ME_PRICING_INFORECORD Function Module for Past Values

Hello All,
I am developing a report to show the cost breakdown for Purchase Orders created for consignment inventory. The report displays fabircation costs and metal costs for consignment orders based on a withdrawal settlement material document. I pass the date of withdrawal (retrieved from RKWA table) and am expecting to get the condition values at a given time (withdrawal date) using the Function Module ME_PRICING_INFORECORD. When I get the results of the function module, I am getting the current metal condition values set up in the current validity period - as can be seen via MEK3 transaction (Vendor/Alloy-Specific Metal Prices option with condition group). I was hoping to get the condition values for any validity period, not just current. Any suggestions on how to resolve this issue?
Thanks in advance!

I treid to create FM but no luck
Try with LSMW - Object 0060 - RM06IBI0( Program )
I did LSMW for Purchase info record long back..
Reward Points if it is helpful
Thanks
Seshu

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Function module for retrieving values of the Characteristics?

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will reward,
regards,
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Hello,
Check this.
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Function Modules for indirect values

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Function modules for converting Char value to hexadecimal value

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Hi Shalini Reddy
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*& Report YOLE_FOR_EXCEL
REPORT yole_for_excel.
*REPORT ZTEST_BYW.
OLE specific include file
INCLUDE ole2incl.
INCLUDE excel__c.
data definitions of OLE objects with type ole2_object
PARAMETERS: p_filenm(80) LOWER CASE OBLIGATORY
DEFAULT 'd:\temp\report_tsl.xls'.
DATA: g_tmp_workbook TYPE ole2_object.
DATA: g_tmp_worksheets TYPE ole2_object.
DATA: g_tmp_worksheet1 TYPE ole2_object.
DATA: g_tmp_worksheet2 TYPE ole2_object.
DATA: g_pc_template LIKE rcgfiletr-ftappl
VALUE 'd:\temp\mmr_rpt_tsl_tmp.xls'.
DATA: g_excel TYPE ole2_object.
DATA: g_workbooks TYPE ole2_object.
DATA: g_workbook TYPE ole2_object.
DATA: g_worksheets TYPE ole2_object.
DATA: g_worksheet TYPE ole2_object.
DATA: g_cell TYPE ole2_object.
DATA: g_cell1 TYPE ole2_object.
DATA: g_cell2 TYPE ole2_object.
DATA: g_cellrange TYPE ole2_object.
DATA: g_font TYPE ole2_object.
DATA: g_interior TYPE ole2_object.
DATA: g_borders TYPE ole2_object.
DATA: g_first_ws VALUE 'Y'.
DATA: g_row TYPE i.
DATA: g_col TYPE i.
definition of loop counter
DATA: i TYPE i VALUE '5'.
DATA: BEGIN OF t_sheet1 OCCURS 1,
col1(10),
col2(20),
END OF t_sheet1.
DATA: BEGIN OF t_sheet2 OCCURS 1,
col1(10),
col2(20),
END OF t_sheet2.
START-OF-SELECTION.
PERFORM prepare_data.
PERFORM download_to_excel.
END-OF-SELECTION.
call method of excel 'QUIT'.
it is now possible to leave the EXCEL application
remark: you have to go to the EXCEL application and answer the
popup dialog screen
*& Form PREPARE_DATA
FORM prepare_data.
t_sheet1-col1 = 'A1'.
t_sheet1-col2 = 'A2'.
APPEND t_sheet1.
t_sheet1-col1 = 'B1'.
t_sheet1-col2 = 'B2'.
APPEND t_sheet1.
t_sheet2-col1 = 'Y1'.
t_sheet2-col2 = 'Y2'.
APPEND t_sheet2.
t_sheet2-col1 = 'Z1'.
t_sheet2-col2 = 'Z2'.
APPEND t_sheet2.
ENDFORM. " PREPARE_DATA
*& Form DOWNLOAD_TO_EXCEL
FORM download_to_excel.
PERFORM open_excel.
PERFORM add_worksheet1.
PERFORM add_worksheet2.
PERFORM open_template_file.
PERFORM close_excel.
WRITE: / 'End of program'.
ENDFORM. " DOWNLOAD_TO_EXCEL
*& Form FILL_CELL
*& FORM routine, which fills the specified cell in the EXCEL sheet
*& with the given value
FORM fill_cell USING i_row TYPE i
i_col TYPE i
i_value
i_fontbold
i_digit
i_wraptext
i_horizon_align
i_vertical_align.
DATA: l_str TYPE string.
CALL METHOD OF g_excel 'CELLS' = g_cell
 EXPORTING #1 = i_row
 #2 = i_col.
SET PROPERTY OF g_cell 'VALUE' = i_value.
IF i_fontbold = 'X'.
 GET PROPERTY OF g_cell 'Font' = g_font.
 SET PROPERTY OF g_font 'Bold' = 1.
ENDIF.
IF NOT i_wraptext IS INITIAL.
 SET PROPERTY OF g_cell 'WrapText' = 1.
ENDIF.
IF NOT i_horizon_align IS INITIAL.
 IF i_horizon_align = 'L'.
 SET PROPERTY OF g_cell 'HorizontalAlignment' = xlleft.
 ELSEIF i_horizon_align = 'R'.
 SET PROPERTY OF g_cell 'HorizontalAlignment' = xlright.
 ELSEIF i_horizon_align = 'C'.
 SET PROPERTY OF g_cell 'HorizontalAlignment' = xlcenter.
 ENDIF.
ENDIF.
IF NOT i_vertical_align IS INITIAL.
 IF i_vertical_align = 'T'.
 SET PROPERTY OF g_cell 'VerticalAlignment' = xltop.
 ELSEIF i_vertical_align = 'B'.
 SET PROPERTY OF g_cell 'VerticalAlignment' = xlbottom.
 ELSEIF i_vertical_align = 'C'.
 SET PROPERTY OF g_cell 'VerticalAlignment' = xlcenter.
 ENDIF.
ENDIF.
To set number format for cell
IF i_digit <> ''.
 IF i_value IS INITIAL AND i_digit <> '%'.
 SET PROPERTY OF g_cell 'VALUE' = ''.
 ELSE.
Set number format for cell with number
 IF i_digit = '1'.
 SET PROPERTY OF g_cell 'NumberFormat' = '#,###.0 '.
 ELSEIF i_digit = '2'.
 SET PROPERTY OF g_cell 'NumberFormat' = '#,##0.00 '.
 ELSEIF i_digit = '%'.
 SET PROPERTY OF g_cell 'NumberFormat' = '#,##0.00% '.
 ELSE.
 SET PROPERTY OF g_cell 'NumberFormat' = '#,### '.
 ENDIF.
 ENDIF.
ENDIF.
ADD 1 TO i_col.
ENDFORM. "FILL_CELL
*& Form OPEN_EXCEL
FORM open_excel.
DATA: l_cnt TYPE i.
create object excel of OLE class 'EXCEL.APPLICATION'
CREATE OBJECT g_excel 'EXCEL.APPLICATION'.
CALL METHOD OF g_excel 'WORKBOOKS' = g_workbooks.
CALL METHOD OF g_workbooks 'ADD' = g_workbook.
GET PROPERTY OF g_workbook 'Worksheets' = g_worksheets.
GET PROPERTY OF g_excel 'ACTIVESHEET' = g_worksheet.
SET PROPERTY OF g_excel 'DISPLAYALERTS' = 0.
GET PROPERTY OF g_worksheets 'Count' = l_cnt.
l_cnt = l_cnt - 1.
Delete unwanted worksheets
DO l_cnt TIMES.
 GET PROPERTY OF g_excel 'ACTIVESHEET' = g_worksheet.
 CALL METHOD OF g_worksheet 'DELETE'.
ENDDO.
ENDFORM. " OPEN_EXCEL
*& Form CLOSE_EXCEL
FORM close_excel.
SET PROPERTY OF g_excel 'VISIBLE' = 1.
CALL METHOD OF g_workbook 'SAVEAS'
 EXPORTING #1 = p_filenm.
quit Excel and free all OLE objects
call method of g_excel 'QUIT'.
FREE OBJECT g_interior.
FREE OBJECT g_borders.
FREE OBJECT g_font.
FREE OBJECT g_cell.
FREE OBJECT g_cell1.
FREE OBJECT g_cell2.
FREE OBJECT g_cellrange.
FREE OBJECT g_excel.
FREE OBJECT g_workbooks.
FREE OBJECT g_workbook.
FREE OBJECT g_worksheets.
FREE OBJECT g_worksheet.
ENDFORM. " CLOSE_EXCEL
*& Form ADD_WORKSHEET
FORM add_worksheet USING i_name.
Add new worksheet
IF g_first_ws <> 'N'.
 g_first_ws = 'N'.
 GET PROPERTY OF g_excel 'ACTIVESHEET' = g_worksheet.
ELSE.
 CALL METHOD OF g_worksheets 'Add' = g_worksheet.
ENDIF.
SET PROPERTY OF g_worksheet 'NAME' = i_name.
g_row = 1.
g_col = 1.
ENDFORM. " ADD_WORKSHEET
*& Form ADD_WORKSHEET1
FORM add_worksheet1.
PERFORM add_worksheet USING 'Test 1'.
fill line in EXCEL sheet with headerlines of table columns
g_col = 1.
PERFORM fill_cell USING g_row g_col 'My First Worksheet' 'X' ''
PERFORM merge_cell USING g_row 1 g_row 4.
PERFORM set_border USING g_row 1 g_row 4 4 ''.
ADD 1 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'ID'(001) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Name'(002) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Telephon'(003) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Rabatt'(004) 'X' '' '' '' ''.
loop at customr table and print values into EXCEL sheet
ADD 1 TO g_row.
LOOP AT t_sheet1.
 g_col = 1.
 PERFORM fill_cell USING g_row g_col t_sheet1-col1 '' '' '' '' ''.
 PERFORM fill_cell USING g_row g_col t_sheet1-col2 '' '' '' '' ''.
 ADD 1 TO g_row.
ENDLOOP.
g_col = 4.
PERFORM set_border USING 1 1 g_row g_col '' 4.
ENDFORM. " ADD_WORKSHEET1
*& Form ADD_WORKSHEET2
FORM add_worksheet2.
PERFORM add_worksheet USING 'Test 2'.
fill line in EXCEL sheet with headerlines of table columns
g_col = 1.
PERFORM fill_cell USING g_row g_col 'My Second Worksheet' 'X' ''
PERFORM merge_cell USING g_row 1 g_row 4.
PERFORM set_border USING g_row 1 g_row 4 1 'X'.
PERFORM set_color USING g_row 1 g_row 4 'LT'.
ADD 1 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'ID'(001) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Name'(002) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Telephon'(003) 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col 'Rabatt'(004) 'X' '' '' '' ''.
loop at customr table and print values into EXCEL sheet
ADD 1 TO g_row.
LOOP AT t_sheet2.
 g_col = 1.
 PERFORM fill_cell USING g_row g_col t_sheet2-col1 '' '' '' '' ''.
 PERFORM fill_cell USING g_row g_col t_sheet2-col2 '' '' '' '' ''.
 ADD 1 TO g_row.
ENDLOOP.
g_col = 4.
PERFORM set_border USING 1 1 g_row g_col 2 'X'.
ADD 4 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'This is a wrap text' 'X' ''
'X' 'C' 'T'.
PERFORM fill_cell USING g_row g_col 'Vertical - Bottom' 'X' ''
'' 'L' 'T'.
ADD 4 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'Amount 1' 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col '100.04' '' 'X' '' '' ''.
ADD 1 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'Amount 2' 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col '200.01' '' 'X' '' '' ''.
ADD 1 TO g_row.
g_col = 1.
PERFORM fill_cell USING g_row g_col 'Total' 'X' '' '' '' ''.
PERFORM fill_cell USING g_row g_col '=SUM(B13:B14)' 'X' 'X' '' '' ''.
PERFORM fill_cell USING g_row g_col '0.00' 'X' 'X' '' '' ''.
PERFORM copy_cell USING g_row 2 17 5 25 8.
ENDFORm. " ADD_WORKSHEET2
*& Form MERGE_CELL
FORM merge_cell USING i_row1 i_col1
i_row2 i_col2.
CALL METHOD OF g_excel 'Cells' = g_cell1
 EXPORTING #1 = i_row1
 #2 = i_col1.
CALL METHOD OF g_excel 'Cells' = g_cell2
 EXPORTING #1 = i_row2
 #2 = i_col2.
CALL METHOD OF g_excel 'Range' = g_cellrange
 EXPORTING #1 = g_cell1
 #2 = g_cell2.
CALL METHOD OF g_cellrange 'Merge'.
ENDFORM. " MERGE_CELL
*& Form SET_BORDER
FORM set_border USING i_row1 i_col1
i_row2 i_col2
i_thickness
i_allborders.
CALL METHOD OF g_excel 'Cells' = g_cell1
 EXPORTING #1 = i_row1
 #2 = i_col1.
CALL METHOD OF g_excel 'Cells' = g_cell2
 EXPORTING #1 = i_row2
 #2 = i_col2.
CALL METHOD OF g_excel 'Range' = g_cellrange
 EXPORTING #1 = g_cell1
 #2 = g_cell2.
IF i_allborders IS INITIAL.
 CALL METHOD OF g_cellrange 'BorderAround'
 EXPORTING #1 = 1 "Continuous line
 #2 = i_thickness. "Thickness: 1 - Normal, 4 - Thick
ELSE.
 GET PROPERTY OF g_cellrange 'Borders' = g_borders.
 SET PROPERTY OF g_borders 'LineStyle' = '1'.
 SET PROPERTY OF g_borders 'Weight' = i_thickness.
ENDIF.
ENDFORM. " SET_BORDER
*& Form SET_COLOR
FORM set_color USING i_row1 i_col1
i_row2 i_col2
i_color.
DATA: l_colorindex TYPE i.
CASE i_color.
 WHEN 'BK'.
 l_colorindex = 1. "Black
 WHEN 'BR'.
 l_colorindex = 53. "Brown
 WHEN 'OG'.
 l_colorindex = 52. "Olive Green
 WHEN 'DG'.
 l_colorindex = 51. "Dark Green
 WHEN 'DT'.
 l_colorindex = 49. "Dark Teal
 WHEN 'DB'.
 l_colorindex = 11. "Dark Blue
 WHEN 'ID'.
 l_colorindex = 55. "Indigo
 WHEN 'G4'.
 l_colorindex = 56. "Gray 80%
 WHEN 'DR'.
 l_colorindex = 9. "Dark Red
 WHEN 'OR'.
 l_colorindex = 46. "Orange
 WHEN 'DY'.
 l_colorindex = 12. "Dark Yellow
 WHEN 'GR'.
 l_colorindex = 10. "Green
 WHEN 'TL'.
 l_colorindex = 14. "Teal
 WHEN 'BL'.
 l_colorindex = 5. "Blue
 WHEN 'BY'.
 l_colorindex = 47. "Blue Gray
 WHEN 'G3'.
 l_colorindex = 16. "Gray 50%
 WHEN 'RD'.
 l_colorindex = 3. "Red
 WHEN 'LO'.
 l_colorindex = 45. "Light Orange
 WHEN 'LI'.
 l_colorindex = 43. "Lime
 WHEN 'SG'.
 l_colorindex = 50. "Sea Green
 WHEN 'AQ'.
 l_colorindex = 42. "Aqua
 WHEN 'LB'.
 l_colorindex = 41. "Light Blue
 WHEN 'VL'.
 l_colorindex = 13. "Violet
 WHEN 'G2'.
 l_colorindex = 48. "Gray 40%
 WHEN 'PK'.
 l_colorindex = 7. "Pink
 WHEN 'GD'.
 l_colorindex = 44. "Gold
 WHEN 'YL'.
 l_colorindex = 6. "Yellow
 WHEN 'BG'.
 l_colorindex = 4. "Bright Green
 WHEN 'TQ'.
 l_colorindex = 8. "Turquoise
 WHEN 'SB'.
 l_colorindex = 33. "Sky Blue
 WHEN 'PL'.
 l_colorindex = 54. "Plum
 WHEN 'G1'.
 l_colorindex = 15. "Gray 25%
 WHEN 'RS'.
 l_colorindex = 38. "Rose
 WHEN 'TN'.
 l_colorindex = 40. "Tan
 WHEN 'LY'.
 l_colorindex = 36. "Light Yellow
 WHEN 'LG'.
 l_colorindex = 35. "Light Green
 WHEN 'LT'.
 l_colorindex = 34. "Light Turquoise
 WHEN 'PB'.
 l_colorindex = 37. "Pale Blue
 WHEN 'LV'.
 l_colorindex = 39. "Lavender
 WHEN 'WH'.
 l_colorindex = 2. "White
 WHEN OTHERS.
 l_colorindex = 2. "White
ENDCASE.
CALL METHOD OF g_excel 'Cells' = g_cell1
 EXPORTING #1 = i_row1
 #2 = i_col1.
CALL METHOD OF g_excel 'Cells' = g_cell2
 EXPORTING #1 = i_row2
 #2 = i_col2.
CALL METHOD OF g_excel 'Range' = g_cellrange
 EXPORTING #1 = g_cell1
 #2 = g_cell2.
GET PROPERTY OF g_cellrange 'Interior' = g_interior.
SET PROPERTY OF g_interior 'ColorIndex' = l_colorindex.
ENDFORM. " SET_COLOR
*& Form COPY_CELL
FORM copy_cell USING i_crow i_ccol
i_prow1 i_pcol1
i_prow2 i_pcol2.
CALL METHOD OF g_excel 'Cells' = g_cell
 EXPORTING #1 = i_crow
 #2 = i_ccol.
CALL METHOD OF g_cell 'Copy'.
CALL METHOD OF g_excel 'Cells' = g_cell1
 EXPORTING #1 = i_prow1
 #2 = i_pcol1.
CALL METHOD OF g_excel 'Cells' = g_cell2
 EXPORTING #1 = i_prow2
 #2 = i_pcol2.
CALL METHOD OF g_excel 'Range' = g_cellrange
 EXPORTING #1 = g_cell1
 #2 = g_cell2.
CALL METHOD OF g_worksheet 'Paste'
 EXPORTING #1 = g_cellrange.
ENDFORM. " COPY_CELL
*& Form OPEN_TEMPLATE_FILE
FORM open_template_file.
CALL METHOD OF g_workbooks 'Open' = g_tmp_workbook
 EXPORTING #1 = g_pc_template
 #2 = 2
 #3 = 0
 #4 = 1
 #5 = 0
 #6 = 0
 #7 = 1.
CALL FUNCTION 'FLUSH'
 EXCEPTIONS
 OTHERS = 0.
GET PROPERTY OF g_tmp_workbook 'Worksheets' = g_tmp_worksheets.
GET PROPERTY OF g_tmp_worksheets 'Item' = g_tmp_worksheet1
exporting #1 = 1.
GET PROPERTY OF g_tmp_worksheets 'Item' = g_tmp_worksheet2
exporting #1 = 2.
CALL METHOD OF g_tmp_worksheet1 'Copy'
 EXPORTING #1 = g_worksheet.
CALL METHOD OF g_tmp_worksheet2 'Copy'
 EXPORTING #1 = g_worksheet.
call method of g_tmp_workbook 'Close'.
CALL FUNCTION 'FLUSH'
 EXCEPTIONS
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ENDFORM. " OPEN_TEMPLATE_FILE

How to create the INBOUND Function Module for INBOUND IDOCs

Hi Friends,
Can any Suggest me How to proceed to Create an INBOUND Function Module for Processing the INBOUND IDOCS
which are recieved from XI Server ?
I am working in SAP-ISU
Here i will recieve the INBOUND IDOCs for the Meter Reading Orders.
We have a Standard INBOUND FUNCTION MODULE
IDOC_INPUT_ISU_MR_UPLOAD
which Uploads the Meter Reading Results.
I copied the Same function Module into ZIDOC_INPUT_
and working on it.
Can any one suggest me, whether i am going in correct way or not.
In IDOC_INPUT_ISU_MR_UPLOAD Inbound fun module,
BAPI_MTRREADDOC_UPLOAD is used to Update or Insert the Meter Reading Results,
My requirment is to Insert and Update the Meter Reading Orders which are Inbounded from XI.
Can I Use the Same BAPI
BAPI_MTRREADDOC_UPLOAD
to Update the below fields,
EABL-SERNR
EABL-ZWNUMMER
EABLG-ABLESGR
EABL-V_ZWSTAND
EABL-N_ZWSTAND
EABL-ABLHINW
EABL-ZSKIPC
EABL-ADAT
EABL-ATIMTATS
EABL-ADATTATS
EABL-ATIM
EABL-ZMESSAGE
EABL-ABLESER(Meter reader number)
Kindly Suggest me,
Thanks in Advance,
Ganesh

Hello Ganesh
I think you are going completely astray with you z-function module for IDoc processing.
If you look at TABLES parameter METERREADINGRESULTS (type BAPIEABLU ) of BAPI_MTRREADDOC_UPLOAD you will find many of the requested fields already:
EABL-SERNR => BAPIEABLU-SERIALNO
EABL-ZWNUMMER =>REGISTER
EABLG-ABLESGR
EABL-V_ZWSTAND
EABL-N_ZWSTAND
EABL-ABLHINW
EABL-ZSKIPC
EABL-ADAT
EABL-ATIMTATS => ACTUALMRTIME
EABL-ADATTATS => ACTUALMRDATE
EABL-ATIM
EABL-ZMESSAGE
EABL-ABLESER(Meter reader number)
Field EABL-ZMESSAGE appears to be custom field (at least I cannot find it on ECC 6.0). If this field was added using include CI_EABL then you probably can get these values into the BAPI using the EXTENSIONIN parameter.
Check routine CHECK_UPLOADRECORDS in the BAPI which allows two extension structures:
- BAPI_TE_EABL
- BAPI_TE_EOSB
Not surprisingly BAPI_TE_EABL contains the include CI_EABL.
Regards
Uwe

Error in XXL_FULL_API function module for download report to excel

Hi all,
I am using XXL_FULL_API function module for download report to excel, In this FM we have to fill a table called sema = t_gxxlt_s. in this table we have a fields called
i_sema-col_no = 19.
i_sema-col_src = 19.
i_sema-col_typ = 'STR'.
i_sema-col_ops = 'DFT'
here in 'col_typ' if we put STR in excel it will come as a text but i wnat the time field what i have to pass ?
and for filed 'col_ops' also ??
Thaks,
Sridhar

Hi sridhar joshi,
Please check this program
REPORT Excel.
TABLES:
sflight.
* header data................................
DATA :
header1 LIKE gxxlt_p-text VALUE 'Suresh',
header2 LIKE gxxlt_p-text VALUE 'Excel sheet'.
* Internal table for holding the SFLIGHT data
DATA BEGIN OF t_sflight OCCURS 0.
 INCLUDE STRUCTURE sflight.
DATA END OF t_sflight.
* Internal table for holding the horizontal key.
DATA BEGIN OF t_hkey OCCURS 0.
 INCLUDE STRUCTURE gxxlt_h.
DATA END OF t_hkey .
* Internal table for holding the vertical key.
DATA BEGIN OF t_vkey OCCURS 0.
 INCLUDE STRUCTURE gxxlt_v.
DATA END OF t_vkey .
* Internal table for holding the online text....
DATA BEGIN OF t_online OCCURS 0.
 INCLUDE STRUCTURE gxxlt_o.
DATA END OF t_online.
* Internal table to hold print text.............
DATA BEGIN OF t_print OCCURS 0.
 INCLUDE STRUCTURE gxxlt_p.
DATA END OF t_print.
* Internal table to hold SEMA data..............
DATA BEGIN OF t_sema OCCURS 0.
 INCLUDE STRUCTURE gxxlt_s.
DATA END OF t_sema.
* Retreiving data from sflight.
SELECT * FROM sflight
 INTO TABLE t_sflight.
* Text which will be displayed online is declared here....
t_online-line_no = '1'.
t_online-info_name = 'Created by'.
t_online-info_value = 'KODANDARAMI REDDY'.
APPEND t_online.
* Text which will be printed out..........................
t_print-hf = 'H'.
t_print-lcr = 'L'.
t_print-line_no = '1'.
t_print-text = 'This is the header'.
APPEND t_print.
t_print-hf = 'F'.
t_print-lcr = 'C'.
t_print-line_no = '1'.
t_print-text = 'This is the footer'.
APPEND t_print.
* Defining the vertical key columns.......
t_vkey-col_no = '1'.
t_vkey-col_name = 'MANDT'.
APPEND t_vkey.
t_vkey-col_no = '2'.
t_vkey-col_name = 'CARRID'.
APPEND t_vkey.
t_vkey-col_no = '3'.
t_vkey-col_name = 'CONNID'.
APPEND t_vkey.
t_vkey-col_no = '4'.
t_vkey-col_name = 'FLDATE'.
APPEND t_vkey.
* Header text for the data columns................
t_hkey-row_no = '1'.
t_hkey-col_no = 1.
t_hkey-col_name = 'PRICE'.
APPEND t_hkey.
t_hkey-col_no = 2.
t_hkey-col_name = 'CURRENCY'.
APPEND t_hkey.
t_hkey-col_no = 3.
t_hkey-col_name = 'PLANETYPE'.
APPEND t_hkey.
t_hkey-col_no = 4.
t_hkey-col_name = 'SEATSMAX'.
APPEND t_hkey.
t_hkey-col_no = 5.
t_hkey-col_name = 'SEATSOCC'.
APPEND t_hkey.
t_hkey-col_no = 6.
t_hkey-col_name = 'PAYMENTSUM'.
APPEND t_hkey.
* populating the SEMA data..........................
t_sema-col_no = 1.
t_sema-col_typ = 'STR'.
t_sema-col_ops = 'DFT'.
APPEND t_sema.
t_sema-col_no = 2.
APPEND t_sema.
t_sema-col_no = 3.
APPEND t_sema.
t_sema-col_no = 4.
APPEND t_sema.
t_sema-col_no = 5.
APPEND t_sema.
t_sema-col_no = 6.
APPEND t_sema.
t_sema-col_no = 7.
APPEND t_sema.
t_sema-col_no = 8.
APPEND t_sema.
t_sema-col_no = 9.
APPEND t_sema.
t_sema-col_no = 10.
t_sema-col_typ = 'NUM'.
t_sema-col_ops = 'ADD'.
APPEND t_sema.
CALL FUNCTION 'XXL_FULL_API'
EXPORTING
* DATA_ENDING_AT = 54
* DATA_STARTING_AT = 5
 filename = 'TESTFILE'
 header_1 = header1
 header_2 = header2
 no_dialog = 'X'
 no_start = ' '
 n_att_cols = 6
 n_hrz_keys = 1
 n_vrt_keys = 4
 sema_type = 'X'
* SO_TITLE = ' '
TABLES
 data = t_sflight
 hkey = t_hkey
 online_text = t_online
 print_text = t_print
 sema = t_sema
 vkey = t_vkey
EXCEPTIONS
 cancelled_by_user = 1
 data_too_big = 2
 dim_mismatch_data = 3
 dim_mismatch_sema = 4
 dim_mismatch_vkey = 5
 error_in_hkey = 6
 error_in_sema = 7
 file_open_error = 8
 file_write_error = 9
 inv_data_range = 10
 inv_winsys = 11
 inv_xxl = 12
 OTHERS = 13
IF sy-subrc <> 0.
MESSAGE ID sy-msgid TYPE sy-msgty NUMBER sy-msgno
 WITH sy-msgv1 sy-msgv2 sy-msgv3 sy-msgv4.
ENDIF.
please refer this link
http://www.thespot4sap.com/Articles/Download_to_excel.asp
Best regards,
raam

Creation of function module for updating the ztable

Hi,
I am sending the requirement for ceation of function module for updating the ztable.
Requirement----
Table Updation rule (New record)
While creating a new record the calling function will export the following to the table handling function.
Table field     Probable Values
ZORDERNO------->     Sales Delivery no in case of sales orderShipment no in case of transfer order
UNAME----
>     User ID
ZORDTYPE----
>     SALEOR in case of sales orderTRANSF in case of transfer order
ZREFDOCNO----
>Sales Order no in case of sales orderPurchase Order no in case of transfer order
ZREFDOCNO1----
>Delivery no in case of transfer order
The table handling function will calculate the following fields
Table field     Probable Values
ZREQNO----
>Running serial number (incremented by 1 for each new record)
ZREQDAT     -
>System date
ZREQTIME----
>     System time
ZSTATUS----
>OPEN (for all new records)
Before inserting a new record the table handling function will always check if a previous record exists for the same order / shipment no. if record exists the function will not insert a new record.
Table Updation rule (Status Update)
While updating a record the calling function will export the following to the table handling function.
Table field     Probable Values
ZORDERNO----
>Sales order no in case of sales orderShipment no in case of transfer order
ZSTATUS----
>CANCEL if cancellation successfulERROR if cancellation not possible (order already processed)
The table handling function will calculate the following fields
Table field     Probable Values
ZSTATDAT----
>System date
ZSTATTIME----
>     System time

Do you have to create/update new record in Ztable through Function Module ?
or you need to write FM only for validation?
Any how, you need to create a Program with Input values for the fields of Ztable, and for rest of fields the Value can be calculated based on input as per your requirement.
Let me know clearly what exactly u need ?
Regards,
Kiran

Bom explosion function module for bypassing phantom materials

hi,
function module "cS_BOM_EXPL_MAT_V2" is used to explode the componensts of first level only.
In my case there are components at first level are phantom assemblies so i want to drill down further to arrive at E or F part which may be at 2nd or 3rd level.
please suggest any BAPI or function module for the above requirement.
Thanks.
Kumar

Dear Kumar,
check with following input values for the Functional Module
FTREL
ALEKZ
ALTVO
AUFSW
AUMGB
AUMNG                                      0.000
AUSKZ
AMIND
BAGRP
BEIKZ
BESSL
BGIXO
BREMS
CAPID                           PP01
CHLST
COSPR
CUOBJ                           000000000000000000
CUOVS
CUOLS
DATUV                           13.05.2008
DELNL
DRLDT
EHNDL
EMENG                                      2.000
ERSKZ
ERSSL
FBSTP
KNFBA
KSBVO
MBWLS                           X
MKTLS                           X
MDMPS
MEHRS                           X
MKMAT
MMAPS
SALWW
SPLWW
MMORY                           1
MTNRV                           S7690339
NLINK
POSTP
RNDKZ
RVREL
SANFR
SANIN
SANKA
SANKO
SANVS
SCHGT
STKKZ
STLAL                           1
STLAN                           1
STPST                           0
SVWVO                           X
WERKS                         5501
NORVL
MDNOT
PANOT
QVERW
VERID
VRSVO                           X
I'm using this FM with the above input parameters and I'm getting the necessary details perfectly.
Please check & revert back.
Regards
Mangalraj.S

Function module for F4 help download

HI Experts
What is the function module for F4 help download.
Thanks in advance

Hi,
Function module is F4IF_FIELD_VALUE_REQUEST.
Use the Function moduel like this in this i create screen 100 by using se51.
REPORT zcl_f4_help.
TYPES: BEGIN OF values,
         carrid TYPE spfli-carrid,
         connid TYPE spfli-connid,
       END OF values.
DATA: carrier(3) TYPE c,
      connection(4) TYPE c.
DATA: progname TYPE sy-repid,
      dynnum   TYPE sy-dynnr,
      dynpro_values TYPE TABLE OF dynpread,
      field_value LIKE LINE OF dynpro_values,
      values_tab TYPE TABLE OF values.
CALL SCREEN 100.
MODULE init OUTPUT.
progname = sy-repid.
dynnum   = sy-dynnr.
CLEAR: field_value, dynpro_values.
field_value-fieldname = 'CARRIER'.
APPEND field_value TO dynpro_values.
ENDMODULE.
MODULE cancel INPUT.
LEAVE PROGRAM.
ENDMODULE.
MODULE value_carrier INPUT.
CALL FUNCTION 'F4IF_FIELD_VALUE_REQUEST'
       EXPORTING
            tabname     = 'DEMOF4HELP'
            fieldname   = 'CARRIER1'
            dynpprog    = progname
            dynpnr      = dynnum
            dynprofield = 'CARRIER'.
ENDMODULE.
MODULE value_connection INPUT.
CALL FUNCTION 'DYNP_VALUES_READ'
       EXPORTING
            dyname             = progname
            dynumb             = dynnum
            translate_to_upper = 'X'
       TABLES
            dynpfields         = dynpro_values.
READ TABLE dynpro_values INDEX 1 INTO field_value.
SELECT carrid connid
    FROM spfli
    INTO CORRESPONDING FIELDS OF TABLE values_tab
    WHERE carrid = field_value-fieldvalue.
CALL FUNCTION 'F4IF_INT_TABLE_VALUE_REQUEST'
       EXPORTING
            retfield    = 'CONNID'
            dynpprog    = progname
            dynpnr      = dynnum
            dynprofield = 'CONNECTION'
            value_org   = 'S'
       TABLES
            value_tab   = values_tab.
ENDMODULE.
you use this exaple code.
Plz Reward if Help,
Mahi.

Function Module for F4 Help

HI Experts
What is the function module for F4 help download.
Thanks in advance

Hi,
try these fn modules,
F4IF_INT_TABLE_VALUE_REQUEST
its a F4 help that returns the values selected in an internal table.
F4_IF_FIELD_VALUE_REQUEST
It uses values from a DDIC table to provide a list of possible values

Function module for USD amount to TWD

Hi,
Any one send me function module for converting USD currency to TWD.
Thanks,
donald

HI,
DATA: gd_fcurr TYPE tcurr-fcurr,
 gd_tcurr TYPE tcurr-tcurr,
 gd_date TYPE sy-datum,
 gd_value TYPE i.
gd_fcurr = 'USD'.
gd_tcurr = 'TWD'.
gd_date = sy-datum.
gd_value = 10.
PERFORM currency_conversion USING gd_fcurr
 gd_tcurr
 gd_date
 CHANGING gd_value.
* Convert value to Currency value
*& Form currency_conversion
* text
* -->P_GD_FCURR text
* -->P_GD_TCURR text
* -->P_GD_DATE text
* <--P_GD_VALUE text
FORM currency_conversion USING p_fcurr
 p_tcurr
 p_date
 CHANGING p_value.
DATA: t_er TYPE tcurr-ukurs,
 t_ff TYPE tcurr-ffact,
 t_lf TYPE tcurr-tfact,
 t_vfd TYPE datum,
 ld_erate(12) TYPE c.
CALL FUNCTION 'READ_EXCHANGE_RATE'
 EXPORTING
* CLIENT = SY-MANDT
 date = p_date
 foreign_currency = p_fcurr
 local_currency = p_tcurr
 TYPE_OF_RATE = 'M'
* EXACT_DATE = ' '
 IMPORTING
 exchange_rate = t_er
 foreign_factor = t_ff
 local_factor = t_lf
 valid_from_date = t_vfd
* DERIVED_RATE_TYPE =
* FIXED_RATE =
* OLDEST_RATE_FROM =
 EXCEPTIONS
 no_rate_found = 1
 no_factors_found = 2
 no_spread_found = 3
 derived_2_times = 4
 overflow = 5
 zero_rate = 6
 OTHERS = 7
IF sy-subrc EQ 0.
 ld_erate = t_er / ( t_ff / t_lf ).
 p_value = p_value * ld_erate.
ENDIF.
ENDFORM. " currency_conversion
You can use
CONVERT_TO_FOREIGN_CURRENCY Convert local currency to foreign
CONVERT_TO_LOCAL_CURRENCY Convert from foreign currency to local currency currency.

Function module for translation

Hi friends,
Is there any Function module for translating the unit of currency (WAERS) to other languages. I've a requirement where I need the value EUR or USD to be printed in russian.
Thanks,
Sharmila

Hi
Please check the FM
CURRENCY_GETLIST
It basically takes the values from the table TCURT
Hope this helps..

ME_PRICING_INFORECORD Function Module for Past Values

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