Bill Of Material

[Former Member]

Hi All,

I've used the func module 'CS_BOM_EXPL_MAT_V2' in my report calling twice passing different parameters each time.see below

CALL FUNCTION 'CS_BOM_EXPL_MAT_V2'

EXPORTING

capid = 'SD01'

datuv = sy-datum

ehndl = '1'

mktls = 'X'

mehrs = 'X'

mmory = '1'

mtnrv = mastb-matnr

svwvo = 'X'

vrsvo = 'X'

IMPORTING

topmat = topmat

dstst = dstst

TABLES

stb = lit_stb

matcat = lit_matcat

EXCEPTIONS

alt_not_found = 1

call_invalid = 2

material_not_found = 3

missing_authorization = 4

no_bom_found = 5

no_plant_data = 6

no_suitable_bom_found = 7

OTHERS = 8.

CALL FUNCTION 'CS_BOM_EXPL_MAT_V2'

EXPORTING

capid = space

datuv = sy-datum

mtnrv = mastb-matnr

stlal = '01'

stlan = '3'

werks =

mehrs = 'X'

IMPORTING

topmat = topmat

dstst = dstst

TABLES

stb = lit_stb

EXCEPTIONS

alt_not_found = 1

call_invalid = 2

material_not_found = 3

missing_authorization = 4

no_bom_found = 5

no_plant_data = 6

no_suitable_bom_found = 7

OTHERS = 8.

Am retrieving records only if it is a BOM.

When it is called for first time ,it doent fetch records for some materials for some materils it still fecthes and second func module retrieves records for all materials .

Why is it happening so, why first fuc mod doesnt fetched and second fuc modules fetched? could anyone explain?

Points rewarded for sure.

Thanks,

Ponraj.s.

[Former Member]

<b>stlal = '01'

stlan = '3'</b>

these 2 things are importnent when u are exploding BOM.

Regards

Peram

[Former Member]

Hi Prabhu,

Still I cound get hw the first one has not fetched and second one is fecthing records and also we have given STLAN as '03' only in second fuunc module.

So first func module should fetch all the stlan vales right?

[Former Member]

in the second function module u have used

stlal = '01'

stlan = '3'

which is for BOM component & Alternate BOM.

If these fields are passed to the FM, then only the BOM components for a material are been fetched.

[Former Member]

Hi Ramesh,

Still I cound get hw the first one has not fetched and second one is fecthing records and also we have given STLAN as '03' only in second fuunc module.

So first func module should fetch all the stlan vales right?

Could you explain it better?

[Former Member]

See the Below Code :

REPORT ZPPR_BOM_INFOL_REPORT no standard page heading

line-size 160

line-count 60.

======================================================================

• *

• Program Name : ZPPR_BOM_INFOL_REPORT

*

• *

• Description : This Program would be used for BOM List for a material*

• and the component's where used list *

• *

• *

• *

• Author : Seshu *

• Date : 07/24/2006 *

• *

*----

---

*

• MODIFICATION HISTORY *

*----

---

*

• DATE | AUTHOR | CHANGE # | DESCRIPTION OF MODIFICATION *

*----

---

|----

---

|----

---

|----

---

*

*12/04/06 | Seshu | DEVK921821 | Removed new page for each material *

======================================================================

*----

---

*

• Table definition *

*----

---

*

TABLES: mast,

stko,

stpo,

T418,

makt.

• TYPE - POOLS

TYPE-POOLS: slis.

• Constants

constants : c_tcode(4) type c value 'CS03',

gc_formname_top_of_page TYPE slis_formname

VALUE 'TOP_OF_PAGE'.

• Variables

data : v_maktx like makt-maktx,

wa_stko like stko.

DATA:

• Objekttyp 'Material'

otyp_mat(1) TYPE c VALUE '1',

ootyp_mat(1) TYPE c VALUE 'M',

• Objekttyp 'kein Objekt'

otyp_noo(1) TYPE c VALUE '2',

• Objekttyp 'Dokument'

otyp_doc(1) TYPE c VALUE '3',

• Objekttyp 'Klasse'

otyp_kla(1) TYPE c VALUE '4',

• Objekttyp 'Intramaterial'

otyp_ntm(1) TYPE c VALUE '5'.

• maximal anzeigbare Menge

data: max_num(7) TYPE p DECIMALS 3 VALUE '9999999999.999',

ueberl_kz(1) TYPE c VALUE '*',

min_num(7) TYPE p DECIMALS 3 VALUE '9999999999.999-',

b_flag(1) TYPE c VALUE 'X',

ecfld(250) TYPE c,

v_flag type c.

• ALV Variables

DATA: gt_fieldcat TYPE slis_t_fieldcat_alv,

gs_layout TYPE slis_layout_alv,

gs_keyinfo TYPE slis_keyinfo_alv,

gt_sp_group TYPE slis_t_sp_group_alv,

gt_events TYPE slis_t_event.

DATA: g_repid LIKE sy-repid.

DATA: gt_list_top_of_page TYPE slis_t_listheader,

g_tabname_header TYPE slis_tabname,

g_tabname_item TYPE slis_tabname,

g_save(1) TYPE c,

gx_variant LIKE disvariant,

g_variant LIKE disvariant,

g_default(1) TYPE c,

g_exit(1) TYPE c.

*----

---

*

• Includes *

*----

---

*

INCLUDE .

*----

---

*

• Internal Table Declaration *

*----

---

*

DATA: t_mast LIKE STANDARD TABLE OF mast WITH HEADER LINE.

*DATA: t_makt LIKE STANDARD TABLE OF makt WITH HEADER LINE.

• BOM Function module Related

DATA: t_matcat LIKE cscmat OCCURS 0 WITH HEADER LINE.

• Internal Table for Level by Level Function module

DATA: t_stb LIKE stpox OCCURS 0 WITH HEADER LINE.

• Get the Relevant data from FM

DATA: BEGIN OF hd_tab OCCURS 0,

stufe LIKE stpox-stufe,

vwegx LIKE stpox-vwegx,

END OF hd_tab.

• Final Output

DATA: BEGIN OF alv_stb OCCURS 0.

INCLUDE STRUCTURE stpox_alv.

DATA: info(3) TYPE c,

END OF alv_stb.

DATA: BEGIN OF stb_orig.

INCLUDE STRUCTURE stpox.

DATA: END OF stb_orig.

DATA: BEGIN OF stb_add.

INCLUDE STRUCTURE stpol_add.

DATA: END OF stb_add.

• Internal Table for STPO

*-- BOM Line item

TYPES: BEGIN OF ty_stpo,

stlty TYPE stpo-stlty,

stlnr TYPE stpo-stlnr,

stlkn TYPE stpo-stlkn,

stpoz TYPE stpo-stpoz,

idnrk TYPE stpo-idnrk,

meins TYPE stpo-meins,

menge TYPE stpo-menge, "Component Qty

END OF ty_stpo.

DATA: t_stpo TYPE STANDARD TABLE OF ty_stpo WITH HEADER LINE.

*-- BOM Header

TYPES: BEGIN OF ty_stko,

stlty TYPE stko-stlty,

stlnr TYPE stko-stlnr,

stlal TYPE stko-stlal,

stkoz TYPE stko-stkoz,

bmein TYPE stko-bmein,

bmeng TYPE stko-bmeng,

END OF ty_stko.

DATA: t_stko TYPE STANDARD TABLE OF ty_stko WITH HEADER LINE .

data : t_makt like makt occurs 0 with header line.

DATA: BEGIN OF cl_clstab OCCURS 0, "YHG079407

class LIKE klah-class, "YHG079407

klart LIKE klah-klart, "YHG079407

chked LIKE csdata-xfeld, "YHG079407

noobj LIKE csdata-xfeld, "YHG079407

dsply LIKE csdata-xfeld, "YHG079407

END OF cl_clstab.

*-- Header table

TYPES: BEGIN OF ty_main_material,

matnr TYPE mast-matnr, "Material

werks TYPE mast-werks, "Plant

maktx TYPE makt-maktx, "Description

stlal TYPE mast-stlal, "Alternative BOM

stlnr TYPE stko-stlnr, "BOM Number

bmein TYPE stko-bmein, "UOM

bmeng TYPE stko-bmeng, "Base Qty

expand(1) TYPE c, "Expanding Field

END OF ty_main_material.

DATA: t_main_material TYPE STANDARD TABLE OF ty_main_material WITH

HEADER LINE.

*-- Item (Component) Table

TYPES: BEGIN OF ty_item_material,

matnr TYPE mast-matnr, "Material

werks TYPE mast-werks, "Plant

idnrk TYPE stpo-idnrk, "Component (Material)

maktx TYPE makt-maktx, "Description

stlal TYPE mast-stlal, "Alternative BOM

stlnr TYPE stpo-stlnr, "BOM Number

meins TYPE stpo-meins, "UOM

menge TYPE stpo-menge, "Base Qty

END OF ty_item_material.

DATA: t_item_material TYPE STANDARD TABLE OF ty_item_material WITH

HEADER LINE.

*----

---

*

• Selection Screen *

*----

---

*

SELECTION-SCREEN BEGIN OF BLOCK b1 WITH FRAME TITLE text-001.

PARAMETERS: p_werks LIKE marc-werks DEFAULT '1000' OBLIGATORY.

SELECT-OPTIONS s_stlal FOR mast-stlal .

SELECT-OPTIONS s_stlan FOR mast-stlan DEFAULT '1'.

SELECTION-SCREEN SKIP.

SELECTION-SCREEN BEGIN OF BLOCK b2 WITH FRAME TITLE text-002.

SELECTION-SCREEN SKIP.

PARAMETERS: p_bomlst RADIOBUTTON GROUP g1 DEFAULT 'X'.

SELECT-OPTIONS s_matnr FOR mast-matnr.

SELECTION-SCREEN SKIP.

PARAMETERS: p_compon RADIOBUTTON GROUP g1.

SELECT-OPTIONS: s_idnrk FOR stpo-idnrk.

SELECTION-SCREEN END OF BLOCK b2.

SELECTION-SCREEN END OF BLOCK b1.

selection-screen begin of block b03 with frame title text-b03.

selection-screen begin of line.

selection-screen comment 1(40) text-005.

parameters: p_all radiobutton group r1 default 'X'.

selection-screen end of line.

selection-screen begin of line.

selection-screen comment 1(40) text-006.

parameters: p_one radiobutton group r1 .

selection-screen end of line.

selection-screen end of block b03.

SELECTION-SCREEN BEGIN OF BLOCK b3 WITH FRAME TITLE text-003.

PARAMETERS: p_vari LIKE disvariant-variant.

SELECTION-SCREEN END OF BLOCK b3.

*----

---

*

• At slection screen events *

*----

---

*

*-- Process on value request

AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_vari.

PERFORM f4_for_variant.

*----

---

*

• Intitialisation

*----

---

*

INITIALIZATION.

g_repid = sy-repid.

g_tabname_header = 'T_MAIN_MATERIAL'.

g_tabname_item = 'T_ITEM_MATERIAL'.

*-- define keyinformation

CLEAR gs_keyinfo.

gs_keyinfo-header01 = 'MATNR'.

gs_keyinfo-item01 = 'MATNR'.

PERFORM e03_eventtab_build USING gt_events[].

PERFORM e04_comment_build USING gt_list_top_of_page[].

PERFORM e07_sp_group_build USING gt_sp_group[].

PERFORM e08_layout_build USING gs_layout.

• Set Options: save variants userspecific or general

g_save = 'A'.

PERFORM variant_init.

• Get default variant

gx_variant = g_variant.

CALL FUNCTION 'REUSE_ALV_VARIANT_DEFAULT_GET'

EXPORTING

i_save = g_save

CHANGING

cs_variant = gx_variant

EXCEPTIONS

not_found = 2.

IF sy-subrc = 0.

p_vari = gx_variant-variant.

ENDIF.

************************************************************************

• S T A R T - O F - S E L E C T I O N *******************

************************************************************************

start-of-selection.

if p_all = 'X'.

• Get the data from MAST and MAKT Table

if p_bomlst = 'X'.

• Get the data Based On Material #

perform get_data.

else.

• Get the data Based On Component

perform get_data_component.

endif.

else.

• Get the Single Level Report

*-- Moved the fiedl catalog here inorder to change the layout based on

*-- Selection

PERFORM e01_fieldcat_init USING gt_fieldcat[].

PERFORM select_data.

endif.

************************************************************************

• E N D - O F - S E L E C T I O N *******************

************************************************************************

end-of-selection.

if p_one = 'X'.

perform alv.

endif.

• User Command

at line-selection.

• Interactive to CS03 Transaction

case sy-ucomm.

when 'PICK' or 'F2'.

if not alv_stb-idnrk is initial .

if not alv_stb-werks is initial.

if not alv_stb-objty is initial.

SET PARAMETER ID 'MAT' FIELD alv_stb-idnrk.

SET PARAMETER ID 'WRK' FIELD alv_stb-werks.

SET PARAMETER ID 'CSV' FIELD alv_stb-OBJTY.

call transaction c_tcode and skip first screen.

endif.

endif.

endif.

clear alv_stb.

endcase.

*&----

---

*

*& Form get_data

*&----

---

*

• Get data from MAST and MAKT Table

*----

---

*

FORM get_data.

data : wa_lines type sy-index.

REFRESH : T_MAST,

t_STB,

t_MATCAT,

alv_STB.

CLEAR : T_MAST,

t_STB,

t_MATCAT,

alv_STB.

• Get the data from MAST Table

• Get all the information from MAST - BOM Table

SELECT * FROM mast INTO TABLE t_mast WHERE matnr IN s_matnr AND

werks = p_werks AND

stlan IN s_stlan AND

stlal IN s_stlal.

describe table t_mast lines wa_lines.

if wa_lines is initial.

Write:/2 'List contains no data'.

stop.

endif.

loop at t_mast.

clear : v_maktx.

• Start of change Seshu

• Reason - Remove the new page option

if sy-tabix ne 1.

skip 1.

endif.

• End of Change Seshu

• Get the material Description

select single maktx from makt into v_maktx

where matnr = t_mast-matnr

and spras = 'E'.

• Get the material details from STKO Table

select single * from stko into wa_stko

where STLTY = 'M'

and STLNR = t_mast-stlnr

and STLAL = t_mast-stlal.

• Main Header for Each Material

format color 5 on.

write:/2 'Material',20 'Material Description',65 'Alternative BOM',

90 'Base Qty', 115 'Base Unit'.

format color 5 off.

format color 1 on.

write:/2 t_mast-matnr,20 v_maktx,65 wa_stko-STLAL, 85 wa_stko-BMENG,

115 wa_stko-BMEIN.

format color 1 off.

• Use the Function Module and get the format level by level

perform get_level_level.

endloop.

ENDFORM. " get_data

*----

---

*

• Top of page *

*----

---

*

top-of-page.

perform report_header .

*&----

---

*

*& Form report_header

*&----

---

*

• text

*----

---

*

• --> p1 text

• <-- p2 text

*----

---

*

FORM report_header.

new-page line-size 160 .

format color col_heading intensified on.

write:/ sy-uline(160) .

*--- Write Company Name.

perform calc_col_and_write using text-h00

sy-linsz.

*--- Write Report Title.

perform calc_col_and_write using sy-title

sy-linsz.

*--- Write User Id, Date / Time, Program Id, Page etc.

perform write_other_hdr_details.

write:/ sy-uline(160) .

ENDFORM. " report_header

*&----

---

*

*& Form calc_col_and_write

*&----

---

*

• text

*----

---

*

• -->P_TEXT_H00 text

• -->P_SY_LINSZ text

*----

---

*

FORM calc_col_and_write USING P_TEXT

P_LINSZ.

data: col1 type i,

• col2 type i,

len type i,

str type i.

str = strlen( p_text ).

col1 = ( p_linsz / 2 ) - ( str / 2 ) .

len = p_linsz - col1 - 2.

write: at /1 '|'.

write: at col1 p_text,

at sy-colno(len) space.

write at 160 '|'.

ENDFORM. " calc_col_and_write

*&----

---

*

*& Form write_other_hdr_details

*&----

---

*

• text

*----

---

*

• --> p1 text

• <-- p2 text

*----

---

*

FORM write_other_hdr_details.

data: col1 type i,

col2 type i,

len type i.

col1 = 3.

write:/1 '|'.

write: at col1 'UserId : ',

sy-uname.

len = sy-linsz - 1.

write at sy-colno(len) space.

col2 = sy-linsz - 18.

write: at col2 'Date: ',

sy-datum mm/dd/yyyy.

write: at sy-linsz '|'.

write:/1 '|'.

write: at col1 'ReportId: ',

sy-repid.

write at sy-colno(len) space.

col2 = sy-linsz - 18.

write: at col2 'Page: ',

sy-pagno.

write: at sy-linsz '|'.

ENDFORM. " write_other_hdr_details

*&----

---

*

*& Form get_data_component

*&----

---

*

• Get the data based on Component level

*----

---

*

FORM get_data_component.

data wa_lines type i.

*-- Get the BOM item details

SELECT stlty stlnr stlkn stpoz idnrk meins menge

FROM stpo

INTO TABLE t_stpo

WHERE idnrk IN s_idnrk.

IF sy-subrc = 0.

CLEAR wa_lines.

DESCRIBE TABLE t_stpo LINES wa_lines.

IF wa_lines > 0.

SELECT stlty stlnr stlal stkoz bmein bmeng

FROM stko

INTO TABLE t_stko

FOR ALL ENTRIES IN t_stpo

WHERE stlnr = t_stpo-stlnr.

CLEAR wa_lines.

DELETE ADJACENT DUPLICATES FROM t_stko COMPARING ALL FIELDS.

DESCRIBE TABLE t_stko LINES wa_lines.

IF wa_lines > 0.

*-- Get the BOM item details

SELECT * FROM mast INTO TABLE t_mast FOR ALL ENTRIES IN t_stko

WHERE werks = p_werks AND

stlnr = t_stko-stlnr

and stlal in s_stlal.

ENDIF.

ENDIF.

else.

Write:/2 'List contains no data'.

stop.

endif.

loop at t_mast.

clear : v_maktx.

• Start of change Seshu

• Reason - Remove the new page option

if sy-tabix ne 1.

skip 1.

endif.

• End of change Seshu

• Get the material Description

select single maktx from makt into v_maktx

where matnr = t_mast-matnr

and spras = 'E'.

• Get the material details from STKO Table

select single * from stko into wa_stko

where STLTY = 'M'

and STLNR = t_mast-stlnr

and STLAL = t_mast-stlal.

• Main Header for Each Material

format color 5 on.

write:/2 'Material',20 'Material Description',65 'Alternative BOM',

90 'Base Qty', 115 'Base Unit'.

format color 5 off.

format color 1 on.

write:/2 t_mast-matnr,20 v_maktx,65 wa_stko-STLAL, 85 wa_stko-BMENG,

115 wa_stko-BMEIN.

format color 1 off.

• Use the Function Module and get the format level by level

perform get_level_level.

clear : t_mast.

endloop.

ENDFORM. " get_data_component

*&----

---

*

*& Form obj_ident

*&----

---

*

• text

*----

---

*

FORM obj_ident.

• weder Mat noch Doc

CHECK: T_stb-objty NE otyp_mat,

T_stb-objty NE ootyp_mat,

T_stb-objty NE otyp_doc,

T_stb-objty NE otyp_ntm.

• ?T418-WA schon ok

• nein

IF T_stb-postp NE t418-postp.

• T418 einlesen

PERFORM t418_lesen USING T_stb-postp.

ENDIF.

PERFORM cl_clstab_maint.

• ?MatNr-Eingabe bei diesem PosTyp moeglich

• und keine Textposition

• trifft zu

IF t418-matin NE '-'

AND t418-txpos IS INITIAL.

• aktuelles Objekt ist Material NLAG

T_stb-objty = '1'.

• PosKurztext in ObjKurztext uebernehmen.

T_stb-ojtxp = T_stb-potx1.

MODIFY T_stb.

ELSE.

IF T_stb-objty IS INITIAL.

T_stb-objty = '2'.

MODIFY T_stb.

ENDIF.

ENDIF.

ENDFORM. " obj_ident

*&----

---

*

*& Form t418_lesen

*&----

---

*

• text

*----

---

*

• -->P_T_STB_POSTP text

*----

---

*

FORM t418_lesen USING lkl_postp LIKE stpo-postp.

• T418-WA initialisieren

CLEAR:

t418.

• Key angeben

t418-postp = lkl_postp.

• PosTypDefinition lesen

READ TABLE t418.

ENDFORM. " t418_lesen

*&----

---

*

*& Form cl_clstab_maint

*&----

---

*

• text

*----

---

*

FORM cl_clstab_maint.

• nur fuer Klassenpositionen

CHECK t_STB-OBJTY EQ OTYP_KLA.

• Teilkey der Klassenpositionentabelle

CL_CLSTAB-CLASS = t_STB-CLASS.

CL_CLSTAB-KLART = t_STB-KLART.

• Klassenpositionentabelle lesen

READ TABLE CL_CLSTAB

WITH KEY CL_CLSTAB(21)

BINARY SEARCH.

• aktuelle Klassenposition bereits in Klassenpositionentabelle

• nein

IF SY-SUBRC <> 0.

• Klassenposition in Klassenpositionentabelle hinzufuegen

INSERT CL_CLSTAB INDEX SY-TABIX.

ENDIF.

ENDFORM. " cl_clstab_maint

*&----

---

*

*& Form alv_stb_prep

*&----

---

*

• Printing the data as LEVEL BY LEVEL

*----

---

*

FORM alv_stb_prep.

CLEAR:

alv_stb,

stb_orig,

stb_add.

IF t_stb-hdnfo IS INITIAL.

stb_orig = t_stb.

IF t_stb-mngko >= max_num.

stb_add-ovfls = ueberl_kz.

ELSE.

IF t_stb-mngko <= min_num.

stb_add-ovfls = ueberl_kz.

ELSE.

CLEAR: stb_add-ovfls.

ENDIF.

ENDIF.

IF NOT t_stb-xtlnr IS INITIAL.

stb_add-bomfl = b_flag.

ENDIF.

IF NOT t_stb-knobj IS INITIAL

OR NOT t_stb-class IS INITIAL

OR NOT t_stb-kzclb IS INITIAL.

stb_add-knofl = 'X'.

ENDIF.

ELSE.

CHECK t_stb-stufe > 1.

alv_stb-info = 'C30'.

IF t_stb-ttidx <> t_matcat-index.

READ TABLE t_matcat INDEX t_stb-ttidx.

ENDIF.

stb_orig-hdnfo = t_stb-hdnfo.

stb_orig-stufe = t_stb-stufe - 1 .

stb_orig-ojtxp = t_stb-ojtxb.

IF NOT t_stb-altst IS INITIAL.

stb_orig-stlal = t_stb-stlal.

IF stb_orig-stlal(1) EQ '0'.

stb_orig-stlal(1) = ' '.

ENDIF.

ENDIF.

stb_orig-idnrk = t_matcat-matnr.

ENDIF.

CLEAR:

stb_add-dobjt,

stb_add-objic.

CASE t_stb-objty.

WHEN otyp_mat.

WRITE: stb_orig-idnrk TO ecfld.

stb_add-objic = '@A6@'.

WHEN 'M'.

WRITE: stb_orig-idnrk TO ecfld.

stb_add-objic = '@A6@'.

WHEN otyp_noo.

WRITE: stb_orig-potx1 TO ecfld.

stb_add-objic = '@0Q@'.

WHEN otyp_doc.

write stb_orig-doknr to ecfld. "note 489354

IF ecfld CP '*# '. ENDIF. "note 489354

sy-fdpos = sy-fdpos + 1. "note 489354

CONCATENATE

*d stb_orig-doknr "note 489354

stb_orig-dokar

stb_orig-doktl

stb_orig-dokvr

*d INTO ecfld "note 489354

INTO ecfld+sy-fdpos "note 489354

SEPARATED BY space.

stb_add-objic = '@AR@'.

WHEN otyp_kla.

CONCATENATE

stb_orig-class

stb_orig-klart

INTO ecfld

SEPARATED BY space.

stb_add-objic = '@7C@'.

WHEN otyp_ntm.

WRITE: stb_orig-intrm TO ecfld.

WHEN OTHERS.

ENDCASE.

*d CONDENSE ecfld. "note 515408

stb_add-dobjt = ecfld(40).

CLEAR: ecfld.

WRITE stb_orig-stufe TO stb_add-dstuf NO-SIGN.

*d MOVE-CORRESPONDING stb_orig TO alv_stb. "note 331962

MOVE-CORRESPONDING stb_add TO alv_stb.

MOVE-CORRESPONDING stb_orig TO alv_stb. "note 331962

APPEND alv_stb.

ENDFORM. " alv_stb_prep

*&----

---

*

*& Form get_level_level

*&----

---

*

• text

*----

---

*

FORM get_level_level.

REFRESH : T_STB,

T_MATCAT,

ALV_STB.

CLEAR : T_STB,

T_MATCAT,

ALV_STB.

CALL FUNCTION 'CS_BOM_EXPL_MAT_V2'

EXPORTING

capid = 'PP01'

datuv = sy-datum

mktls = 'X'

mehrs = 'X'

mtnrv = t_mast-matnr

stlal = '01'

stlan = '1'

stpst = 0

svwvo = 'X'

werks = p_werks

vrsvo = 'X'

TABLES

stb = t_stb

matcat = t_matcat

EXCEPTIONS

alt_not_found = 1

call_invalid = 2

material_not_found = 3

missing_authorization = 4

no_bom_found = 5

no_plant_data = 6

no_suitable_bom_found = 7

conversion_error = 8

OTHERS = 9.

IF SY-SUBRC <> 0.

• MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO

• WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.

ENDIF.

CLEAR: hd_tab.

• Entry der KlassenstatusTab. initialisieren

• cl_clstab,

• Entry 'Objekte von Klassen' initialisieren

• cl_objmemo.

REFRESH: hd_tab.

SORT t_matcat BY index ASCENDING.

• Get the All levels

loop at t_stb.

IF NOT t_stb-hdnfo IS INITIAL.

EXIT.

ENDIF.

• Object Identification

PERFORM obj_ident.

READ TABLE hd_tab

WITH KEY stufe = t_stb-stufe

vwegx = t_stb-vwegx

BINARY SEARCH

TRANSPORTING NO FIELDS.

• ?gibt es diesen Satz schon

• nein

IF sy-subrc <> 0.

• dann in SFP-Infosatzverweistab. aufnehmen

*d APPEND HD_TAB. "HGH054648

hd_tab-stufe = t_stb-stufe.

"HGH054648

hd_tab-vwegx = t_stb-vwegx.

"HGH054648

INSERT hd_tab "HGH054648

INTO hd_tab "HGH054648

INDEX sy-tabix. "HGH054648

• PosNr initialisieren

CLEAR: t_stb-posnr.

• SFP-InfosatzKz setzen

t_stb-hdnfo = 'X'.

• stb-objty = otyp_mat.

"HGE246532

• als SFP-Infosatz in die STB aufnehmen

append t_stb.

ENDIF.

*del ENDIF.

clear t_stb.

endloop.

SORT t_stb ASCENDING BY stufe

index ASCENDING

*del POSNR ASCENDING. "HGC062735

posnr ASCENDING "HGC062735

hdnfo DESCENDING.

LOOP AT t_stb.

T_stb-index = sy-tabix.

MODIFY T_stb.

PERFORM alv_stb_prep.

ENDLOOP.

• Displays the Value as Level by Level

loop at ALV_stb.

if sy-tabix = 1.

format color 3 on.

write:/2 'Level',12 'Item',22 'Component',

42 'Material Description',82 'Base Qty',

107 'Base Unit',120 'Assembly Indicator'.

format color 3 on.

endif.

if alv_stb-MEINs is initial.

v_flag = 'X'.

endif.

if v_flag = 'X'.

format color 5 on.

write:/2 ALV_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP.

format color 1 off.

else.

if alv_stb-STUFE = '1'.

format color 1 on.

write:/2 ALV_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs, 120 alv_stb-bomfl .

format color 1 off.

elseif alv_stb-STUFE = '2'.

format color 2 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl.

format color 2 off.

elseif alv_stb-STUFE = '3'.

format color 3 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl .

format color 3 off.

elseif alv_stb-STUFE = '4'.

format color 4 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl .

format color 4 off.

elseif alv_stb-STUFE = '5'.

format color 5 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl .

format color 5 off.

elseif alv_stb-STUFE = '6'.

format color 7 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl.

format color 6 off.

elseif alv_stb-STUFE = '7'.

format color 7 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl .

format color 7 off.

else.

format color 1 on.

write:/2 alv_stb-STUFE,12 alv_stb-posnr,22 alv_stb-idnrk,

42 alv_stb-OJTXP,72 alv_stb-mngko,

107 alv_stb-MEINs,120 alv_stb-bomfl .

format color 1 off.

endif.

endif.

hide: alv_stb.

clear : alv_stb.

clear v_flag.

endloop.

ENDFORM. " get_level_level

*&----

---

*

*& Form f4_for_variant

*&----

---

*

• text

*----

---

*

FORM f4_for_variant.

CALL FUNCTION 'REUSE_ALV_VARIANT_F4'

EXPORTING

is_variant = g_variant

i_save = g_save

i_tabname_header = g_tabname_header

i_tabname_item = g_tabname_item

• it_default_fieldcat =

IMPORTING

e_exit = g_exit

es_variant = gx_variant

EXCEPTIONS

not_found = 2.

IF sy-subrc = 2.

MESSAGE ID sy-msgid TYPE 'S' NUMBER sy-msgno

WITH sy-msgv1 sy-msgv2 sy-msgv3 sy-msgv4.

ELSE.

IF g_exit = space.

p_vari = gx_variant-variant.

ENDIF.

ENDIF.

ENDFORM. " f4_for_variant

*----

---

*

• FORM E03_EVENTTAB_BUILD *

*----

---

*

• ........ *

*----

---

*

• --> E03_LT_EVENTS *

*----

---

*

FORM e03_eventtab_build USING e03_lt_events TYPE slis_t_event.

DATA: ls_event TYPE slis_alv_event.

*

CALL FUNCTION 'REUSE_ALV_EVENTS_GET'

EXPORTING

i_list_type = 0

IMPORTING

et_events = e03_lt_events.

READ TABLE e03_lt_events WITH KEY name = slis_ev_top_of_page

INTO ls_event.

IF sy-subrc = 0.

MOVE gc_formname_top_of_page TO ls_event-form.

APPEND ls_event TO e03_lt_events.

ENDIF.

ENDFORM.

*----

---

*

• FORM E04_COMMENT_BUILD *

*----

---

*

• ........ *

*----

---

*

• --> E04_LT_TOP_OF_PAGE *

*----

---

*

FORM e04_comment_build USING e04_lt_top_of_page TYPE slis_t_listheader.

DATA: ls_line TYPE slis_listheader.

*

• Listenüberschrift: Typ H

CLEAR ls_line.

ls_line-typ = 'H'.

• LS_LINE-KEY: not used for this type

ls_line-info = text-001.

APPEND ls_line TO e04_lt_top_of_page.

• Kopfinfo: Typ S

CLEAR ls_line.

ls_line-typ = 'S'.

ls_line-key = text-050.

ls_line-info = text-010.

APPEND ls_line TO e04_lt_top_of_page.

ls_line-key = text-051.

APPEND ls_line TO e04_lt_top_of_page.

• Aktionsinfo: Typ A

CLEAR ls_line.

ls_line-typ = 'A'.

• LS_LINE-KEY: not used for this type

ls_line-info = text-002.

APPEND ls_line TO e04_lt_top_of_page.

ENDFORM.

*----

---

*

• FORM E07_SP_GROUP_BUILD *

*----

---

*

• ........ *

*----

---

*

• --> E07_LT_SP_GROUP *

*----

---

*

FORM e07_sp_group_build USING e07_lt_sp_group TYPE slis_t_sp_group_alv.

DATA: ls_sp_group TYPE slis_sp_group_alv.

*

CLEAR ls_sp_group.

ls_sp_group-sp_group = 'A'.

ls_sp_group-text = text-005.

APPEND ls_sp_group TO e07_lt_sp_group.

ENDFORM.

*&----

---

*

*& Form e08_layout_build

*&----

---

*

• text

*----

---

*

• -->P_GT_LAYOUT[] text

*----

---

*

FORM e08_layout_build USING gs_layout TYPE slis_layout_alv.

gs_layout-f2code = 'GDET'. "define hotspot

gs_layout-zebra = 'X'.

gs_layout-colwidth_optimize = 'X'.

gs_layout-no_hotspot = ' '.

gs_layout-detail_popup = 'X'.

gs_layout-no_input = ' '.

gs_layout-no_colhead = ' '.

gs_layout-lights_condense = ' '.

gs_layout-totals_only = ' '.

gs_layout-key_hotspot = ' '.

gs_layout-group_buttons = ' '.

gs_layout-no_vline = ' '.

• gs_layout-max_linesize = '350'.

gs_layout-no_totalline = ' '.

• gs_layout-totals_text = 'UnRes Total'.

• gs_layout-subtotals_text = 'Material Type Total'.

gs_layout-numc_sum = 'X'.

gs_layout-no_unit_splitting = 'X'.

gs_layout-no_sumchoice = ' '.

gs_layout-no_subchoice = ' '.

gs_layout-totals_before_items = ' '.

gs_layout-no_subtotals = ' '.

gs_layout-totals_only = ' '.

gs_layout-item_text = ' '.

gs_layout-default_item = 'X'.

gs_layout-expand_fieldname = 'EXPAND'.

ENDFORM. " e08_layout_build

*&----

---

*

*& Form VARIANT_INIT

*&----

---

*

• text

*----

---

*

• --> p1 text

• <-- p2 text

*----

---

*

FORM variant_init.

*

CLEAR g_variant.

g_variant-report = g_repid.

ENDFORM. " VARIANT_INIT

*----

---

*

• FORM E01_FIELDCAT_INIT *

*----

---

*

• ........ *

*----

---

*

• --> E01_LT_FIELDCAT *

*----

---

*

FORM e01_fieldcat_init USING e01_lt_fieldcat TYPE slis_t_fieldcat_alv.

DATA: ls_fieldcat TYPE slis_fieldcat_alv.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'MATNR'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

ls_fieldcat-key = 'X'.

ls_fieldcat-ref_tabname = 'MAST'.

• ls_fieldcat-reptext_ddic = 'Main Material'.

• ls_fieldcat-no_out = 'X'.

• ls_fieldcat-no_sum = 'X'.

• ls_fieldcat-sp_group = 'A'.

APPEND ls_fieldcat TO e01_lt_fieldcat.

**

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'WERKS'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

• ls_fieldcat-key = 'X'.

ls_fieldcat-ref_tabname = 'MAST'.

• ls_fieldcat-reptext_ddic = 'Plant'.

ls_fieldcat-no_out = 'X'.

• ls_fieldcat-no_sum = 'X'.

• ls_fieldcat-sp_group = 'A'.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'MAKTX'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

ls_fieldcat-ref_tabname = 'MAKT'.

• ls_fieldcat-reptext_ddic = 'Material Description'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'STLAL'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

ls_fieldcat-ref_tabname = 'STKO'.

• ls_fieldcat-reptext_ddic = 'Alt.BOM'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'STLNR'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

• ls_fieldcat-reptext_ddic = 'BOM #'.

ls_fieldcat-ref_tabname = 'STPO'.

ls_fieldcat-no_out = 'X'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'BMENG'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

ls_fieldcat-ref_tabname = 'STKO'.

• ls_fieldcat-reptext_ddic = 'Base Qty'.

• ls_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'BMEIN'.

ls_fieldcat-tabname = 'T_MAIN_MATERIAL'.

ls_fieldcat-ref_tabname = 'STKO'.

• ls_fieldcat-reptext_ddic = 'Base Qty'.

• ls_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

• CLEAR ls_fieldcat.

• ls_fieldcat-fieldname = 'MATNR'.

• ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

• ls_fieldcat-reptext_ddic = 'Book Value'.

• w_fieldcat-reptext_ddic = 'Total Value'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

• APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'IDNRK'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'STPO'.

• ls_fieldcat-reptext_ddic = 'BOM Component'.

• w_fieldcat-reptext_ddic = 'Total Value'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'WERKS'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'MAST'.

ls_fieldcat-no_out = 'X'.

• ls_fieldcat-reptext_ddic = 'Plant'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'MAKTX'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'MAKT'.

• ls_fieldcat-reptext_ddic = 'BOM Component Description'.

• ls_fieldcat-just = 'L'.

• ls_fieldcat-outputlen = 40.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'STLAL'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'STKO'.

• ls_fieldcat-no_out = 'X'.

• ls_fieldcat-reptext_ddic = 'Alt.BOM'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'STLNR'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'STPO'.

ls_fieldcat-no_out = 'X'.

• ls_fieldcat-reptext_ddic = 'BOM #'.

• w_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'MENGE'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'STPO'.

• ls_fieldcat-reptext_ddic = 'Component Qty'.

• ls_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

CLEAR ls_fieldcat.

ls_fieldcat-fieldname = 'MEINS'.

ls_fieldcat-tabname = 'T_ITEM_MATERIAL'.

ls_fieldcat-ref_tabname = 'STPO'.

• ls_fieldcat-reptext_ddic = 'Base Qty'.

• ls_fieldcat-just = 'R'.

• w_fieldcat-outputlen = 16.

APPEND ls_fieldcat TO e01_lt_fieldcat.

ENDFORM.

*&----

---

*

*& Form select_data

*&----

---

*

• text

*----

---

*

• --> p1 text

• <-- p2 text

*----

---

*

FORM select_data.

DATA: wa_lines TYPE i.

IF p_bomlst = 'X'.

SELECT * FROM makt INTO TABLE t_makt WHERE matnr IN s_matnr.

• Get all the information from MAST - BOM Table

SELECT * FROM mast INTO TABLE t_mast WHERE matnr IN s_matnr AND

werks = p_werks AND

stlan IN s_stlan AND

stlal IN s_stlal.

IF sy-subrc = 0.

CLEAR wa_lines.

DESCRIBE TABLE t_mast LINES wa_lines.

IF wa_lines > 0.

SELECT stlty stlnr stlal stkoz bmein bmeng

FROM stko

INTO TABLE t_stko

FOR ALL ENTRIES IN t_mast

WHERE stlnr = t_mast-stlnr.

CLEAR wa_lines.

DESCRIBE TABLE t_mast LINES wa_lines.

IF wa_lines > 0.

*-- Get the BOM item details

SELECT stlty stlnr stlkn stpoz idnrk meins menge

FROM stpo

INTO TABLE t_stpo

FOR ALL ENTRIES IN t_stko

WHERE stlty = t_stko-stlty AND

stlnr = t_stko-stlnr AND

idnrk IN s_idnrk.

SELECT * FROM makt APPENDING TABLE t_makt

FOR ALL ENTRIES IN t_stpo

WHERE matnr = t_stpo-idnrk.

ENDIF.

ENDIF.

ENDIF.

*-- Move into the internal table according to selection

*-- for Material BOM list - Add the materials in the header and the

*-- list in the items table

LOOP AT t_mast.

MOVE t_mast-werks TO t_main_material-werks.

MOVE t_mast-matnr TO t_main_material-matnr.

MOVE t_mast-stlal TO t_main_material-stlal.

MOVE t_mast-stlnr TO t_main_material-stlnr.

READ TABLE t_stko WITH KEY stlnr = t_mast-stlnr

stlal = t_mast-stlal.

MOVE t_stko-bmeng TO t_main_material-bmeng.

MOVE t_stko-bmein to t_main_material-bmein.

READ TABLE t_makt WITH KEY matnr = t_mast-matnr

spras = 'EN'.

MOVE t_makt-maktx TO t_main_material-maktx. "Description

t_main_material-expand = space.

APPEND t_main_material.

ENDLOOP.

*-- Move the

LOOP AT t_mast.

MOVE t_mast-matnr TO t_item_material-matnr.

MOVE t_mast-werks TO t_item_material-werks.

MOVE t_mast-stlal TO t_item_material-stlal.

MOVE t_mast-stlnr TO t_item_material-stlnr.

LOOP AT t_stpo WHERE stlnr = t_mast-stlnr.

MOVE t_stpo-menge TO t_item_material-menge.

MOVE t_stpo-meins to t_item_material-meins.

MOVE t_stpo-idnrk TO t_item_material-idnrk.

READ TABLE t_makt WITH KEY matnr = t_stpo-idnrk

spras = 'EN'.

MOVE t_makt-maktx TO t_item_material-maktx. "Description

APPEND t_item_material.

ENDLOOP.

ENDLOOP.

ELSE.

*-- Now the components where used list selected

*-- Get BOM description

SELECT * FROM makt INTO TABLE t_makt WHERE matnr IN s_idnrk.

• Get all the information from MAST - BOM Table

• SELECT * FROM mast INTO TABLE t_mast FOR ALL ENTRIES IN t_stko

• WHERE matnr IN s_matnr AND

• werks = p_werks AND

• stlan IN s_stlan AND

• stlal IN s_stlal.

*-- Get the BOM item details

SELECT stlty stlnr stlkn stpoz idnrk meins menge

FROM stpo

INTO TABLE t_stpo

WHERE idnrk IN s_idnrk.

IF sy-subrc = 0.

CLEAR wa_lines.

DESCRIBE TABLE t_stpo LINES wa_lines.

IF wa_lines > 0.

SELECT stlty stlnr stlal stkoz bmein bmeng

FROM stko

INTO TABLE t_stko

FOR ALL ENTRIES IN t_stpo

WHERE stlnr = t_stpo-stlnr.

CLEAR wa_lines.

DELETE ADJACENT DUPLICATES FROM t_stko COMPARING ALL FIELDS.

DESCRIBE TABLE t_stko LINES wa_lines.

IF wa_lines > 0.

*-- Get the BOM item details

SELECT * FROM mast INTO TABLE t_mast FOR ALL ENTRIES IN t_stko

WHERE werks = p_werks AND

stlnr = t_stko-stlnr AND

matnr IN s_matnr.

SELECT * FROM makt APPENDING TABLE t_makt

FOR ALL ENTRIES IN t_mast

WHERE matnr = t_mast-matnr.

ENDIF.

ENDIF.

ENDIF.

*-- Move into the internal table according to selection

*-- for Material BOM list - Add the materials in the header and the

*-- list in the items table

LOOP AT t_mast.

MOVE t_mast-werks TO t_main_material-werks.

MOVE t_mast-matnr TO t_main_material-matnr.

MOVE t_mast-stlal TO t_main_material-stlal.

MOVE t_mast-stlnr TO t_main_material-stlnr.

READ TABLE t_stko WITH KEY stlnr = t_mast-stlnr

stlal = t_mast-stlal.

MOVE t_stko-bmeng TO t_main_material-bmeng.

MOVE t_stko-bmein to t_main_material-bmein.

READ TABLE t_makt WITH KEY matnr = t_mast-matnr

spras = 'EN'.

MOVE t_makt-maktx TO t_main_material-maktx. "Description

t_main_material-expand = space.

APPEND t_main_material.

ENDLOOP.

*-- Move the

LOOP AT t_mast.

MOVE t_mast-matnr TO t_item_material-matnr.

MOVE t_mast-werks TO t_item_material-werks.

MOVE t_mast-stlal TO t_item_material-stlal.

MOVE t_mast-stlnr TO t_item_material-stlnr.

LOOP AT t_stpo WHERE stlnr = t_mast-stlnr.

MOVE t_stpo-menge TO t_item_material-menge.

MOVE t_stpo-idnrk TO t_item_material-idnrk.

MOVE t_stpo-meins to t_item_material-meins.

READ TABLE t_makt WITH KEY matnr = t_stpo-idnrk

spras = 'EN'.

MOVE t_makt-maktx TO t_item_material-maktx. "Description

APPEND t_item_material.

ENDLOOP.

ENDLOOP.

ENDIF. "p_bomlst

endform.

*&----

---

*

*& Form alv

*&----

---

*

• text

*----

---

*

• --> p1 text

• <-- p2 text

*----

---

*

FORM alv.

• Call ABAP/4 List Viewer

CALL FUNCTION 'REUSE_ALV_HIERSEQ_LIST_DISPLAY'

EXPORTING

i_callback_program = g_repid

• I_CALLBACK_PF_STATUS_SET = ' '

• I_CALLBACK_USER_COMMAND = ' '

is_layout = gs_layout

it_fieldcat = gt_fieldcat[]

• IT_EXCLUDING =

• it_special_groups = gt_sp_group[]

• IT_SORT =

• IT_FILTER =

• IS_SEL_HIDE =

• I_SCREEN_START_COLUMN = 0

• I_SCREEN_START_LINE = 0

• I_SCREEN_END_COLUMN = 0

• I_SCREEN_END_LINE = 0

• i_default = g_default

i_save = g_save

• is_variant = g_variant

it_events = gt_events[]

• IT_EVENT_EXIT =

i_tabname_header = g_tabname_header

i_tabname_item = g_tabname_item

is_keyinfo = gs_keyinfo

• IS_PRINT =

• IMPORTING

• E_EXIT_CAUSED_BY_CALLER =

TABLES

t_outtab_header = t_main_material

t_outtab_item = t_item_material.

ENDFORM. " alv

Reward Points if it is useful

Thanks

Seshu

[Former Member]

Hi Seshu,

Thankz for sending the code .

But my isuue is why the first func mod has not retrieved records and second func module is still retrieving records.

And for some materials both func modules are retrieving records successfully.

could you explain it in that way?

[Former Member]

Hi Seshu,

I have seen your report here and i would like to know how do we do it for multi level bom in the same way using select-options .Your code gets only its immediate upper level

Thanks and Regards

Abhinay

[Former Member]

Hi,

Am closing the thread , since i found the answer the BOM status in at 1 for soem materials that why it has not fetched,thankz for your reply.