lisel+1(10).
call transaction 'SMOD' and skip first screen.

Do I need a new license for Crystal Reports Release 2?

Post Author: jerryk
CA Forum: Upgrading and Licensing
Hi,
We have a license for Crystal Report XI. However we need Crystal Reports Release 2 since we are using .Net 2.0. I just tried installing the Crystal Reports Server on out test web server and it would not accept the license key we have. Do we need to get a new key?
jerry

Post Author: colin mackenzie
CA Forum: Upgrading and Licensing
Hey jerryk.
Check out this URL.
It will help.
http://www.businessobjects.com/products/reporting/crystalreports/xi_release_2.asp

Need abap documenation specifically for SAP BW only.

Hi,
I want to learn abap specifically for SAP BW only...How much abap should i know to do bw work....and where i can find documentation of abap related to sap bw 3.5 and 7.0 version.
Regards
Yogee.

HI
generally we used the ABAP code to write Start Routines, End Routines or Individual Update Routines also exits which include variable exits.
If you are totally unaware of the programing languages then better start learing ABAP with basic statements includes IF ELSE LOOP CASE ENDCASE etc.
And then switch to learn how to use this statement to develop the logic.
In BI, the basic knowledge of ABAP is sufficient, u need not go for deep and detail study, belive me its easier than BI.
Go to ABAP forum check for any good ABAP learning materail and start working on that.
Any query please revert back. send ur mail id to me, if possible ll send u some document for ABAP.
Thank-You.
Regards,
Vinod

Need sample program OO abap alv using hotspot( interactive report)

need sample program on Object Oriented program using alv interactive report.

*& Report Z8VM_N_PO_PRICING_CONDITION *
REPORT Z8VM_N_PO_PRICING_CONDITION NO STANDARD PAGE HEADING
MESSAGE-ID Z8VM.
vivekanand meghmala
trial assignment
po with pricing condition interactive report with checkbox
data declaration
TYPES : BEGIN OF STRUCT_EKKO, "po header
BUKRS LIKE T001-BUKRS,
EBELN LIKE EKKO-EBELN,
BSART LIKE EKKO-BSART,
BEDAT LIKE EKKO-BEDAT,
EKORG LIKE EKKO-EKORG,
WAERS LIKE EKKO-WAERS,
LIFNR LIKE EKKO-LIFNR,
KNUMV LIKE EKKO-KNUMV,
END OF STRUCT_EKKO.
TYPES : BEGIN OF STRUCT_EKPO, "po details
EBELN LIKE EKPO-EBELN,
EBELP LIKE EKPO-EBELP,
MATNR LIKE EKPO-MATNR,
END OF STRUCT_EKPO.
TYPES : BEGIN OF STRUCT_KONV,
KNUMV LIKE KONV-KNUMV,
KPOSN LIKE KONV-KPOSN,
KSCHL LIKE KONV-KSCHL,
KAWRT LIKE KONV-KAWRT,
KBETR LIKE KONV-KBETR,
END OF STRUCT_KONV.
DATA : IT_EKKO TYPE STANDARD TABLE OF STRUCT_EKKO WITH HEADER LINE.
DATA : IT_EKPO TYPE STANDARD TABLE OF STRUCT_EKPO WITH HEADER LINE.
DATA : IT_KONV TYPE STANDARD TABLE OF STRUCT_KONV WITH HEADER LINE.
PARAMETERS : T_BUKRS LIKE EKKO-BUKRS .
SELECT-OPTIONS : S_BEDAT FOR IT_EKKO-BEDAT.
SELECT-OPTIONS : S_EKORG FOR IT_EKKO-EKORG.
validations
AT SELECTION-SCREEN.
IF T_BUKRS = ' '.
MESSAGE E009.
ENDIF.
SELECT BUKRS FROM T001
INTO CORRESPONDING FIELDS OF IT_EKKO
WHERE BUKRS = T_BUKRS.
EXIT.
ENDSELECT.
IF SY-SUBRC 0.
MESSAGE E001.
ENDIF.
logic
START-OF-SELECTION.
SELECT BUKRS
EBELN
BSART
BEDAT
EKORG
WAERS
LIFNR
KNUMV FROM EKKO INTO CORRESPONDING FIELDS OF TABLE IT_EKKO
WHERE BUKRS = T_BUKRS
AND BEDAT IN S_BEDAT
AND EKORG IN S_EKORG.
SELECT EBELN
EBELP
MATNR FROM EKPO INTO CORRESPONDING FIELDS OF IT_EKPO
FOR ALL ENTRIES IN IT_EKKO WHERE EBELN = IT_EKKO-EBELN.
APPEND IT_EKPO.
ENDSELECT.
LOOP AT IT_EKPO.
SELECT KNUMV
KPOSN
KSCHL
KAWRT
KBETR FROM KONV INTO CORRESPONDING FIELDS OF IT_KONV
WHERE KPOSN = IT_EKPO-EBELP.
APPEND IT_KONV.
ENDSELECT.
ENDLOOP.
*data printing
LOOP AT IT_EKKO.
WRITE :/ IT_EKKO-BUKRS,IT_EKKO-EBELN,IT_EKKO-BSART,IT_EKKO-BEDAT,
IT_EKKO-EKORG,IT_EKKO-WAERS,IT_EKKO-LIFNR,IT_EKKO-KNUMV.
LOOP AT IT_EKPO WHERE EBELN = IT_EKKO-EBELN.
WRITE :/ IT_EKPO-EBELP,IT_EKPO-MATNR.
LOOP AT IT_KONV.
WHERE KPOSN = IT_EKPO-EBELN.
WRITE :/ IT_KONV-KNUMV COLOR 3,IT_KONV-KPOSN COLOR 3,IT_KONV-KSCHL COLOR 3,IT_KONV-KAWRT COLOR 3,IT_KONV-KBETR COLOR 3.
ENDLOOP.
ENDLOOP.
ENDLOOP.[/code]
thanks
reward if helpful

Need Direction to Edit Custom Reports for Crystal 8.5

Hi,
I'm pretty new to crystal and I have the need to edit a few of our custom reports. I have a report called "Summary of Transactions by Dept". This pulls the data and then groups the information by dept. I want to have it pull the same data but with a minor tweak, I need to have it grouped by job.
I added the "Job" table and then I linked it to a "tran" table. I'm pretty sure I linked the tables correctly, I looked at how the "dept" table was linked and did the same.
I then changed the groups to group by "job description". When I try and refresh the data I get nothing. Can anyone explain why this happens?

Thanks for your help guys... I figured out that I needed to "set the location" for the report. It needed to look at the database that the program was looking at. I appreciate the help.
I have a new problem I am trying to solve. I was able to create the custom report that I needed, but with one problem. The report is a Transaction summary by Job Description report. The issue is that the data being pulled for past transactions is using the current item pricing (past prices were less expensive). This is only a problem if the item existed at another price in the past. So when you total the item cost it shows up more expensive then it really was on some items.
Ex. Item123
On 05/01/2008 cost $4.00
Current pricing for the item is $5.00
When I run the report for 05/01/2008 - 05/31/2008, asssuming I used 2 pieces. The report generates a total cost of $10.00 (when it really only cost $8.00 because that was the cost at the time of issue.)
Any idea's?

Sample Database for Crystal Reports 2013

Please let me know where to find the Xtreme Mountain Bike sample database for Crystal Reports 2013. I have search everywhere I can think of without success. The sample database was not included in the trial-version download. Thanks very much, SRS

And a few more sample reports are here:
http://scn.sap.com/docs/DOC-50471
- Ludek
Senior Support Engineer AGS Product Support, Global Support Center Canada
Follow us on Twitter

Where to download the crdb_jdbc.dll file ??? - Needed for Crystal report ..

Hi Friends ,
Where to download the crdb_jdbc.dll file ??? - Needed for Crystal report ..which is missing for me ...
i searched in many sites .. but this only dll file is missing ..
can any one help me out ..

itsdhanasaraa wrote:
Hi Friends ,
Where to download the crdb_jdbc.dll file ??? - Needed for Crystal report ..which is missing for me ...
i searched in many sites .. but this only dll file is missing ..
can any one help me out ..Ask at where ever you bought the software from.
Let me guess, you didn't buy it, did you?

Needed sample program for emailing the report output

hi all,
neede sample program for emailing the report output

Hi,
Please refer this program for sending e-mail with attachment.
***INCLUDE ZHZLPP_CLZSN_DAILY_MIS_PRINT .
*&      Form print
*       text
* --> p1        text
* <-- p2        text
FORM print .
DATA: wa_output_options     TYPE ssfcompop,
         wa_control_parameters TYPE ssfctrlop,
         t_otfdata             TYPE ssfcrescl,
         t_pdf_tab             TYPE TABLE OF tline WITH HEADER LINE.
DATA: t_otf TYPE itcoo OCCURS 0 WITH HEADER LINE.
DATA: w_filesize TYPE i.
DATA: w_bin_filesize TYPE i.
DATA: i_otf TYPE itcoo OCCURS 0 WITH HEADER LINE,
i_tline TYPE TABLE OF tline WITH HEADER LINE,
v_form_name TYPE rs38l_fnam,
v_len_in LIKE sood-objlen,
w_return TYPE ssfcrescl.
DATA : l_mean TYPE p DECIMALS 2,
         l_mean1 TYPE p DECIMALS 2,
         l_mean2 TYPE p DECIMALS 2,
         l_mean3 TYPE p DECIMALS 4,
         temp    TYPE p DECIMALS 2,
         v_header LIKE zmisdisp3-remark,
         disp_d_kwh_mt TYPE zmisdisp5,
         disp_m_kwh_mt TYPE zmisdisp5,
         disp_d_mt_mw TYPE zmisdisp5,
         disp_m_mt_mw TYPE zmisdisp5,
         l_bptarget(16) TYPE p DECIMALS 2,
         l_act_d(16)    TYPE p DECIMALS 2,
         l_act_c(16)    TYPE p DECIMALS 2,
         l_pow_gen      TYPE p DECIMALS 2,
         l_pow_gen_d    TYPE p DECIMALS 2,
         l_pow_gen_c    TYPE p DECIMALS 2,
         l_no_of_days   TYPE p,
         disp_bptarget TYPE zmisdisp5,
         disp_act_d     TYPE zmisdisp5,
         disp_act_c     TYPE zmisdisp5,
         disp_d_kwh     TYPE zmisdisp5,
         disp_c_kwh     TYPE zmisdisp5,
         disp_d_mw      TYPE zmisdisp5,
         disp_c_mw      TYPE zmisdisp5,
         disp_pow_gen_d TYPE zmisdisp5,
         disp_pow_gen_c TYPE zmisdisp5,
         disp_pow_gen   TYPE zmisdisp5,
         disp_ftd_h1    TYPE zmisdisp5,
         disp_ftd_h2    TYPE zmisdisp5,
         disp_ftd_h3    TYPE zmisdisp5,
         disp_ftd_h4    TYPE zmisdisp5,
         disp_ftd_h5    TYPE zmisdisp5,
         disp_ftd_o1    TYPE zmisdisp5,
         disp_ftd_o2    TYPE zmisdisp5,
         disp_ftd_o4    TYPE zmisdisp5,
         disp_ftd_o5    TYPE zmisdisp5,
         disp_***_o1    TYPE zmisdisp5,
         disp_***_o2    TYPE zmisdisp5,
         disp_***_o4    TYPE zmisdisp5,
         disp_***_o5    TYPE zmisdisp5,
         disp_cath_d    TYPE zmisdisp5,
         disp_cath_c    TYPE zmisdisp5,
         disp_anode_d   TYPE zmisdisp5,
         disp_anode_c   TYPE zmisdisp5,
         l_rec_con_d_kwh(16) TYPE p DECIMALS 2,
         l_rec_con_c_kwh(16) TYPE p DECIMALS 2,
         l_rec_con_d_mw(16) TYPE p DECIMALS 2,
         l_rec_con_c_mw(16) TYPE p DECIMALS 2,
         tot_kah      TYPE p DECIMALS 2,
         avg_kah      TYPE p DECIMALS 2,
         disp_tot_kah TYPE zmisdisp5,
         disp_avg_kah TYPE zmisdisp5,
         v_ftd_h1 TYPE p DECIMALS 2,
         v_ftd_h2 TYPE p DECIMALS 2,
         v_ftd_h3 TYPE p DECIMALS 2,
         v_ftd_h4 TYPE p DECIMALS 2,
         v_ftd_h5 TYPE p DECIMALS 2,
         v_ftd_o1 TYPE p DECIMALS 2,
         v_ftd_o2 TYPE p DECIMALS 2,
         v_ftd_o4 TYPE p DECIMALS 2,
         v_ftd_o5 TYPE p DECIMALS 2,
         v_***_o1 TYPE p DECIMALS 2,
         v_***_o2 TYPE p DECIMALS 2,
         v_***_o4 TYPE p DECIMALS 2,
         v_***_o5 TYPE p DECIMALS 2,
         l_cdiff1 LIKE imrg-cdiff,
         l_cdiff2 LIKE imrg-cdiff,
         l_cdiff3 LIKE imrg-cdiff,
         l_cdiff4 LIKE imrg-cdiff,
         l_path   LIKE rlgrap-filename,
         l_flag.
DATA :prod_disp TYPE TABLE OF zmisdisp1 WITH HEADER LINE,
        keyp_disp TYPE TABLE OF zmisdisp2 WITH HEADER LINE,
        keyp_dis1 TYPE TABLE OF zmisdisp2 WITH HEADER LINE,
        rmat_disp TYPE TABLE OF zmisdisp4 WITH HEADER LINE,
        rcur_disp TYPE TABLE OF zmisdisp6 WITH HEADER LINE,
        rhrs_disp TYPE TABLE OF zmisdisp4 WITH HEADER LINE,
        brkd_disp TYPE TABLE OF zmisdisp7 WITH HEADER LINE.
DEFINE fill_kpp.
    clear l_flag.
    loop at it_mic_data where kurztext = &1.
      l_mean1 = it_mic_data-mittelwert.
      l_mean = it_mic_data-mean.
      if l_flag = ' '.
        move : &2                     to keyp_disp-desc,
               l_mean1                to keyp_disp-ftd.
        if     it_mic_data-kurztext = 'Ingot Pb SHG Zinc'.
          l_mean2 = v_mean_pbshg.
          move   l_mean2                to keyp_disp-avg.
        elseif it_mic_data-kurztext = 'Ingot Cu SHG Zinc'.
          l_mean2 = v_mean_cushg.
          move   l_mean2                to keyp_disp-avg.
        elseif it_mic_data-kurztext = 'Ingot Cd SHG Zinc'.
          l_mean2 = v_mean_cdshg.
          move   l_mean2                to keyp_disp-avg.
        elseif it_mic_data-kurztext = 'Ingot Fe SHG Zinc'.
          l_mean2 = v_mean_feshg.
          move   l_mean2                to keyp_disp-avg.
        elseif it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
          l_mean2 = v_mean_znshg.
          move   l_mean2                to keyp_disp-avg.
        else.
          move   l_mean                 to keyp_disp-avg.
        endif.
        if     it_mic_data-masseinhsw = 'GLI'.
          move 'g/l'                  to keyp_disp-unit.
        elseif it_mic_data-masseinhsw = 'PPM'.
          move 'ppm'                  to keyp_disp-unit.
        elseif it_mic_data-masseinhsw = 'NO'.
          move 'no'                   to keyp_disp-unit.
        else.
          move it_mic_data-masseinhsw to keyp_disp-unit.
        endif.
        append keyp_disp.
        clear keyp_disp.
        move 'X' to l_flag.
      else.
        move : l_mean1                to keyp_disp-ftd.
        append keyp_disp.
        clear keyp_disp.
      endif.
    endloop.
    if sy-subrc is not initial.
      move &2 to keyp_disp-desc.
      append keyp_disp.
      clear keyp_disp.
    endif.
END-OF-DEFINITION.
DEFINE fill_kp1.
    clear l_flag.
    loop at it_mic_data where kurztext = &1.
      l_mean1 = it_mic_data-mittelwert.
      l_mean = it_mic_data-mean.
      if l_flag = ' '.
        move : &2                     to keyp_dis1-desc,
               l_mean1                to keyp_dis1-ftd.
        if     it_mic_data-kurztext = 'Ingot Pb SHG Zinc'.
          l_mean2 = v_mean_pbshg.
          move   l_mean2                to keyp_dis1-avg.
        elseif it_mic_data-kurztext = 'Ingot Cu SHG Zinc'.
          l_mean2 = v_mean_cushg.
          move   l_mean2                to keyp_dis1-avg.
        elseif it_mic_data-kurztext = 'Ingot Cd SHG Zinc'.
          l_mean2 = v_mean_cdshg.
          move   l_mean2                to keyp_dis1-avg.
        elseif it_mic_data-kurztext = 'Ingot Fe SHG Zinc'.
          l_mean2 = v_mean_feshg.
          move   l_mean2                to keyp_dis1-avg.
        elseif it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
          l_mean3 = v_mean_znshg.
          move   l_mean3                to keyp_dis1-avg.
          clear l_mean3.
          l_mean3 = it_mic_data-mittelwert.
          move   l_mean3                to keyp_dis1-ftd.
        else.
          move   l_mean                 to keyp_dis1-avg.
        endif.
        if     it_mic_data-masseinhsw = 'GLI'.
          move 'g/l'                  to keyp_dis1-unit.
        elseif it_mic_data-masseinhsw = 'PPM'.
          move 'ppm'                  to keyp_dis1-unit.
        elseif it_mic_data-masseinhsw = 'NO'.
          move 'no'                   to keyp_dis1-unit.
        else.
          move it_mic_data-masseinhsw to keyp_dis1-unit.
        endif.
        append keyp_dis1.
        clear keyp_dis1.
        move 'X' to l_flag.
      else.
        if it_mic_data-kurztext = 'Ingot Zn SHG Zinc'.
          clear l_mean3.
          l_mean3 = it_mic_data-mittelwert.
          move   l_mean3                to keyp_dis1-ftd.
        else.
          move : l_mean1                to keyp_dis1-ftd.
        endif.
        append keyp_dis1.
        clear keyp_dis1.
      endif.
    endloop.
    if sy-subrc is not initial.
      move &2 to keyp_dis1-desc.
      append keyp_dis1.
      clear keyp_dis1.
    endif.
END-OF-DEFINITION.
*FIRST PAGE
********PLANT HEADER
MOVE 'CLZS HYDRO I PLANT - DAILY PRODUCTION REPORT' TO v_header.
********Production figure
LOOP AT it_disp1.
    prod_disp-desc        = it_disp1-desc.
    prod_disp-d_plnmg     = it_disp1-d_plnmg.
    prod_disp-d_menge     = it_disp1-d_menge.
    prod_disp-u_plnmg     = it_disp1-u_plnmg.
    prod_disp-u_menge     = it_disp1-u_menge.
    prod_disp-avg         = it_disp1-avg.
    prod_disp-ask_rate    = it_disp1-ask_rate.
    prod_disp-m_plnmg     = it_disp1-m_plnmg.
    prod_disp-y_plnmg     = it_disp1-y_plnmg.
    prod_disp-y_menge     = it_disp1-y_menge.
    prod_disp-y_variance = it_disp1-y_variance.
    APPEND prod_disp.
ENDLOOP.
********Key performance parameters
MOVE 'ROASTER :' TO keyp_disp-desc.
APPEND keyp_disp.
fill_kpp '% S/S IN 45 DEG'            ' S/S in Calcine'.
MOVE 'LEACHING :' TO keyp_disp-desc.
APPEND keyp_disp.
fill_kpp '% S/S IN CAL'              ' S/S in Calcine'.
fill_kpp '%water soluble Zn'          ' W/S Zn in Jarosite Cake'.
fill_kpp '%total Zn in HBF'           ' T/Zn in Jarosite cake'.
fill_kpp 'ZINC IN CT'                 ' Zn in Conditioning tank'.
fill_kpp 'g/l zn in neutral overflow' ' Zn in Electrolyte Prod (gpl)'.
fill_kpp 'PPM CU IN PS25'             ' Purified Solution Cu'.
fill_kpp 'PPM CADMIUM IN PS25'        ' Purified Solution Cd'.
fill_kpp 'PPM COBALT IN PS25'         ' Purified Solution Co'.
MOVE 'CELLHOUSE :' TO keyp_disp-desc.
APPEND keyp_disp.
fill_kpp 'g/l zinc in cell feed'      ' Cell Feed Zinc gpl'.
fill_kpp 'GPL ACID IN CELL FEED'      ' Cell Feed acidity gpl'.
fill_kpp 'g/l manganese in cell feed' ' Cell Feed Mn gpl'.
LOOP AT t_imrg_add_disp.
    MOVE: t_imrg_add_disp-desc    TO keyp_disp-desc,
           t_imrg_add_disp-d_value TO keyp_disp-ftd,
           t_imrg_add_disp-c_value TO temp,
           temp                    TO keyp_disp-avg.
    IF t_imrg_add_disp-units = 'NO'.
      MOVE: 'no'                    TO keyp_disp-unit.
    ELSE.
      MOVE: t_imrg_add_disp-units   TO keyp_disp-unit.
    ENDIF.
    APPEND keyp_disp.CLEAR keyp_disp.
ENDLOOP.
fill_kp1 'Ingot Pb SHG Zinc'          ' Ingot Pb SHG Zinc'.
fill_kp1 'Ingot Cu SHG Zinc'          ' Ingot Cu SHG Zinc'.
fill_kp1 'Ingot Cd SHG Zinc'          ' Ingot Cd SHG Zinc'.
fill_kp1 'Ingot Fe SHG Zinc'          ' Ingot Fe SHG Zinc'.
fill_kp1 'Ingot Zn SHG Zinc'          ' Ingot Zn SHG Zinc'.
********Cellhouse power
CATCH SYSTEM-EXCEPTIONS bcd_zerodivide = 1.
    v_m_kwh_mt = v_ind8_m / cathode_recipt.
    v_m_mt_mw = cathode_recipt / ( v_ind8_m / 24000 ).
ENDCATCH.
MOVE : v_d_kwh_mt TO disp_d_kwh_mt,
         v_m_kwh_mt TO disp_m_kwh_mt,
         v_d_mt_mw TO disp_d_mt_mw,
         v_m_mt_mw TO disp_m_mt_mw.
*SECOND PAGE
********Raw Material
LOOP AT it_disp3.
    rmat_disp-desc    = it_disp3-desc.
    rmat_disp-opstk   = it_disp3-opstk.
    rmat_disp-d_recpt = it_disp3-d_recpt.
    rmat_disp-u_recpt = it_disp3-u_recpt.
    rmat_disp-d_cons = it_disp3-d_cons.
    rmat_disp-u_cons = it_disp3-u_cons.
    rmat_disp-clstk   = it_disp3-clstk.
    APPEND rmat_disp.
ENDLOOP.
********Work in Progress
********Finished Goods
********power consumption
l_no_of_days = v_mm_en_dt+6(2).
CATCH SYSTEM-EXCEPTIONS bcd_zerodivide = 1.
    l_bptarget   = ( v_bp_nrms_p * v_gross_d ) / l_no_of_days.
    l_act_d      = v_ind6_d + v_ind2_d - ( v_ind3_d + ( v_ind4_d / 2 ) ) - v_ind5_d.
    l_act_c      = v_ind6_m + v_ind2_m - ( v_ind3_m + ( v_ind4_m / 2 ) ) - v_ind5_m.
    l_pow_gen    = ( v_ind2_d / 1000 ) / v_ind7_d.
ENDCATCH.
l_pow_gen_d = v_ind2_d / 1000.
l_pow_gen_c = v_ind9_m / 1000.
l_rec_con_d_kwh = v_ind8_d.
l_rec_con_c_kwh = v_ind8_m.
l_rec_con_d_mw = v_ind8_d / 24000.
l_rec_con_c_mw = v_ind8_m / ( 24000 * v_days_pased ).
LOOP AT t_disp_curr.
    rcur_disp-time    = t_disp_curr-time.
    rcur_disp-current = t_disp_curr-current.
    rcur_disp-kah     = t_disp_curr-kah.
    APPEND rcur_disp.
    AT LAST.
      SUM.
      tot_kah = t_disp_curr-kah.
    ENDAT.
ENDLOOP.
avg_kah = tot_kah / '24'.
*********************running hrs
LOOP AT it_disp6.
    rhrs_disp-desc    = it_disp6-desc.
    rhrs_disp-opstk   = it_disp6-d_runhrs.
    rhrs_disp-d_recpt = it_disp6-m_runhrs.
    APPEND rhrs_disp.
ENDLOOP.
rhrs_disp-desc    = 'Turbo Generator'.
rhrs_disp-opstk   = v_turbod.
rhrs_disp-d_recpt = v_turboc.
INSERT rhrs_disp INDEX 2.
**********************BREAK_DOWN & OIL
CLEAR value.
LOOP AT itab2.
    IF itab2-equnr = 'NMZ-EH01G001'.
      PERFORM s_conversion_h.
      v_ftd_h1 = v_ftd_h1 + value.
      CLEAR value.
    ENDIF.
    IF itab2-equnr = 'NMZ-EH01G002'.
      PERFORM s_conversion_h.
      v_ftd_h2 = v_ftd_h2 + value.
      CLEAR value.
    ENDIF.
    IF itab2-equnr = 'NMZ-EH01V003'.
      PERFORM s_conversion_h.
      v_ftd_h3 = v_ftd_h3 + value.
      CLEAR value.
    ENDIF.
    IF itab2-equnr = 'NMZ-EH01V001'.
      PERFORM s_conversion_h.
      v_ftd_h4 = v_ftd_h4 + value.
      CLEAR value.
    ENDIF.
    IF itab2-equnr = 'NMZ-EH01V002'.
      PERFORM s_conversion_h.
      v_ftd_h5 = v_ftd_h5 + value.
      CLEAR value.
    ENDIF.
ENDLOOP.
LOOP AT t_oil.
    AT END OF ind.
      SUM.
      IF t_oil-ind = 1.
        v_***_o1 = t_oil-cdiff * 1000.
      ELSEIF t_oil-ind = 2.
        v_***_o2 = t_oil-cdiff * 1000.
      ELSEIF t_oil-ind = 3.
        v_***_o4 = t_oil-cdiff * 1000.
      ELSEIF t_oil-ind = 4.
        v_***_o5 = t_oil-cdiff * 1000.
      ENDIF.
    ENDAT.
    IF t_oil-idate = p_repdt.
      IF t_oil-ind = 1.
        l_cdiff1 = l_cdiff1 + t_oil-cdiff.
      ELSEIF t_oil-ind = 2.
        l_cdiff2 = l_cdiff2 + t_oil-cdiff.
      ELSEIF t_oil-ind = 3.
        l_cdiff3 = l_cdiff3 + t_oil-cdiff.
      ELSEIF t_oil-ind = 4.
        l_cdiff4 = l_cdiff4 + t_oil-cdiff.
      ENDIF.
    ENDIF.
ENDLOOP.
v_ftd_o1 = l_cdiff1 * 1000.
v_ftd_o2 = l_cdiff2 * 1000.
v_ftd_o4 = l_cdiff3 * 1000.
v_ftd_o5 = l_cdiff4 * 1000.
*********Breakdown details----3rd page
LOOP AT itab INTO wa.
    CALL FUNCTION 'FLTP_CHAR_CONVERSION'
      EXPORTING
        decim = 0
        expon = 0
        input = wa-auszt
        ivalu = 'X'
      IMPORTING
        flstr = wk_char_auszt.
    CONDENSE wk_char_auszt NO-GAPS.
    wk_flt_auszt = wk_char_auszt.
    wk_flt_auszt = wk_flt_auszt / 3600.
    duration = wk_flt_auszt.
    brkd_disp-eqdesc = wa-eqktx.
    brkd_disp-nodesc = wa-qmtxt.
    brkd_disp-hrs    = duration.
    APPEND brkd_disp.
ENDLOOP.
MOVE : v_ftd_h1 TO disp_ftd_h1,
         v_ftd_h2 TO disp_ftd_h2,
         v_ftd_h3 TO disp_ftd_h3,
         v_ftd_h4 TO disp_ftd_h4,
         v_ftd_h5 TO disp_ftd_h5,
         v_ftd_o1 TO disp_ftd_o1,
         v_ftd_o2 TO disp_ftd_o2,
         v_ftd_o4 TO disp_ftd_o4,
         v_ftd_o5 TO disp_ftd_o5,
         v_***_o1 TO disp_***_o1,
         v_***_o2 TO disp_***_o2,
         v_***_o4 TO disp_***_o4,
         v_***_o5 TO disp_***_o5,
         l_bptarget      TO disp_bptarget,
         l_act_d         TO disp_act_d,
         l_act_c         TO disp_act_c,
         l_rec_con_d_kwh TO disp_d_kwh,
         l_rec_con_c_kwh TO disp_c_kwh,
         l_rec_con_d_mw TO disp_d_mw,
         l_rec_con_c_mw TO disp_c_mw,
         tot_kah         TO disp_tot_kah,
         avg_kah         TO disp_avg_kah,
         l_pow_gen       TO disp_pow_gen,
         l_pow_gen_d     TO disp_pow_gen_d,
         l_pow_gen_c     TO disp_pow_gen_c,
         v_cath_d        TO disp_cath_d,
         v_cath_c        TO disp_cath_c,
         v_anode_d       TO disp_anode_d,
         v_anode_c       TO disp_anode_c.
wa_output_options-tdimmed = 'X'.
wa_control_parameters-device = 'PRINTER'.
wa_control_parameters-preview = 'X'.
IF rb3 = 'X'.
    wa_control_parameters-getotf = 'X'.
    wa_control_parameters-no_dialog = 'X'.
ENDIF.
CALL FUNCTION 'SSF_FUNCTION_MODULE_NAME'
    EXPORTING
      formname           = 'ZHZLPP_CLZSN_DAILY_MIS'
    IMPORTING
      fm_name            = v_form_name
    EXCEPTIONS
      no_form            = 1
      no_function_module = 2
      OTHERS             = 3.
IF sy-subrc <> 0.
ENDIF.
CALL FUNCTION v_form_name
    EXPORTING
      control_parameters         = wa_control_parameters
      output_options             = wa_output_options
      user_settings              = 'X'
      header                     = v_header
      date                       = p_repdt
      l_bptarget                 = disp_bptarget
      l_act_d                    = disp_act_d
      l_act_c                    = disp_act_c
      disp_d_kwh                 = disp_d_kwh
      disp_c_kwh                 = disp_c_kwh
      disp_d_mw                  = disp_d_mw
      disp_c_mw                  = disp_c_mw
      disp_tot_kah               = disp_tot_kah
      disp_avg_kah               = disp_avg_kah
      disp_d_kwh_mt              = disp_d_kwh_mt
      disp_m_kwh_mt              = disp_m_kwh_mt
      disp_d_mt_mw               = disp_d_mt_mw
      disp_m_mt_mw               = disp_m_mt_mw
      disp_pow_gen               = disp_pow_gen
      disp_pow_gen_d             = disp_pow_gen_d
      disp_pow_gen_c             = disp_pow_gen_c
      disp_ftd_h1                = disp_ftd_h1
      disp_ftd_h2                = disp_ftd_h2
      disp_ftd_h3                = disp_ftd_h3
      disp_ftd_h4                = disp_ftd_h4
      disp_ftd_h5                = disp_ftd_h5
      disp_ftd_o1                = disp_ftd_o1
      disp_ftd_o2                = disp_ftd_o2
      disp_ftd_o4                = disp_ftd_o4
      disp_ftd_o5                = disp_ftd_o5
      disp_***_o1                = disp_***_o1
      disp_***_o2                = disp_***_o2
      disp_***_o4                = disp_***_o4
      disp_***_o5                = disp_***_o5
      disp_cath_d                = disp_cath_d
      disp_cath_c                = disp_cath_c
      disp_anode_d               = disp_anode_d
      disp_anode_c               = disp_anode_c
IMPORTING
    job_output_info              = w_return           " .
    TABLES
      prod_tab                   = prod_disp
      keyp_tab                   = keyp_disp
      remk_tab                   = it_remarks
      rmat_tab                   = rmat_disp
      rwip_tab                   = it_disp4
      rfng_tab                   = it_disp_fg
      rcur_tab                   = rcur_disp
      rhrs_tab                   = rhrs_disp
      brkd_tab                   = brkd_disp
      keyp_tab1                  = keyp_dis1
    EXCEPTIONS
      formatting_error           = 1
      internal_error             = 2
      send_error                 = 3
      user_canceled              = 4
      OTHERS                     = 5
IF sy-subrc <> 0.
    MESSAGE 'Error in printing form' TYPE 'I'.
ENDIF.
********Downloading in pdf format.
IF rb3 = 'X'.
    IF l_usract <> 9.
      MOVE fullpath TO l_path.
      i_otf[] = w_return-otfdata[].
      CALL FUNCTION 'CONVERT_OTF'                   "
        EXPORTING
          format                = 'PDF'
          max_linewidth         = 132
        IMPORTING
          bin_filesize          = v_len_in
        TABLES
          otf                   = i_otf
          lines                 = i_tline
        EXCEPTIONS
          err_max_linewidth     = 1
          err_format            = 2
          err_conv_not_possible = 3
          OTHERS                = 4.
      IF sy-subrc <> 0.
      ENDIF.
      CALL FUNCTION 'WS_DOWNLOAD'
        EXPORTING
          bin_filesize            = v_len_in
          filename                = l_path
          filetype                = 'BIN'
        IMPORTING
          filelength              = w_filesize
        TABLES
          data_tab                = i_tline
        EXCEPTIONS
          file_open_error         = 1
          file_write_error        = 2
          invalid_filesize        = 3
          invalid_type            = 4
          no_batch                = 5
          unknown_error           = 6
          invalid_table_width     = 7
          gui_refuse_filetransfer = 8
          customer_error          = 9
          OTHERS                  = 10.
      IF sy-subrc = 0.
        MESSAGE 'File downloaded successfully' TYPE 'S'.
      ENDIF.
    ENDIF.
ENDIF.
IF sy-batch = 'X'.               " SENDING MAILS IF SCHEDULED IN BACKGROUND
    DATA: formname           TYPE tdsfname,
          fm_name            TYPE rs38l_fnam,
          control_parameters TYPE ssfctrlop,
          output_options     TYPE ssfcompop,
          job_output_info    TYPE ssfcrescl,
          otf_data           TYPE tsfotf.
    DATA: otf                TYPE TABLE OF itcoo WITH HEADER LINE,
          doctab_archive     TYPE TABLE OF docs WITH HEADER LINE,
          lines              TYPE TABLE OF tline WITH HEADER LINE,
          bin_filesize       TYPE i.
    CALL FUNCTION 'SSF_FUNCTION_MODULE_NAME'
      EXPORTING
        formname           = 'ZHZLPP_CLZSN_DAILY_MIS'
      IMPORTING
        fm_name            = v_form_name
      EXCEPTIONS
        no_form            = 1
        no_function_module = 2
        OTHERS             = 3.
    IF sy-subrc <> 0.
    ENDIF.
    control_parameters-no_dialog = 'X'.
    control_parameters-getotf    = 'X'.
    CALL FUNCTION v_form_name
      EXPORTING
        control_parameters = control_parameters
        header             = v_header
        date               = p_repdt
        l_bptarget         = disp_bptarget
        l_act_d            = disp_act_d
        l_act_c            = disp_act_c
        disp_d_kwh         = disp_d_kwh
        disp_c_kwh         = disp_c_kwh
        disp_d_mw          = disp_d_mw
        disp_c_mw          = disp_c_mw
        disp_tot_kah       = disp_tot_kah
        disp_avg_kah       = disp_avg_kah
        disp_d_kwh_mt      = disp_d_kwh_mt
        disp_m_kwh_mt      = disp_m_kwh_mt
        disp_d_mt_mw       = disp_d_mt_mw
        disp_m_mt_mw       = disp_m_mt_mw
        disp_pow_gen       = disp_pow_gen
        disp_pow_gen_d     = disp_pow_gen_d
        disp_pow_gen_c     = disp_pow_gen_c
        disp_ftd_h1        = disp_ftd_h1
        disp_ftd_h2        = disp_ftd_h2
        disp_ftd_h3        = disp_ftd_h3
        disp_ftd_h4        = disp_ftd_h4
        disp_ftd_h5        = disp_ftd_h5
        disp_ftd_o1        = disp_ftd_o1
        disp_ftd_o2        = disp_ftd_o2
        disp_ftd_o4        = disp_ftd_o4
        disp_ftd_o5        = disp_ftd_o5
        disp_***_o1        = disp_***_o1
        disp_***_o2        = disp_***_o2
        disp_***_o4        = disp_***_o4
        disp_***_o5        = disp_***_o5
        disp_cath_d        = disp_cath_d
        disp_cath_c        = disp_cath_c
        disp_anode_d       = disp_anode_d
        disp_anode_c       = disp_anode_c
      IMPORTING
        job_output_info    = job_output_info
      TABLES
        prod_tab           = prod_disp
        keyp_tab           = keyp_disp
        remk_tab           = it_remarks
        rmat_tab           = rmat_disp
        rwip_tab           = it_disp4
        rfng_tab           = it_disp_fg
        rcur_tab           = rcur_disp
        rhrs_tab           = rhrs_disp
        brkd_tab           = brkd_disp
        keyp_tab1          = keyp_dis1
      EXCEPTIONS
        formatting_error   = 1
        internal_error     = 2
        send_error         = 3
        user_canceled      = 4
        OTHERS             = 5.
    IF sy-subrc = 0.
      otf_data = job_output_info-otfdata[].
      CALL FUNCTION 'CONVERT_OTF_2_PDF'
        IMPORTING
          bin_filesize           = bin_filesize
        TABLES
          otf                    = otf_data[]
          doctab_archive         = doctab_archive[]
          lines                  = lines[]
        EXCEPTIONS
          err_conv_not_possible = 1
          err_otf_mc_noendmarker = 2
          OTHERS                 = 3.
      IF sy-subrc = 0.
        SUBMIT rsconn01 with mode = 'INT' AND RETURN.
*                                    ----<<distrubution list>>----
        PERFORM mail_users TABLES lines USING 'MIS-HY1A' v_header.   " Donot put more than 8 email-ids
        PERFORM mail_users TABLES lines USING 'MIS-HY1B' v_header.   " in a distribution list
        PERFORM mail_users TABLES lines USING 'MIS-HY1C' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1D' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1E' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1F' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1G' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1H' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1I' v_header.
        PERFORM mail_users TABLES lines USING 'MIS-HY1J' v_header.
      ENDIF.
    ENDIF.
ENDIF.
ENDFORM.                    " print
*&      Form get_download_path
*       text
* --> p1        text
* <-- p2        text
FORM get_download_path .
CALL FUNCTION 'GUI_FILE_SAVE_DIALOG'
    EXPORTING
      window_title      = 'Download as pdf file'
      default_extension = 'pdf'
    IMPORTING
      fullpath          = fullpath
      user_action       = l_usract.
IF l_usract = '9'.
    STOP.
ENDIF.
ENDFORM.                    " get_download_path
*&      Form mail_users
*       text
*      -->P_LINES text
*      -->P_2153   text
*      -->P_V_HEADER text
FORM mail_users TABLES   p_lines STRUCTURE tline
                 USING    p_dist_list
                          p_v_header.
CONSTANTS: c_raw TYPE so_obj_tp VALUE 'RAW',
             c_pdf TYPE so_obj_tp VALUE 'PDF',
             c_255 TYPE i VALUE 255,
             c_134 TYPE i VALUE 134,
             c_x   TYPE c VALUE 'X'.
DATA: document_data LIKE sodocchgi1 ,
        tab_lines     TYPE i,
        contents_txt TYPE TABLE OF solisti1 WITH HEADER LINE,
        contents_bin TYPE TABLE OF solisti1 WITH HEADER LINE,
        packing_list TYPE TABLE OF sopcklsti1 WITH HEADER LINE,
        object_header TYPE TABLE OF solisti1 WITH HEADER LINE,
        receivers     TYPE TABLE OF somlreci1 WITH HEADER LINE,
        l_str(255) ,
        v1 TYPE i,
        v2 TYPE i,
        v3 TYPE i.
document_data-obj_name = 'EMAIL'.
document_data-obj_descr = p_v_header. " SUBJECT LINE
CONCATENATE 'Please find the attached SAP generated Daily Production Report for the day'
              p_repdt+6(2)
              p_repdt+4(2)
              '.' p_repdt+0(4)
         INTO contents_txt.
APPEND      contents_txt.
CLEAR       contents_txt.
APPEND      contents_txt.
APPEND      contents_txt.
DESCRIBE TABLE contents_txt LINES tab_lines.
READ TABLE     contents_txt INDEX tab_lines.
document_data-doc_size = ( tab_lines - 1 ) * 255 + STRLEN( contents_txt ).
document_data-doc_size = tab_lines .
CLEAR packing_list-transf_bin.
packing_list-head_start = 1.
packing_list-head_num   = 0.
packing_list-body_start = 1.
packing_list-body_num   = tab_lines.
packing_list-doc_type   = c_raw.
packing_list-doc_size   = document_data-doc_size.
APPEND packing_list.
LOOP AT p_lines.
    CLEAR l_str.
    l_str+0(2)   = p_lines-tdformat.
    l_str+2(132) = p_lines-tdline.
    v2 = v1 + c_134.
    IF v2 LE c_255.
      contents_bin-line+v1(c_134) = l_str. v1 = v2.
    ELSE.
      v3 = v2 - c_255.
      v2 = c_255 - v1.
      IF NOT v2 IS INITIAL.
        contents_bin-line+v1(v2) = l_str+0(v2).
      ENDIF.
      APPEND contents_bin.
      CLEAR contents_bin.
      v1 = v3.
      v3 = 134 - v1.
      IF NOT v1 IS INITIAL.
        contents_bin-line+0(v1) = l_str+v3(v1).
      ENDIF.
    ENDIF.
ENDLOOP.
APPEND contents_bin.
CLEAR contents_bin.
DESCRIBE TABLE contents_bin LINES tab_lines.
READ     TABLE contents_bin INDEX tab_lines.
CONCATENATE 'Hy-I Report'
              p_repdt+6(2)
              p_repdt+4(2)
              '.' p_repdt+0(4)
              '.pdf'
         INTO object_header.
APPEND object_header.
packing_list-transf_bin = c_x.
packing_list-head_start = 1.
packing_list-head_num   = 1.
packing_list-body_start = 1.
packing_list-body_num   = tab_lines.
packing_list-doc_type   = c_pdf.
packing_list-obj_name   = 'text1'.
packing_list-obj_descr = 'Production report'.
packing_list-doc_size   = tab_lines * 255 + STRLEN( contents_bin ).
APPEND packing_list.
receivers-receiver      = p_dist_list.
receivers-rec_type      = 'C'.
APPEND receivers.
CLEAR receivers.
CALL FUNCTION 'SO_DOCUMENT_SEND_API1'
    EXPORTING
      document_data              = document_data
      put_in_outbox              = ' '
      SENDER_ADDRESS             = 'CZPPPLG'
      SENDER_ADDRESS_TYPE        = 'B'
      commit_work                = 'X'
    TABLES
      packing_list               = packing_list
      object_header              = object_header
      contents_bin               = contents_bin
      contents_txt               = contents_txt
      receivers                  = receivers
    EXCEPTIONS
      too_many_receivers         = 1
      document_not_sent          = 2
      document_type_not_exist    = 3
      operation_no_authorization = 4
      parameter_error            = 5
      x_error                    = 6
      enqueue_error              = 7
      OTHERS                     = 8.
IF sy-subrc = 0.
    WAIT UP TO 2 SECONDS.
    SUBMIT rsconn01 with mode = 'INT' AND RETURN.
ENDIF.
ENDFORM.                    " mail_users

SAP Integration Kit for Crystal Reports

Hello,
I read Ingo Hilgefort's blog on BusinessObjects and SAP Part 2.
/people/ingo.hilgefort/blog/2008/02/19/businessobjects-and-sap-part-2
Does the current trial version of crystal reports available from businessobjects.com have this integration kit embedded in it?
If not, where can i find it?
Regards,
Suraj

hi shenoy,
SAP Integration Kit
The SAP integration kit includes drivers to allow connectivity to both R3 and Business Warehouse (BW). In addition, it includes a BW toolbar for Crystal Reports, a specific version of InfoView with Role-based links, sample iViews for Enterprise Portal, and an SDK in Java, COM, or .NET.
Reporting off R3 Data
The kit includes two drivers to allow Crystal Reports to connect to the ABAP data dictionary via a remote function call or RFC.
The Open SQL driver allows the user to connect to SAP R3, displaying the field and the short text description of the tables and fields. The developer can then join the tables accordingly, using the database expert, and then select the relevant fields from which to report. This driver displays not only transparent tables, but includes views, pool tables, cluster tables, ABAP data clusters, and ABAP functions. This driver is geared toward a technical person with functional expertise in joining the tables and then creating the report.
see link
http://safari.oreilly.com/0672329174/ch15lev1sec7#X2ludGVybmFsX1RvYz94bWxpZD0wNjcyMzI5MTc0L3BhcnQwMg==
http://diamond.businessobjects.com/node/18962
SAP Integration Kit
The SAP integration kit includes drivers to allow connectivity to both R3 and Business Warehouse (BW). In addition, it includes a BW toolbar for Crystal Reports, a specific version of InfoView with Role-based links, sample iViews for Enterprise Portal, and an SDK in Java, COM, or .NET.
Reporting off R3 Data
The kit includes two drivers to allow Crystal Reports to connect to the ABAP data dictionary via a remote function call or RFC.
The Open SQL driver allows the user to connect to SAP R3, displaying the field and the short text description of the tables and fields. The developer can then join the tables accordingly, using the database expert, and then select the relevant fields from which to report. This driver displays not only transparent tables, but includes views, pool tables, cluster tables, ABAP data clusters, and ABAP functions. This driver is geared toward a technical person with functional expertise in joining the tables and then creating the report.
Note
In Crystal Reports, you cannot check the SQL generated using the Show SQL Query option from the Database menu. You can check what Open SQL was generated by using SAP transactions.
The InfoSet driver allows the user to connect to an existing InfoSet, as defined by SAP transaction SQ02. Alternatively, you can use an existing ABAP query, as defined by SAP transaction SQ01. The benefit of this driver is that the user does not need to know where the data is stored or how to join the tables. Another advantage is that any prompts defined in the InfoSet become parameters in Crystal Reports.
Note
To test the InfoSet query, run the InfoSet using your SAP GUI and ensure that it is pulling the required data first before testing it in Crystal Reports.
Reporting off BW Data
When reporting off of BW data, the Business Objects' Integration Kit consists of three drivers that are used to pull data.
The BW Query driver enables the user to connect to a BW query. To enable selection of a query with this driver, Crystal Reports has its own toolbar, as shown in Figure 15.3, and the user needs to select the New Report icon from this toolbar. The user then selects the required BW query, and thus displays a listing of fields available in the query. The user can then create the report using any of those fields. Variables defined in the query automatically become Crystal Reports parameters. After the user has finished building the report, the user saves the report using the BW toolbar. This saves the report to BW, and if the user selects the option to do so, automatically publishes the report to Enterprise.
Figure 15.3. Crystal Reports after the SAP integration kit is loaded. Note the SAP menu and BW toolbar.
[View full size image]
Two new drivers have been added to the XI R2 version of the SAP Integration Kit.
The MDX query driver supports using Crystal Reports to report off either a SAP BW query or a BW Cube.
Furthermore, it adds additional functionality by providing support for
A structure in both the row and column of the BW query
Hierarchy node and hierarchy node variables
Free characteristics in a BW query
The Operational Data Store or ODS driver exposes the ODS tables, so that they look much like the tables of any relational database. However, because of the structure of the objects, it considers them to be like a database stored procedure.
Connecting to the ODS objects is not performed with the SAP toolbar described here, but rather by selecting the driver from the Data Explorer as shown in Chapter 1, "Creating and Designing Basic Reports." After the user has finished building the report, the report can be saved back to BW and published to Business Objects Enterprise by selecting the Automatically Publish to Enterprise check box, as shown in Figure 15.4.
Figure 15.4. The additional options after saving a Crystal Report to SAP BW.
Note
This publishing method requires some setup. Please refer to the Installation documentation for further details.
Note
Both the ODS and MDX drivers require SAP transports to be loaded on the SAP BW system. Please refer to the Installation CD in the Transports folder for further details.
Using OLAP or Web Intelligence to Report off BW Data
Included in the SAP Integration Kit are specific drivers to allow OLAP Intelligence and Web Intelligence to report off of SAP BW.
To connect to a BW cube or query using OLAP Intelligence, open the connection browser and select Add. Select SAP Business Information Warehouse and then proceed to fill in the relevant data, as shown in Figure 15.5.
Figure 15.5. The information required to connect to a BW cube or query from OLAP Intelligence.
[View full size image]
After you are connected, select the query or cube and process to build the report, as described in Chapter 19, "Creating OLAP Intelligence Reports."
Web Intelligence is new to XI R2 and requires that a universe be built on a BW Cube or Query. However, to aid in this process, Designer builds the universe for you. To do this, select SAP from the list of connects and fill out the required information, as displayed in Figure 15.6.
Figure 15.6. The information required to connect to a BW cube or query from Web Intelligence.
[View full size image]
Finish the remainder of the wizard and when you click OK, Designer generates the Universe for you. It may be necessary to move some of the objects around to suit your needs, but when you are finished, export to Business Objects Enterprise.
Note
Only the BW query driver does not require the query be released for external access. The Web Intelligence, OLAP Intelligence, and MDX drivers require the user to release the BW query. To release a query, select the query properties in the BW Query Designer and select the Extended Tab and then check Allow External Access to This Query.
Viewing the Reports
Your SAP reports can be viewed either via the SAP integration kit's InfoView or via SAP Enterprise Portal 6. The integration kit provides a number of sample iViews that can be imported by a portal administrator. These include
Folder iView The folders a user has access to are displayed, and from here a user can run her reports.
Alert iView Shows all the alerts that have been triggered by Crystal Reports. The user can then click on the report to view the report. The creation of alerts is defined in Chapter 11, "Using Record Selections and Alerts for Interactive Reporting."
Thumbnail iView This iView displays the Crystal Report as a thumbnail of the report. The user can then click on the thumbnail to run the report.
Note
These are sample iViews. The organization can create its own iViews via the provided SDK.
BusinessObjects InfoView for SAP is a unique version of InfoView designed for integration with SAP BW systems. This integration includes features such as the ability to log on to InfoView using your SAP username and password. Related to authentication is the ability to access your roles and the Crystal Reports saved to these roles. The roles are defined in Enterprise as folders. The user can also schedule reports in the different languages loaded into SAP BW. This creates an instance for each language.
for remainig info pls use the link
http://book.soundonair.ru/sams/ch15lev1sec7.html
very good link for sap integartion kit
thanks
karthik
reward me points if the above info is usefull.
dont forget

I need sample ABAP Z FM for Crystal

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