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Reg:Display data using ALV
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10-14-2008 9:29 AM
Hi all,
In my Requirent i want to Display data like this Using ALV.
Please help me how to display data using alv like this.
From: Plant. Order nr : Po.Number
To: Vendor Number
Date: System Date Doc. Currency : EUR
Ship To: Ship to Address Invoice To: Invoice Address.
- SAP Managed Tags:
- ABAP Development
4 REPLIES 4
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10-14-2008 9:33 AM
Hi Venkar,
Check out the Sample code for your reference.
***********************************************************************
* Program Name : Cost Center Rolling Trend Summary Report *
* *
* Request No. : DEVK905041 *
* Requester : Jocelyn Ordanza *
* Program Type : Report *
* Programmer : Aruna Pitla *
* Date programmed : 09/24/2002 *
* Transaction code : ZF04 *
* Brief Description : This Summary Report will show a total of six *
* quarters in two plan versions based on selected *
* periods and cost center/cost element combination
* and a grand total of all the costs
*---------------------------------------------------------------------*
* Mandatory field(s) - Fiscal year *
* Plan/Fcst Version1 *
* Plan/Fcst Version2 *
* From Period *
* To Period *
* *
* Optional field(s) - Cost center group(if cost center not entered) *
* Cost center(if cost center group not entered) *
* Cost element group(if cost element not entered)*
* Cost element(if cost element group not entered)*
*---------------------------------------------------------------------*
* Remark: *
***********************************************************************
***********************************************************************
* Modification Log *
*---------------------------------------------------------------------*
* Date Programmer Change Request # *
* ---------- ---------- ---------------- *
report zfi_costcntr_rolling_trend_smr
no standard page heading
message-id zfi
line-count 65(3) line-size 161.
************************************************************************
* Declaration of Database tables
************************************************************************
tables : cosp, " CO Object: Line Items (by Period)
setleaf, " Values in Sets
cosr, " CO Object: Statistical Key Figure Totals
csks, " Cost Center Master Data
tkt03, " Stat. key figure texts
rksb1. " Work fields line-item reports
************************************************************************
* Declaration of Internal tables
************************************************************************
data : begin of it_output occurs 0,
cst_ele like cosp-kstar,
cost_ctr like csks-kostl,
qt1_tot type p decimals 0,
qt2_tot type p decimals 0,
qt3_tot type p decimals 0,
qt4_tot type p decimals 0,
qt5_tot type p decimals 0,
qt6_tot type p decimals 0,
yr_tot1 type p decimals 0,
yr_tot2 type p decimals 0,
yr_tot3 type p decimals 0,
highlevel1 like bapiset_hier-descript,
highlevel2 like bapiset_hier-descript,
highlevel3 like bapiset_hier-descript,
highlevel4 like bapiset_hier-descript,
descript like bapiset_hier-descript,
key_desc like bapiset_hier-descript,
hierlevel like bapiset_hier-hierlevel,
sortord like sy-tabix,
sortord1 like sy-tabix,
end of it_output.
* Final internal table
data : begin of it_out occurs 0,
highlevel1 like bapiset_hier-descript,
highlevel2 like bapiset_hier-descript,
highlevel3 like bapiset_hier-descript,
highlevel4 like bapiset_hier-descript,
descript like bapiset_hier-descript,
cst_ele like cosp-kstar,
cost_ctr like csks-kostl,
qt1_tot type p decimals 0,
qt2_tot type p decimals 0,
qt3_tot type p decimals 0,
qt4_tot type p decimals 0,
qt5_tot type p decimals 0,
qt6_tot type p decimals 0,
yr_tot1 type p decimals 0,
yr_tot2 type p decimals 0,
yr_tot3 type p decimals 0,
end of it_out.
data : begin of it_cntrnodes occurs 0.
include structure bapiset_hier.
data : end of it_cntrnodes.
data : begin of it_cstnodes occurs 0.
include structure bapiset_hier.
data : end of it_cstnodes.
data : begin of it_costcenters occurs 0.
include structure bapi1112_values.
data : end of it_costcenters.
data : begin of it_costelements occurs 0.
include structure bapi1112_values.
data : end of it_costelements.
data: begin of it_idynpfields occurs 0,
fieldname like dpov-fldname,
stepl like dynpread-stepl,
fieldvalue like dynpread-fieldvalue,
fieldinp like dynpread-fieldinp,
end of it_idynpfields.
data: it_bdctab like bdcdata occurs 0 with header line.
data it_output1 like it_output occurs 0 with header line.
data : begin of it_node occurs 0,
highlevel1 like bapiset_hier-descript,
highlevel2 like bapiset_hier-descript,
highlevel3 like bapiset_hier-descript,
highlevel4 like bapiset_hier-descript,
descript like it_cntrnodes-descript,
valfrom like bapi1113_values-valfrom ,
valto like bapi1113_values-valto,
sortord1 like sy-tabix,
end of it_node.
ranges : r_year for cosp-gjahr.
************************************************************************
* Global variables
************************************************************************
data : v_toperiod(30),
v_ncnt(3) type n,
v_toprd like setleaf-valto,
v_cnt type i,
v_ver_start type i.
field-symbols <fs>.
data : v_qt1_tot like it_output-qt2_tot,
v_qt2_tot like it_output-qt2_tot,
v_qt3_tot like it_output-qt2_tot,
v_qt4_tot like it_output-qt2_tot,
v_qt5_tot like it_output-qt2_tot,
v_qt6_tot like it_output-qt2_tot.
data : v_times type i.
data : v_title1(60), "report title1
v_title2(60). "report title2
* Variables for totals
data : v_total1 type p decimals 0,
v_total2 type p decimals 0,
v_total3 type p decimals 0,
v_total4 type p decimals 0,
v_total5 type p decimals 0,
v_total6 type p decimals 0,
v_total7 type p decimals 0,
v_total8 type p decimals 0,
v_total9 type p decimals 0.
* Variables for Grand Total
data : v_gtotal1 type p decimals 0,
v_gtotal2 type p decimals 0,
v_gtotal3 type p decimals 0,
v_gtotal4 type p decimals 0,
v_gtotal5 type p decimals 0,
v_gtotal6 type p decimals 0,
v_gtotal7 type p decimals 0,
v_gtotal8 type p decimals 0,
v_gtotal9 type p decimals 0.
************************************************************************
* selection-screen
************************************************************************
selection-screen begin of block b1 with frame title text-020.
parameters : p_year like cosp-gjahr memory id gjr obligatory,
" Fiscal year
p_versn1 like cosp-versn obligatory, " Plan/Fcst
" Version 1
p_versn2 like coep-versn obligatory, " Plan/Fcst
" Version 2
p_frprd like coep-perio obligatory, " From Period
p_toprd like coep-perio obligatory. " To Period
select-options : s_skey for cosr-stagr. " Statistical key figure
select-options : s_wrttp for cosp-wrttp no-display.
selection-screen end of block b1.
selection-screen begin of block b2 with frame title text-021.
parameters : p_cntrgp like rksb1-ksgru memory id ksg.
" Cost Center Group
select-options : s_cntr for csks-kostl memory id kos. " Cost Center
parameters : p_cstgp like rksb1-kagru. " Cost Element Group
select-options : s_cstele for cosp-kstar. " Cost Element
selection-screen end of block b2.
data v_cost_element like rksb1-kagru.
data v_cstcenter like rksb1-ksgru.
* Include standard page heading
include z_std_heading.
************************************************************************
* Initialization
************************************************************************
initialization.
v_title1 = 'Cost Center Rolling Trend Summary'(001).
************************************************************************
* at selection-screen
************************************************************************
* Validation for from period
at selection-screen on p_frprd.
perform validate_period.
* Validation for to period
at selection-screen on p_toprd.
perform validate_toperiod.
* Validation for version1
at selection-screen on p_versn1.
perform validate_version1.
* Validation for version2
at selection-screen on p_versn2.
perform validate_version2.
at selection-screen.
* Validation for cost center
perform validate_costcenter.
* Validation for cost center group
perform validate_costcentergp.
* Validation for cost element
perform validate_costelement.
* Validation for cost element group
perform validate_costelementgp.
at selection-screen on value-request for p_cntrgp.
* Search help for cost center group
perform cost_cntr_gp_valuehelp.
at selection-screen on value-request for p_cstgp.
* Search help for cost element group
perform cost_ele_gp_valuehelp.
************************************************************************
* Top-of-page
************************************************************************
top-of-page.
* Display standard page heading
perform pgh_standard_heading using v_title1 v_title2.
* Display selection screen
perform display_selection_screen.
* Display column headings
perform display_heading.
************************************************************************
* start-of-selection
************************************************************************
start-of-selection.
* Extraction of Data.
perform frm_extract_data.
************************************************************************
* end-of-selection
************************************************************************
end-of-selection.
if not it_out[] is initial.
* Display report output
perform display_report.
else.
message I005 with 'No record found for Selected Criteria'(034).
exit.
endif.
*&---------------------------------------------------------------------*
*& Form display_selection_screen
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
form display_selection_screen.
if not p_year is initial.
write :/3 'Year'(023), 34 p_year.
endif.
if not p_versn1 is initial.
write :/3 'Version 1'(024), 34 p_versn1.
endif.
if not p_versn2 is initial.
write :/3 'Version 2'(025), 34 p_versn2.
endif.
if not p_frprd is initial.
write :/3 'From Period'(026), 34 p_frprd .
endif.
if not p_toprd is initial.
write :/3 'To Period'(027), 34 p_toprd .
endif.
if not s_skey[] is initial and p_cntrgp eq space.
write :/3 'Statistical key'(028),34 s_skey-low .
if not s_skey-high is initial.
write : 50 'to'(029), 53 s_skey-high.
endif.
endif.
if not p_cntrgp is initial.
write :/3 'Cost Center Grp'(030),34 p_cntrgp.
endif.
if not s_cntr-low is initial and p_cntrgp eq space.
write :/3 'Cost Center'(031),34 s_cntr-low .
if not s_cntr-high is initial.
write : 50 'to'(029), 53 s_cntr-high.
endif.
endif.
if not p_cstgp is initial.
write :/3 'Cost Element Grp'(032),34 p_cstgp.
endif.
if not s_cstele-low is initial.
write :/3 'Cost Element'(033),34 s_cstele-low .
if not s_cstele-high is initial.
write : 50 'to'(029), 53 s_cstele-high.
endif.
endif.
endform. " display_selection_screen
*&---------------------------------------------------------------------*
*& Form frm_extract_data
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
form frm_extract_data.
perform display_cst_element.
if s_cntr[] is initial.
* Get Cost Center data
perform get_cost_center.
endif.
if s_cstele[] is initial.
* Get Cost element data
perform get_cost_element.
endif.
* Get Object data
perform get_obj_data.
* Transfer the data to the internal table it_out.
perform transfer_data.
endform. " frm_extract_data
*&---------------------------------------------------------------------*
*& Form get_cost_center
*&---------------------------------------------------------------------*
* Getting the details of cost center
*----------------------------------------------------------------------*
form get_cost_center.
call function 'BAPI_COSTCENTERGROUP_GETDETAIL'
exporting
controllingarea = 'EGLS'
groupname = p_cntrgp
tables
hierarchynodes = it_cntrnodes
hierarchyvalues = it_costcenters.
if sy-subrc = 0.
loop at it_costcenters.
s_cntr-low = it_costcenters-valfrom.
s_cntr-high = it_costcenters-valto.
s_cntr-sign = 'I'.
s_cntr-option = 'EQ'.
append s_cntr.
clear s_cntr.
endloop.
endif.
endform. " get_cost_center
*&---------------------------------------------------------------------*
*& Form get_cost_element
*&---------------------------------------------------------------------*
* Getting the details of cost element
*----------------------------------------------------------------------*
form get_cost_element.
call function 'BAPI_COSTELEMENTGRP_GETDETAIL'
exporting
chartofaccounts = 'WWCA'
groupname = p_cstgp
tables
hierarchynodes = it_cstnodes
hierarchyvalues = it_costelements.
if sy-subrc = 0.
loop at it_costelements.
s_cstele-low = it_costelements-valfrom.
s_cstele-high = it_costelements-valto.
s_cstele-sign = 'I'.
s_cstele-option = 'BT'.
append s_cstele.
clear s_cstele.
endloop.
loop at it_cstnodes.
if it_cstnodes-hierlevel = 0.
it_node-highlevel1 = it_cstnodes-descript.
if it_cstnodes-valcount eq 0 .
continue.
else.
perform append_records_to_node.
endif.
endif.
if it_cstnodes-hierlevel = 1.
it_node-highlevel2 = it_cstnodes-descript.
if it_cstnodes-valcount eq 0 .
continue.
else.
perform append_records_to_node.
endif.
endif.
if it_cstnodes-hierlevel = 2.
it_node-highlevel3 = it_cstnodes-descript.
if it_cstnodes-valcount eq 0 .
continue.
else.
perform append_records_to_node.
endif.
endif.
if it_cstnodes-hierlevel = 3.
it_node-highlevel4 = it_cstnodes-descript.
if it_cstnodes-valcount eq 0 .
continue.
else.
perform append_records_to_node.
endif.
endif.
endloop.
endif.
endform. " get_cost_element
*&---------------------------------------------------------------------
*& Form get_obj_data
*&---------------------------------------------------------------------
* Getting the required data
*----------------------------------------------------------------------
form get_obj_data.
* Build the range for the period and the year
perform build_the_range.
if not s_skey[] is initial.
* Get the Headcount data
perform get_the_headcount.
perform add_headcount.
endif.
*--Get the COSP data
perform get_data_cosp.
* Get the Quarter totals for the respective years
perform get_year_totals.
endform. " get_obj_data
*&---------------------------------------------------------------------
*& Form build_the_range
*&---------------------------------------------------------------------
* Builing the Quarters range
*----------------------------------------------------------------------
form build_the_range.
data : l_period like coep-perio,
l_year like cosp-gjahr.
* Build the range for the year
r_year-low = p_year.
r_year-sign = 'I'.
r_year-option = 'BT'.
l_period = p_toprd.
l_year = p_year.
do 15 times.
l_period = l_period + 1.
if l_period > 12.
l_year = l_year + 1.
l_period = 1.
endif.
enddo.
r_year-high = l_year.
append r_year.
clear r_year.
endform. " build_the_range
*&---------------------------------------------------------------------
*& Form get_the_headcount
*&---------------------------------------------------------------------
* Getting the headcount data
*----------------------------------------------------------------------
form get_the_headcount.
data : l_objnr like cosr-objnr,
l_length type i,
l_length1 type i.
clear v_toperiod.
refresh s_wrttp.
if p_versn1 = '000' .
s_wrttp-low = '04'.
s_wrttp-option = 'EQ'.
s_wrttp-sign = 'I'.
append s_wrttp.
else .
refresh s_wrttp.
endif.
*---Added
select * from cosr
where lednr = '00' and
gjahr = p_year and
wrttp in s_wrttp and
versn = p_versn1 and
stagr in s_skey.
clear : v_qt2_tot, v_qt3_tot, v_qt4_tot, v_qt5_tot, v_qt6_tot, v_cnt
.
v_ncnt = v_toprd.
l_objnr = cosr-objnr.
l_length = strlen( l_objnr ).
l_length1 = l_length - 10.
v_times = p_toprd - p_frprd + 1.
v_ncnt = p_frprd.
* validation of objnr last four characters with respect to the
* selection screen cost centers
check cosr-objnr+l_length1(10) in s_cntr.
do v_times times.
v_cnt = v_cnt + 1.
concatenate 'cosr-sme' v_ncnt into v_toperiod.
condense v_toperiod no-gaps.
assign (v_toperiod) to <fs>.
if v_cnt between 1 and 3.
v_qt1_tot = <fs>.
elseif v_cnt between 4 and 6.
v_qt2_tot = <fs>.
elseif v_cnt between 7 and 9.
v_qt3_tot = <fs>.
elseif v_cnt between 10 and 12.
v_qt4_tot = <fs>.
endif.
v_ncnt = v_ncnt + 1.
enddo.
read table it_output with key cst_ele = cosr-stagr
cost_ctr = cosr-objnr+l_length1(10)
binary search.
if sy-subrc eq 0 .
it_output-qt1_tot = it_output-qt1_tot + v_qt1_tot.
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
modify it_output index sy-tabix.
clear it_output.
else.
clear tkt03.
select single * from tkt03 where kokrs eq 'EGLS'
and stagr eq cosr-stagr.
it_output-descript = tkt03-bezei.
it_output-key_desc = tkt03-bezei.
it_output-cst_ele = cosr-stagr.
it_output-cost_ctr = cosr-objnr+l_length1(10).
it_output-qt1_tot = it_output-qt1_tot + v_qt1_tot.
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-sortord = 900.
it_output-sortord1 = 900.
append it_output.
clear it_output.
sort it_output by cst_ele cost_ctr.
endif.
endselect.
*--End
sort it_output by cst_ele cost_ctr.
* Headcount for the other Quarters
perform headcount_other_quarts.
loop at it_output.
it_output-qt1_tot = it_output-qt1_tot * 1000.
it_output-qt2_tot = it_output-qt2_tot * 1000.
it_output-qt3_tot = it_output-qt3_tot * 1000.
it_output-qt4_tot = it_output-qt4_tot * 1000.
it_output-qt5_tot = it_output-qt5_tot * 1000.
it_output-qt6_tot = it_output-qt6_tot * 1000.
modify it_output.
endloop.
endform. " get_the_headcount
*&---------------------------------------------------------------------
*& Form GET_DATA_COSP
*&---------------------------------------------------------------------
* Getting the cosp data
*----------------------------------------------------------------------
form get_data_cosp.
data : l_length type i,
l_length1 type i.
data : l_year like cosr-gjahr.
refresh s_wrttp.
if p_versn1 = '000' .
s_wrttp-low = '04'.
s_wrttp-option = 'EQ'.
s_wrttp-sign = 'I'.
append s_wrttp.
else.
refresh s_wrttp.
endif.
select * from cosp
where lednr = '00' and
gjahr = p_year and
wrttp in s_wrttp and
versn = p_versn1 and
kstar in s_cstele.
*---Added
clear: v_qt1_tot, v_qt2_tot, v_qt3_tot, v_qt4_tot, v_qt5_tot, v_qt6_tot
, v_cnt, it_output.
v_ncnt = p_frprd.
l_length = strlen( cosp-objnr ).
l_length1 = l_length - 10.
v_times = p_toprd - p_frprd + 1.
v_toprd = p_toprd.
check cosp-objnr+l_length1(10) in s_cntr.
do v_times times.
v_cnt = v_cnt + 1.
concatenate 'cosp-wkg' v_ncnt into v_toperiod.
condense v_toperiod no-gaps.
assign (v_toperiod) to <fs>.
if v_cnt between 1 and 3.
v_qt1_tot = v_qt1_tot + <fs>.
elseif v_cnt between 4 and 6.
v_qt2_tot = v_qt2_tot + <fs>.
elseif v_cnt between 7 and 9.
v_qt3_tot = v_qt3_tot + <fs>.
elseif v_cnt between 10 and 12.
v_qt4_tot = v_qt4_tot + <fs>.
endif.
v_ncnt = v_ncnt + 1.
enddo.
read table it_output with key cst_ele = cosp-kstar
cost_ctr = cosp-objnr+l_length1(10)
binary search.
if sy-subrc eq 0 .
it_output-qt1_tot = it_output-qt1_tot + v_qt1_tot.
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
modify it_output index sy-tabix.
clear it_output.
else.
it_output-cost_ctr = cosp-objnr+l_length1(10).
it_output-cst_ele = cosp-kstar.
it_output-qt1_tot = it_output-qt1_tot + v_qt1_tot.
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-key_desc = space.
loop at it_node where valfrom le cosp-kstar
and valto ge cosp-kstar.
it_output-descript = it_node-descript.
it_output-sortord = sy-tabix.
it_output-sortord1 = it_node-sortord1.
it_output-highlevel1 = it_node-highlevel1.
it_output-highlevel2 = it_node-highlevel2.
it_output-highlevel3 = it_node-highlevel3.
it_output-highlevel4 = it_node-highlevel4.
endloop.
append it_output.
clear it_output.
endif.
endselect.
*--End Added
sort it_output by cst_ele cost_ctr.
refresh s_wrttp.
if p_versn2 = '000' .
s_wrttp-low = '04'.
s_wrttp-option = 'EQ'.
s_wrttp-sign = 'I'.
append s_wrttp.
else .
refresh s_wrttp.
endif.
v_ver_start = v_times.
v_times = 18 - v_times."mmundhada 12/02
select * from cosp
where lednr = '00' and
* gjahr = p_year and
wrttp in s_wrttp and
versn = p_versn2 and
kstar in s_cstele.
clear : v_qt2_tot, v_qt3_tot, v_qt4_tot, v_qt5_tot, v_qt6_tot, v_cnt
.
* v_times = p_toprd - p_frprd + 1. "mmundhada 12/02
v_ncnt = v_toprd.
l_year = p_year.
l_length = strlen( cosp-objnr ).
l_length1 = l_length - 10.
check cosp-objnr+l_length1(10) in s_cntr.
v_cnt = v_ver_start .
do v_times times.
v_ncnt = v_ncnt + 1.
if v_ncnt > 12.
l_year = l_year + 1.
v_ncnt = 1.
* v_cnt = 12. "mmundhada 12/02
perform calculate_v_cnt.
endif.
check cosp-gjahr = l_year.
v_cnt = v_cnt + 1.
concatenate 'cosp-wkg' v_ncnt into v_toperiod.
condense v_toperiod no-gaps.
assign (v_toperiod) to <fs>.
if v_cnt between 4 and 6.
v_qt2_tot = v_qt2_tot + <fs>.
elseif v_cnt between 7 and 9.
v_qt3_tot = v_qt3_tot + <fs>.
elseif v_cnt between 10 and 12.
v_qt4_tot = v_qt4_tot + <fs>.
elseif v_cnt between 13 and 15.
v_qt5_tot = v_qt5_tot + <fs>.
elseif v_cnt between 16 and 18.
v_qt6_tot = v_qt6_tot + <fs>.
endif.
*v_toprd = v_toprd + 1.
enddo.
read table it_output with key cst_ele = cosp-kstar
cost_ctr = cosp-objnr+l_length1(10)
binary search.
if sy-subrc eq 0 .
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-qt5_tot = it_output-qt5_tot + v_qt5_tot.
it_output-qt6_tot = it_output-qt6_tot + v_qt6_tot.
modify it_output index sy-tabix.
clear it_output.
*---Added mgm 10/07 mmundhada
else.
it_output-cost_ctr = cosp-objnr+l_length1(10).
it_output-cst_ele = cosp-kstar.
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-qt5_tot = it_output-qt5_tot + v_qt5_tot.
it_output-qt6_tot = it_output-qt6_tot + v_qt6_tot.
it_output-key_desc = space.
loop at it_node where valfrom le cosp-kstar
and valto ge cosp-kstar.
it_output-descript = it_node-descript.
it_output-sortord = sy-tabix.
it_output-sortord1 = it_node-sortord1.
it_output-highlevel1 = it_node-highlevel1.
it_output-highlevel2 = it_node-highlevel2.
it_output-highlevel3 = it_node-highlevel3.
it_output-highlevel4 = it_node-highlevel4.
endloop.
append it_output.
clear it_output.
sort it_output by cst_ele cost_ctr.
*---End of Add 10/07
endif.
endselect.
delete it_output where qt1_tot = 0
and qt2_tot = 0
and qt3_tot = 0
and qt4_tot = 0
and qt5_tot = 0
and qt6_tot = 0.
endform. " GET_DATA_COSP
*&---------------------------------------------------------------------
*& Form get_year_totals
*&---------------------------------------------------------------------
* Getting the respective year totals
*----------------------------------------------------------------------
form get_year_totals.
loop at it_output.
if p_frprd = 1.
it_output-yr_tot1 = it_output-qt1_tot + it_output-qt2_tot +
it_output-qt3_tot + it_output-qt4_tot.
it_output-yr_tot2 = it_output-qt5_tot + it_output-qt6_tot.
elseif p_frprd = 4.
it_output-yr_tot1 = it_output-qt1_tot + it_output-qt2_tot +
it_output-qt3_tot.
it_output-yr_tot2 = it_output-qt4_tot + it_output-qt5_tot +
it_output-qt6_tot.
elseif p_frprd = 7.
it_output-yr_tot1 = it_output-qt1_tot + it_output-qt2_tot.
it_output-yr_tot2 = it_output-qt3_tot + it_output-qt4_tot +
it_output-qt5_tot + it_output-qt6_tot.
elseif p_frprd = 10.
it_output-yr_tot1 = it_output-qt1_tot.
it_output-yr_tot2 = it_output-qt2_tot + it_output-qt3_tot +
it_output-qt4_tot + it_output-qt5_tot.
it_output-yr_tot3 = it_output-qt6_tot.
endif.
if not it_output-key_desc is initial.
clear : it_output-yr_tot1, it_output-yr_tot2,it_output-yr_tot3.
endif.
modify it_output index sy-tabix.
clear it_output.
endloop.
endform. " get_year_totals
*&---------------------------------------------------------------------
*& Form display_heading
*&---------------------------------------------------------------------
* Display column headings
*----------------------------------------------------------------------
form display_heading.
data l_tabix like sy-tabix.
data : l_year2 like cosr-gjahr,
l_year3 like cosr-gjahr.
data : v_text1(35),
v_text2(35),
v_text3(35).
l_year2 = p_year + 1.
l_year3 = p_year + 2.
v_text1(4) = p_year.
v_text1+5(5) = 'Total'(011).
v_text2(4) = l_year2.
v_text2+5(5) = 'Total'(011).
v_text3(4) = l_year3.
v_text3+5(5) = 'Total'(011).
skip.
uline.
format color col_heading on.
if p_frprd = 10.
write: / 'Description'(002),
45 sy-vline,
46 'Cst Ctr'(004),
61 sy-vline,
62(10) 'Q4',p_year,
72 sy-vline,
73(10) v_text1,
83 sy-vline,
84(10) 'Q1',l_year2,
94 sy-vline,
95(10) 'Q2',l_year2,
105 sy-vline,
106(10) 'Q3',l_year2,
116 sy-vline,
117(10) 'Q4',l_year2,
127 sy-vline,
128(10) v_text2,
138 sy-vline,
139(10) 'Q1',l_year3,
150 sy-vline,
151(10) v_text3,
161 sy-vline.
elseif p_frprd = 7.
write: / 'Description'(002),
45 sy-vline,
46 'Cst Ctr'(004),
61 sy-vline,
62(10) 'Q3',p_year,
72 sy-vline,
73(10) 'Q4',p_year,
83 sy-vline,
84(10) v_text1,
94 sy-vline,
95(10) 'Q1',l_year2,
105 sy-vline,
106(10) 'Q2',l_year2,
116 sy-vline,
117(10) 'Q3',l_year2,
127 sy-vline,
128(10) 'Q4',l_year2,
138 sy-vline,
139(10) v_text2,
150 sy-vline.
elseif p_frprd = 4.
write: / 'Description'(002),
45 sy-vline,
46 'Cst Ctr'(004),
61 sy-vline,
62(10) 'Q2',p_year,
72 sy-vline,
73(10) 'Q3',p_year,
83 sy-vline,
84(10) 'Q4',p_year,
94 sy-vline,
95(10) v_text1,
105 sy-vline,
106(10) 'Q1',l_year2,
116 sy-vline,
117(10) 'Q2',l_year2,
127 sy-vline,
128(10) 'Q3',l_year2,
138 sy-vline,
139(10) v_text2,
150 sy-vline.
elseif p_frprd = 1.
write: / 'Description'(002),
45 sy-vline,
46 'Cst Ctr'(004),
61 sy-vline,
62(10) 'Q1',p_year,
72 sy-vline,
73(10) 'Q2'(006),p_year,
83 sy-vline,
84(10) 'Q3'(007),p_year,
94 sy-vline,
95(10) 'Q4'(008),p_year,
105 sy-vline,
106(10) v_text1,
116 sy-vline,
117(10) 'Q1',l_year2,
127 sy-vline,
128(10) 'Q2',l_year2,
138 sy-vline,
139(10) v_text2,
150 sy-vline.
endif.
format color col_heading off.
uline.
endform. " display_heading
*&---------------------------------------------------------------------
*& Form validate_period
*&---------------------------------------------------------------------
* Validate from period
*----------------------------------------------------------------------
form validate_period.
if p_frprd = 1 or
p_frprd = 4 or
p_frprd = 7 or
p_frprd = 10.
else.
message e005 with 'Enter a valid period'(012).
endif.
endform. " validate_period
*&---------------------------------------------------------------------
*& Form validate_toperiod
*&---------------------------------------------------------------------
* Validate to period
*----------------------------------------------------------------------
form validate_toperiod.
if p_toprd = 3 or
p_toprd = 6 or
p_toprd = 9 or
p_toprd = 12.
else.
message e005 with 'Enter a valid period'(013).
endif.
endform. " validate_toperiod
*&---------------------------------------------------------------------
*& Form validate_version1
*&---------------------------------------------------------------------
* Validate version1
*----------------------------------------------------------------------
form validate_version1.
* Local variable
data l_versn1 like cosp-versn. " version1
clear l_versn1.
select versn
into l_versn1
from tka09 up to 1 rows
where versn = p_versn1.
endselect.
if sy-subrc <> 0.
message e005 with 'Check the version1 entry'(014).
endif.
endform. " validate_version1
*&---------------------------------------------------------------------
*& Form validate_version2
*&---------------------------------------------------------------------
* Validate version2
*----------------------------------------------------------------------
form validate_version2.
* Local variable
data l_versn2 like cosp-versn. " version2
clear l_versn2.
select versn
into l_versn2
from tka09 up to 1 rows
where versn = p_versn2.
endselect.
if sy-subrc <> 0.
message e005 with 'Check the version2 entry'(015).
endif.
endform. " validate_version2
*&---------------------------------------------------------------------
*& Form validate_costcenter
*&---------------------------------------------------------------------
* Validate cost center
*----------------------------------------------------------------------
form validate_costcenter.
if s_cntr-low is initial and s_cntr-high is initial
and p_cntrgp is initial.
message e005 with 'Enter cost center or the cost center group'(016).
endif.
if not s_cntr-low is initial and not p_cntrgp is initial.
message e005 with 'Enter cost center or the cost center group'(016).
endif.
endform. " validate_costcenter
*&---------------------------------------------------------------------
*& Form validate_costcentergp
*&---------------------------------------------------------------------
* Validate cost center group
*----------------------------------------------------------------------
form validate_costcentergp.
if p_cntrgp is initial.
clear it_idynpfields.
refresh it_idynpfields.
it_idynpfields-fieldname = 'S_CNTR-LOW'.
append it_idynpfields.
call function 'DYNP_VALUES_READ'
exporting
dyname = sy-cprog
dynumb = '1000'
tables
dynpfields = it_idynpfields.
* exceptions
* invalid_abapworkarea = 1
* invalid_dynprofield = 2
* invalid_dynproname = 3
* invalid_dynpronummer = 4
* invalid_request = 5
* no_fielddescription = 6
* invalid_parameter = 7
* undefind_error = 8
* double_conversion = 9
* stepl_not_found = 10
* others = 11.
read table it_idynpfields.
if it_idynpfields-fieldvalue = ' '.
message e005 with 'Enter cost center or the cost center group'(016)
.
endif.
endif.
endform. " validate_costcentergp
*&---------------------------------------------------------------------
*& Form validate_costelement
*&---------------------------------------------------------------------
* Validate cost element
*----------------------------------------------------------------------
form validate_costelement.
if s_cstele-low is initial and p_cstgp is initial.
message e005 with 'Enter cost element or the cost element group'(017)
.
endif.
if not s_cstele-low is initial and not p_cstgp is initial.
message e005 with 'Enter cost element or the cost element group'(017) .
endif.
endform. " validate_costelement
*&---------------------------------------------------------------------
*& Form validate_costelementgp
*&---------------------------------------------------------------------
* Validate cost element group
*----------------------------------------------------------------------
form validate_costelementgp.
if s_cstele-low is initial.
if p_cstgp is initial.
message e005 with 'Enter cost element or the cost element group'(017)
.
endif.
endif.
endform. " validate_costelementgp
*&---------------------------------------------------------------------
*& Form cost_cntr_gp_valuehelp
*&---------------------------------------------------------------------
* Search help for cost center group
*----------------------------------------------------------------------
form cost_cntr_gp_valuehelp.
call function 'K_GROUP_SELECT'
exporting
class = '0101'
field_name ='KOSTL'
table = 'CCSS'
importing
set_name = p_cntrgp
exceptions
no_set_picked = 02.
case sy-subrc.
when 1.
message s005 with 'An appropriate object was not found'(018).
when 2.
message s005 with 'No object was selected'(019).
endcase.
endform. " cost_cntr_gp_valuehelp
*&---------------------------------------------------------------------
*& Form cost_ele_gp_valuehelp
*&---------------------------------------------------------------------
* Search help for cost element group
*----------------------------------------------------------------------
form cost_ele_gp_valuehelp.
call function 'K_GROUP_SELECT'
exporting
class = '0102'
field_name = 'KSTAR'
table = 'CCSS'
importing
set_name = p_cstgp
exceptions
no_set_picked = 02.
case sy-subrc.
when 1.
message s005 with 'An appropriate object was not found'(018).
when 2.
message s005 with 'No object was selected'(019).
endcase.
endform. " cost_ele_gp_valuehelp
*&---------------------------------------------------------------------
*& Form headcount_other_quarts
*&---------------------------------------------------------------------
* Getting the head count data
*----------------------------------------------------------------------
form headcount_other_quarts.
data : l_objnr like cosr-objnr,
l_year like cosr-gjahr,
l_toprd like coep-perio,
l_rec_cnt type i,
l_length type i,
l_length1 type i.
clear : v_toperiod,
v_toprd,
v_cnt,
l_objnr,
l_year,
l_length,
l_length1.
v_times = p_toprd - p_frprd + 1.
v_ver_start = v_times.
v_times = 18 - v_times.
v_toprd = p_toprd.
l_year = p_year.
clear v_toperiod.
refresh s_wrttp.
if p_versn2 = '000' .
s_wrttp-low = '04'.
s_wrttp-option = 'EQ'.
s_wrttp-sign = 'I'.
append s_wrttp.
else .
refresh s_wrttp.
endif.
select * from cosr
where lednr = '00' and
gjahr in r_year and
wrttp in s_wrttp and
versn = p_versn2 and
stagr in s_skey.
clear : v_qt2_tot, v_qt3_tot, v_qt4_tot, v_qt5_tot, v_qt6_tot, v_cnt
.
v_ncnt = v_toprd.
l_year = p_year.
l_objnr = cosr-objnr.
l_length = strlen( l_objnr ).
l_length1 = l_length - 10.
* validation of objnr last four characters with respect to the
* selection screen cost centers
check cosr-objnr+l_length1(10) in s_cntr.
v_cnt = v_ver_start .
do v_times times.
v_ncnt = v_ncnt + 1.
if v_ncnt > 12.
l_year = l_year + 1.
v_ncnt = 1.
* v_cnt = 12. "mmundhada 12/02
perform calculate_v_cnt.
endif.
check cosr-gjahr = l_year.
v_cnt = v_cnt + 1.
concatenate 'cosr-sme' v_ncnt into v_toperiod.
condense v_toperiod no-gaps.
assign (v_toperiod) to <fs>.
if v_cnt between 4 and 6.
v_qt2_tot = <fs>.
elseif v_cnt between 7 and 9.
v_qt3_tot = <fs>.
elseif v_cnt between 10 and 12.
v_qt4_tot = <fs>.
elseif v_cnt between 13 and 15.
v_qt5_tot = <fs>.
elseif v_cnt between 16 and 18.
v_qt6_tot = <fs>.
endif.
enddo.
read table it_output with key cst_ele = cosr-stagr
cost_ctr = cosr-objnr+l_length1(10)
binary search.
if sy-subrc eq 0 .
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-qt5_tot = it_output-qt5_tot + v_qt5_tot.
it_output-qt6_tot = it_output-qt6_tot + v_qt6_tot.
modify it_output index sy-tabix.
clear it_output.
else.
clear tkt03.
select single * from tkt03 where kokrs eq 'EGLS'
and stagr eq cosr-stagr.
it_output-descript = tkt03-bezei.
it_output-key_desc = tkt03-bezei.
it_output-cst_ele = cosr-stagr.
it_output-cost_ctr = cosr-objnr+l_length1(10).
it_output-qt2_tot = it_output-qt2_tot + v_qt2_tot.
it_output-qt3_tot = it_output-qt3_tot + v_qt3_tot.
it_output-qt4_tot = it_output-qt4_tot + v_qt4_tot.
it_output-qt5_tot = it_output-qt5_tot + v_qt5_tot.
it_output-qt6_tot = it_output-qt6_tot + v_qt6_tot.
it_output-sortord = 900.
it_output-sortord1 = 900.
append it_output.
clear it_output.
sort it_output by cst_ele cost_ctr.
endif.
clear it_output.
endselect.
* clear it_output-cst_ele.
* modify it_output transporting cst_ele where cst_ele ne space.
endform. " headcount_other_quarts
*&---------------------------------------------------------------------
*& Form display_report
*&---------------------------------------------------------------------
* Display the report output
*----------------------------------------------------------------------
form display_report.
data : fg_gtotal, " flag for grand total display in case of
fg_nodesc value 'X'.
" headcount data
data l_sytabix like sy-tabix.
loop at it_out.
l_sytabix = sy-tabix.
* Displaying the Grand total when there is headcount data
at new highlevel1.
read table it_out index l_sytabix.
if it_out-highlevel1 is initial.
if it_out-descript <> ' ' and l_sytabix <> 1.
if fg_nodesc = 'X'.
uline.
format color col_total intensified on.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
if p_frprd = 10.
perform display_grand_total_4q.
elseif p_frprd = 7.
perform display_grand_total_3q.
elseif p_frprd = 4.
perform display_grand_total_2q.
elseif p_frprd = 1.
perform display_grand_total_1q.
endif.
format color col_total off.
uline.
clear fg_nodesc.
endif.
endif.
endif.
endat.
* Displaying the records corresponding to the cost element which have
* no description and the headcount data
if it_out-highlevel1 is initial.
if it_out-descript <> ' '.
fg_gtotal = 'X'.
* Displaying the grand total when there is headcount data
* and records having no description
if fg_nodesc = 'X'.
uline.
format color col_total intensified on.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
if p_frprd = 10.
perform display_grand_total_4q.
elseif p_frprd = 7.
perform display_grand_total_3q.
elseif p_frprd = 4.
perform display_grand_total_2q.
elseif p_frprd = 1.
perform display_grand_total_1q.
endif.
format color col_total off.
uline.
clear fg_nodesc.
endif.
endif.
clear : v_total1,
v_total2,
v_total3,
v_total4,
v_total5,
v_total6,
v_total7,
v_total8,
v_total9.
v_total1 = it_out-qt1_tot.
v_total2 = it_out-qt2_tot.
v_total3 = it_out-qt3_tot.
v_total4 = it_out-qt4_tot.
v_total5 = it_out-qt5_tot.
v_total6 = it_out-qt6_tot.
v_total7 = it_out-yr_tot1.
v_total8 = it_out-yr_tot2.
v_total9 = it_out-yr_tot3.
read table it_out index l_sytabix.
* grand total when there is no headcount data and records corresponding
* to cost elements which have no description
if it_out-descript = ' '.
v_gtotal1 = v_gtotal1 + v_total1.
v_gtotal2 = v_gtotal2 + v_total2.
v_gtotal3 = v_gtotal3 + v_total3.
v_gtotal4 = v_gtotal4 + v_total4.
v_gtotal5 = v_gtotal5 + v_total5.
v_gtotal6 = v_gtotal6 + v_total6.
v_gtotal7 = v_gtotal7 + v_total7.
v_gtotal8 = v_gtotal8 + v_total8.
v_gtotal9 = v_gtotal9 + v_total9.
endif.
write: / it_out-descript.
if p_frprd = 10.
perform write_output_for_4q.
elseif p_frprd = 7.
perform write_output_for_3q.
elseif p_frprd = 4.
perform write_output_for_2q.
elseif p_frprd = 1.
perform write_output_for_1q.
endif.
endif.
* Displaying the records for cost element data
at end of highlevel4.
if not it_out-highlevel4 is initial.
clear : v_total1,
v_total2,
v_total3,
v_total4,
v_total5,
v_total6,
v_total7,
v_total8,
v_total9.
sum.
v_total1 = it_out-qt1_tot.
v_total2 = it_out-qt2_tot.
v_total3 = it_out-qt3_tot.
v_total4 = it_out-qt4_tot.
v_total5 = it_out-qt5_tot.
v_total6 = it_out-qt6_tot.
v_total7 = it_out-yr_tot1.
v_total8 = it_out-yr_tot2.
v_total9 = it_out-yr_tot3.
read table it_out index l_sytabix.
write: / it_out-highlevel4.
if p_frprd = 10.
perform write_output_for_4q.
elseif p_frprd = 7.
perform write_output_for_3q.
elseif p_frprd = 4.
perform write_output_for_2q.
elseif p_frprd = 1.
perform write_output_for_1q.
endif.
endif.
endat.
at end of highlevel3.
if not it_out-highlevel3 is initial.
clear : v_total1,
v_total2,
v_total3,
v_total4,
v_total5,
v_total6,
v_total7,
v_total8,
v_total9.
sum.
v_total1 = it_out-qt1_tot.
v_total2 = it_out-qt2_tot.
v_total3 = it_out-qt3_tot.
v_total4 = it_out-qt4_tot.
v_total5 = it_out-qt5_tot.
v_total6 = it_out-qt6_tot.
v_total7 = it_out-yr_tot1.
v_total8 = it_out-yr_tot2.
v_total9 = it_out-yr_tot3.
read table it_out index l_sytabix.
if not it_out-highlevel4 is initial.
uline.
format color col_positive on.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
endif.
write: / it_out-highlevel3.
if p_frprd = 10.
perform write_output_for_4q.
elseif p_frprd = 7.
perform write_output_for_3q.
elseif p_frprd = 4.
perform write_output_for_2q.
elseif p_frprd = 1.
perform write_output_for_1q.
endif.
if not it_out-highlevel4 is initial.
format color col_positive off.
uline.
endif.
endif.
endat.
at end of highlevel2.
if not it_out-highlevel2 is initial.
clear : v_total1,
v_total2,
v_total3,
v_total4,
v_total5,
v_total6,
v_total7,
v_total8,
v_total9.
sum.
v_total1 = it_out-qt1_tot.
v_total2 = it_out-qt2_tot.
v_total3 = it_out-qt3_tot.
v_total4 = it_out-qt4_tot.
v_total5 = it_out-qt5_tot.
v_total6 = it_out-qt6_tot.
v_total7 = it_out-yr_tot1.
v_total8 = it_out-yr_tot2.
v_total9 = it_out-yr_tot3.
read table it_out index l_sytabix.
if not it_out-highlevel3 is initial.
uline.
format color col_group on.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
endif.
write: / it_out-highlevel2.
if p_frprd = 10.
perform write_output_for_4q.
elseif p_frprd = 7.
perform write_output_for_3q.
elseif p_frprd = 4.
perform write_output_for_2q.
elseif p_frprd = 1.
perform write_output_for_1q.
endif.
if not it_out-highlevel3 is initial.
format color col_group off.
uline.
endif.
endif.
endat.
at end of highlevel1.
if not it_out-highlevel1 is initial.
clear : v_total1,
v_total2,
v_total3,
v_total4,
v_total5,
v_total6,
v_total7,
v_total8,
v_total9.
sum.
v_total1 = it_out-qt1_tot.
v_total2 = it_out-qt2_tot.
v_total3 = it_out-qt3_tot.
v_total4 = it_out-qt4_tot.
v_total5 = it_out-qt5_tot.
v_total6 = it_out-qt6_tot.
v_total7 = it_out-yr_tot1.
v_total8 = it_out-yr_tot2.
v_total9 = it_out-yr_tot3.
* Storing the Grand total
v_gtotal1 = v_gtotal1 + v_total1.
v_gtotal2 = v_gtotal2 + v_total2.
v_gtotal3 = v_gtotal3 + v_total3.
v_gtotal4 = v_gtotal4 + v_total4.
v_gtotal5 = v_gtotal5 + v_total5.
v_gtotal6 = v_gtotal6 + v_total6.
v_gtotal7 = v_gtotal7 + v_total7.
v_gtotal8 = v_gtotal8 + v_total8.
v_gtotal9 = v_gtotal9 + v_total9.
read table it_out index l_sytabix.
if not it_out-highlevel2 is initial.
uline.
format color col_total intensified off.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
endif.
write: / it_out-highlevel1.
if p_frprd = 10.
perform write_output_for_4q.
elseif p_frprd = 7.
perform write_output_for_3q.
elseif p_frprd = 4.
perform write_output_for_2q.
elseif p_frprd = 1.
perform write_output_for_1q.
endif.
if not it_out-highlevel2 is initial.
format color col_total off.
uline.
endif.
endif.
endat.
* Displaying the Grand total when there is no headcount data and
* when there are cost element records which have no description
at last.
if fg_gtotal <> 'X'.
if fg_nodesc = 'X'.
uline.
format color col_total intensified on.
it_out-cost_ctr = ' '.
it_out-cst_ele = ' '.
if p_frprd = 10.
perform display_grand_total_4q.
elseif p_frprd = 7.
perform display_grand_total_3q.
elseif p_frprd = 4.
perform display_grand_total_2q.
elseif p_frprd = 1.
perform display_grand_total_1q.
endif.
format color col_total off.
uline.
clear fg_nodesc.
endif.
else.
uline.
endif.
endat.
endloop.
endform. " display_report
*&---------------------------------------------------------------------
*& Form transfer_data
*&---------------------------------------------------------------------
* Transfer the output data to the final internal table
*----------------------------------------------------------------------
form transfer_data.
loop at it_output.
move-corresponding it_output to it_out.
append it_out.
clear it_out.
endloop.
endform. " transfer_data
*&---------------------------------------------------------------------
*& Form write_output_for_1q
*&---------------------------------------------------------------------
* Display the output if the first quarter of the year entered
*----------------------------------------------------------------------
form write_output_for_1q.
write : 45 sy-vline,
46 v_cstcenter NO-ZERO,
61 sy-vline,
62(10) v_total1 round 3 no-zero,
72 sy-vline,
73(10) v_total2 round 3 no-zero,
83 sy-vline,
84(10) v_total3 round 3 no-zero,
94 sy-vline,
95(10) v_total4 round 3 no-zero,
105 sy-vline,
106(10) v_total7 round 3 no-zero,
116 sy-vline,
117(10) v_total5 round 3 no-zero,
127 sy-vline,
128(10) v_total6 round 3 no-zero,
138 sy-vline,
139(10) v_total8 round 3 no-zero,
150 sy-vline.
endform. " write_output_for_1q
*&---------------------------------------------------------------------
*& Form display_grand_total_1q
*&---------------------------------------------------------------------
* Display the grand total if the first quarter of the year entered
*----------------------------------------------------------------------
form display_grand_total_1q.
write: / 'Grand Total'(022),
45 sy-vline,
46 ' ',
61 sy-vline,
62(10) v_gtotal1 round 3 no-zero,
72 sy-vline,
73(10) v_gtotal2 round 3 no-zero,
83 sy-vline,
84(10) v_gtotal3 round 3 no-zero,
94 sy-vline,
95(10) v_gtotal4 round 3 no-zero,
105 sy-vline,
106(10) v_gtotal7 round 3 no-zero,
116 sy-vline,
117(10) v_gtotal5 round 3 no-zero,
127 sy-vline,
128(10) v_gtotal6 round 3 no-zero,
138 sy-vline,
139(10) v_gtotal8 round 3 no-zero,
150 sy-vline.
endform. " display_grand_total_1q
*&---------------------------------------------------------------------
*& Form write_output_for_4q
*&---------------------------------------------------------------------
* Display the output if the last quarter of the year entered
*----------------------------------------------------------------------
form write_output_for_4q.
write : 45 sy-vline,
46 v_cstcenter NO-ZERO ,
61 sy-vline,
62(10) v_total1 round 3 no-zero,
72 sy-vline,
73(10) v_total7 round 3 no-zero,
83 sy-vline,
84(10) v_total2 round 3 no-zero,
94 sy-vline,
95(10) v_total3 round 3 no-zero,
105 sy-vline,
106(10) v_total4 round 3 no-zero,
116 sy-vline,
117(10) v_total5 round 3 no-zero,
127 sy-vline,
128(10) v_total8 round 3 no-zero,
138 sy-vline,
139(10) v_total6 round 3 no-zero,
150 sy-vline,
151(10) v_total9 round 3 no-zero,
161 sy-vline.
endform. " write_output_for_4q
*&---------------------------------------------------------------------
*& Form display_grand_total_4q
*&---------------------------------------------------------------------
* Display the grand total if the last quarter of the year entered
*----------------------------------------------------------------------
form display_grand_total_4q.
write 😕 'Grand Total'(022),
45 sy-vline,
46 ' ',
61 sy-vline,
62(10) v_gtotal1 round 3 no-zero,
72 sy-vline,
73(10) v_gtotal7 round 3 no-zero,
83 sy-vline,
84(10) v_gtotal2 round 3 no-zero,
94 sy-vline,
95(10) v_gtotal3 round 3 no-zero,
105 sy-vline,
106(10) v_gtotal4 round 3 no-zero,
116 sy-vline,
117(10) v_gtotal5 round 3 no-zero,
127 sy-vline,
128(10) v_gtotal8 round 3 no-zero,
138 sy-vline,
139(10) v_gtotal6 round 3 no-zero,
150 sy-vline,
151(10) v_gtotal9 round 3 no-zero,
161 sy-vline.
endform. " display_grand_total_4q
*&---------------------------------------------------------------------*
*& Form append_records_to_node
*&---------------------------------------------------------------------*
* append the records to internal table it_node
*----------------------------------------------------------------------*
form append_records_to_node.
loop at it_costelements.
move it_costelements-valfrom to it_node-valfrom.
move it_costelements-valto to it_node-valto.
it_node-descript = it_cstnodes-descript.
append it_node.
it_cstnodes-valcount = it_cstnodes-valcount - 1.
delete it_costelements.
if it_cstnodes-valcount eq 0 .
exit.
endif.
endloop.
endform. " append_records_to_node
*&---------------------------------------------------------------------*
*& Form display_grand_total_3q
*&---------------------------------------------------------------------*
* Display grand total if third quarter is entered on selection screen
*----------------------------------------------------------------------*
form display_grand_total_3q.
write: / 'Grand Total'(022),
45 sy-vline,
46 ' ',
61 sy-vline,
62(10) v_gtotal1 round 3 no-zero,
72 sy-vline,
73(10) v_gtotal2 round 3 no-zero,
83 sy-vline,
84(10) v_gtotal7 round 3 no-zero,
94 sy-vline,
95(10) v_gtotal3 round 3 no-zero,
105 sy-vline,
106(10) v_gtotal4 round 3 no-zero,
116 sy-vline,
117(10) v_gtotal5 round 3 no-zero,
127 sy-vline,
128(10) v_gtotal6 round 3 no-zero,
138 sy-vline,
139(10) v_gtotal8 round 3 no-zero,
150 sy-vline.
endform. " display_grand_total_3q
*&---------------------------------------------------------------------*
*& Form display_grand_total_2q
*&---------------------------------------------------------------------*
* Display grand total if second quarter is entered on selection screen
*----------------------------------------------------------------------*
form display_grand_total_2q.
write: / 'Grand Total'(022),
45 sy-vline,
46 ' ',
61 sy-vline,
62(10) v_gtotal1 round 3 no-zero,
72 sy-vline,
73(10) v_gtotal2 round 3 no-zero,
83 sy-vline,
84(10) v_gtotal3 round 3 no-zero,
94 sy-vline,
95(10) v_gtotal7 round 3 no-zero,
105 sy-vline,
106(10) v_gtotal4 round 3 no-zero,
116 sy-vline,
117(10) v_gtotal5 round 3 no-zero,
127 sy-vline,
128(10) v_gtotal6 round 3 no-zero,
138 sy-vline,
139(10) v_gtotal8 round 3 no-zero,
150 sy-vline.
endform. " display_grand_total_2q
*&---------------------------------------------------------------------*
*& Form write_output_for_3q
*&---------------------------------------------------------------------*
* Display output if third quarter is entered on selection screen
*----------------------------------------------------------------------*
form write_output_for_3q.
write : 45 sy-vline,
46 v_cstcenter NO-ZERO ,
61 sy-vline,
62(10) v_total1 round 3 no-zero,
72 sy-vline,
73(10) v_total2 round 3 no-zero,
83 sy-vline,
84(10) v_total7 round 3 no-zero,
94 sy-vline,
95(10) v_total3 round 3 no-zero,
105 sy-vline,
106(10) v_total4 round 3 no-zero,
116 sy-vline,
117(10) v_total5 round 3 no-zero,
127 sy-vline,
128(10) v_total6 round 3 no-zero,
138 sy-vline,
139(10) v_total8 round 3 no-zero,
150 sy-vline.
endform. " write_output_for_3q
*&---------------------------------------------------------------------*
*& Form write_output_for_2q
*&---------------------------------------------------------------------*
* Display output if second quarter is entered on selection screen
*----------------------------------------------------------------------*
form write_output_for_2q.
write : 45 sy-vline,
46 v_cstcenter NO-ZERO ,
61 sy-vline,
62(10) v_total1 round 3 no-zero,
72 sy-vline,
73(10) v_total2 round 3 no-zero,
83 sy-vline,
84(10) v_total3 round 3 no-zero,
94 sy-vline,
95(10) v_total7 round 3 no-zero,
105 sy-vline,
106(10) v_total4 round 3 no-zero,
116 sy-vline,
117(10) v_total5 round 3 no-zero,
127 sy-vline,
128(10) v_total6 round 3 no-zero,
138 sy-vline,
139(10) v_total8 round 3 no-zero,
150 sy-vline.
endform. " write_output_for_2q
*&---------------------------------------------------------------------*
*& Form display_cst_element
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* --> p1 text
* <-- p2 text
*----------------------------------------------------------------------*
FORM display_cst_element.
data v_lines like sy-index.
describe table s_cstele lines v_lines.
clear: v_cost_element.
if not p_cstgp is initial.
clear v_cost_element.
elseif s_cstele-high is initial and v_lines le 1.
v_cost_element = s_cstele-low.
else.
clear v_cost_element.
endif.
describe table s_cstele lines v_lines.
clear: v_cstcenter.
if not p_cntrgp is initial.
v_cstcenter = p_cntrgp.
elseif s_cntr-high is initial and v_lines le 1.
v_cstcenter = s_cntr-low.
else.
clear v_cstcenter.
endif.
ENDFORM. " display_cst_element
*&---------------------------------------------------------------------*
*& Form add_headcount
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* --> p1 text
* <-- p2 text
*----------------------------------------------------------------------*
FORM add_headcount.
it_output1[] = it_output[].
refresh it_output.
clear it_output.
loop at it_output1.
clear it_output1-cost_ctr.
move-corresponding it_output1 to it_output.
collect it_output.
endloop.
ENDFORM. " add_headcount
*&---------------------------------------------------------------------*
*& Form calculate_v_cnt
*&---------------------------------------------------------------------*
* text
*----------------------------------------------------------------------*
* --> p1 text
* <-- p2 text
*----------------------------------------------------------------------*
FORM calculate_v_cnt.
if p_frprd eq 1.
v_cnt = 12.
elseif p_frprd = 4.
v_cnt = 09.
elseif p_frprd = 7.
v_cnt = 6.
elseif p_frprd = 10.
v_cnt = 3.
endif.
ENDFORM. " calculate_v_cnt
Thanks,
Chidanand
- SAP Managed Tags:
- ABAP Development
Former Member
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10-14-2008 9:35 AM
Use Function module REUSE_ALV_GRID_DISPLAY and pass your internal table to it. Also use TOP_OF_PAGE event for getting the page header as you desire.
I presume the data fetching logic you would have already taken care of.
Alternately you can also use method set_table_for_first_display of class CL_GUI_ALV_GRID to display ALV grid.
Regards,
- SAP Managed Tags:
- ABAP Development
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10-14-2008 9:53 AM
hi,
go throu the following link,it will give brief idea of how ALV works:
[http://saptechnical.com/Tutorials/ALV/Interactive/demo.htm]
- SAP Managed Tags:
- ABAP Development
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10-14-2008 10:48 AM
Pls gothrough with these example programs you will get an idea of doing ALV programs.
BALVSD02_GRID
BALVST02_GRID
BALVST03_GRID
BCALV_GRID_01
BCALV_GRID_02
BCALV_GRID_03
BCALV_GRID_04
BCALV_GRID_05
BCALV_GRID_06
BCALV_GRID_07
BCALV_GRID_08
BCALV_GRID_09
BCALV_GRID_10
BCALV_GRID_11
++++++++++++++
BALVBT01
BALVBT02
BALVHD01
BALVHD01_GROUP
BALVHM10
BALVHM12
BALVHT01
BALVSD01
BALVSD03
BALVSD04
BALVSD11
BALVSM03
BALVSM04
BALVSM11
BALVST01
BALVST02
BALVST02_GRID
BALVST03_GRID
BCALV_EDIT_06
BCALV_EDIT_07
BCALV_GRID_02
BCALV_GRID_03
BCALV_GRID_10
Regards,
Ramesh.
- SAP Managed Tags:
- ABAP Development
