topic Re: Dynamic Structure and Components Issue in Application Development and Automation Discussions

Dynamic Structure and Components Issue

Former Member — Thu, 04 Sep 2008 13:43:56 GMT

Hi,

I have a requirement of creating an inbound idoc program and populating dynamic structures. The program for the dynamic structure creation is as follows: ( I have been referencing Heilmans Blog 😞 The part for the inbound idoc creation works fine. The data will come in a flat file with Table name and 15 characterstcis. The table name is known at runtime. I need to create the dynamic table, find out the components and then populate the custom table with the dynamically created structures.

Custom table: 4 components

Internal table from file: 15 components with value.

There could be more than one table in the flat file and not all components or char in the flat file is mapped to the table.

I have been able to code the part where the components in the structure and the file components are in the same order. The problem is if the components in the structure and the file components are not in the same order. I would appreciate some inputs in this issue.

The part that has to be worked out is:

IF NOT L_TABNAME IS INITIAL.

perform get_structure.

perform create_dynamic_itab.

perform get_data.

ENDIF.

*&----

*& Report /FACTGLB/GTDMI_VARTAB_IDOCS02 *

*& *

*&----

*& *

*&----

PROGRAM DESCRIPTION: Variant Table and Content Upload Interface.

DEVELOPER: Aveek Ghose
CREATION DATE: 2008-07-02
RDD NUMBER: DCDD027
TRANSPORT NUMBER(S): RD2K902769

*-- REVISION HISTORY -

DEVELOPER:
DATE APPLIED: YYYY-MM-DD
SCR NUMBER: <Scope Change Request ID>
RDD NUMBER: <Toolset Object ID>
TRANSPORT NUMBER(S):
DESCRIPTION:

*----

REPORT ZGTDMI_VARTAB_IDOCS_DYNAMIC

NO STANDARD PAGE HEADING

LINE-SIZE 150

LINE-COUNT 55

MESSAGE-ID zfactglb.

**Include for Global Data Declaration

*INCLUDE /FACTGLB/GTDMI_VARTAB_TOP02.

**Include for Selection Screen

*INCLUDE /FACTGLB/GTDMI_VARTAB_SEL02.

**Include for Sub Routines

*INCLUDE /FACTGLB/GTDMI_VARTAB_FORMS02.

*&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP02 *

*&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP02 *

*&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP

*&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP

*&----

*----

PROGRAM DESCRIPTION: Variant Table and Content Upload Interface.

DEVELOPER: Aveek Ghose
CREATION DATE: 2008-07-02
RDD NUMBER: DCDD027
TRANSPORT NUMBER(S): RD2K902769

*-- REVISION HISTORY -

DEVELOPER:
DATE APPLIED: YYYY-MM-DD
SCR NUMBER: <Scope Change Request ID>
RDD NUMBER: <Toolset Object ID>
TRANSPORT NUMBER(S):
DESCRIPTION:

*----

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

TYPE POOLS

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

*Type declaration for ALV display

TYPE-POOLS : slis.

Include .

type-pools: col, "#EC *

icon, "#EC *

sym, "#EC *

abap. "#EC *

Target structure definitions

tables:

E1CUVTM, "#EC *

E1DATEM, "#EC *

E1CUV1M, "#EC *

edp21, "#EC *

edi_dc40, "#EC *

edi_dd40, "#EC *

edi_ds40. "#EC *

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

GLOBAL TYPES

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

TYPES : BEGIN OF ty_vartab.

include structure E1CUVTM.

TYPES: END OF ty_vartab.

TYPES : BEGIN OF ty_vartabdate.

INCLUDE STRUCTURE E1DATEM.

TYPES : END OF ty_vartabdate.

*Structure for data retreived

TYPES : BEGIN OF ty_vardetails.

INCLUDE STRUCTURE E1CUV1M.

TYPES : END OF ty_vardetails.

*Structure for data retreived from table tabinput.

TYPES : BEGIN OF ty_tabinput,

lines type string,

END OF ty_tabinput.

*Structure for data retreived from Table dsn_input.

TYPES : BEGIN OF ty_dsninput, "#EC *

LINE(101) type c,

END OF ty_dsninput.

*Structure for data retreived from Table dsn_input.

TYPES : BEGIN OF ty_newinput, "#EC *

LINE(101) type c,

flag(1) type c,

END OF ty_newinput.

*Structure for keeping the values of all the custom tables

TYPES : BEGIN OF ty_custom_tabs,

matnr TYPE matnr, "Material Number

werks TYPE werks_d, "Plant

lgort TYPE lgort_d, "Storage Location

qunty TYPE P DECIMALS 2, "Standard Order Quantity

det_loc TYPE CHAR6, "Detail Location

class TYPE CHAR2, "Class

rate TYPE P DECIMALS 2, "Rate

END OF ty_custom_tabs.

*Type declared for the internal table and work area which will store

*fields for error log

TYPES : BEGIN OF ty_error_log,

matnr TYPE matnr, "Material Number

mtart TYPE mtart, "Material Type

sel_data TYPE char10, "No of selectyed data

END OF ty_error_log.

*Structure for keeping the output data

TYPES : BEGIN OF ty_final,

VTNAM(018) type C,

CHAR1(030) type C,

CHAR2(030) type C,

CHAR3(030) type C,

CHAR4(030) type C,

CHAR5(030) type C,

CHAR6(030) type C,

CHAR7(030) type C,

CHAR8(030) type C,

CHAR9(030) type C,

CHAR10(030) type C,

CHAR11(030) type C,

CHAR12(030) type C,

CHAR13(030) type C,

CHAR14(030) type C,

CHAR15(030) type C,

FLAG(001) type C,

END OF ty_final.

TYPES: begin of TY_CONTENTHD,

VTNAM(018) type C,

FLAG(001) type C,

end of TY_CONTENTHD.

TYPES: begin of TY_CONTENT,

VTNAM(018) type C,

CHAR1(030) type C,

CHAR2(030) type C,

CHAR3(030) type C,

CHAR4(030) type C,

CHAR5(030) type C,

CHAR6(030) type C,

CHAR7(030) type C,

CHAR8(030) type C,

CHAR9(030) type C,

CHAR10(030) type C,

CHAR11(030) type C,

CHAR12(030) type C,

CHAR13(030) type C,

CHAR14(030) type C,

CHAR15(030) type C,

FLAG(001) type C,

Z_VARCOND TYPE VARCOND.

TYPES: end of TY_CONTENT.

TYPES: begin of TY_CONTENTTAB,

VTNAM(018) type C,

COMP1(30) TYPE C,

CHAR1(030) type C,

COMP2(30) TYPE C,

CHAR2(030) type C,

COMP3(30) TYPE C,

CHAR3(030) type C,

COMP4(30) TYPE C,

CHAR4(030) type C,

COMP5(30) TYPE C,

CHAR5(030) type C,

COMP6(30) TYPE C,

CHAR6(030) type C,

COMP7(30) TYPE C,

CHAR7(030) type C,

COMP8(30) TYPE C,

CHAR8(030) type C,

COMP9(30) TYPE C,

CHAR9(030) type C,

COMP10(30) TYPE C,

CHAR10(030) type C,

COMP11(30) TYPE C,

CHAR11(030) type C,

COMP12(30) TYPE C,

CHAR12(030) type C,

COMP13(30) TYPE C,

CHAR13(030) type C,

COMP14(30) TYPE C,

CHAR14(030) type C,

COMP15(30) TYPE C,

CHAR15(030) type C,

FLAG(001) type C.

TYPES: end of TY_CONTENTTAB.

TYPES: BEGIN OF TY_E1CUVTM,

MSGFN TYPE MSGFN,

VAR_TAB TYPE APITABL,

STATUS TYPE RCUTBST,

VTGROUP TYPE RCUTBGR,

AUTHSTRUC TYPE RCUTBBE,

AUTHENTRY TYPE RCUFNBI,

FLDELETE TYPE FLLKENZ,

DBTABNAME TYPE TABNAME16,

DBCONACTIVE TYPE DBCON_ACTI,

PRESDEC TYPE VTDCT,

END OF TY_E1CUVTM.

TYPES: BEGIN OF TY_E1CUV1M,

MSGFN TYPE MSGFN,

VTLINENO TYPE VTLINENO,

VTCHARACT TYPE ATNAM,

ATWRT TYPE ATWRT,

ATFLV TYPE ATFLV,

ATAWE TYPE MSEHI,

ATFLB TYPE ATFLB,

ATAW1 TYPE MSEHI,

ATCOD TYPE ATCOD,

ATTLV TYPE ATTLV,

ATTLB TYPE ATTLB,

ATPRZ TYPE ATPRZ,

ATINC TYPE ATINC,

VTLINENO5 TYPE VTLINENO5,

END OF TY_E1CUV1M.

TYPES: BEGIN OF TY_E1DATEM,

MSGFN TYPE MSGFN,

KEY_DATE TYPE SYDATUM,

AENNR TYPE AENNR,

EFFECTIVITY TYPE CC_MTEFF,

END OF TY_E1DATEM.

TYPES: BEGIN OF ty_vtnam,

vtint TYPE vtint, " Internal number of variant table

vtnam TYPE vtnam, " Name of variant table

dbtab_name type tabname16, "Custom table Name

error TYPE char1, " Indicates error in data format

reas TYPE char50, " Reason for failure

END OF ty_vtnam.

Get data type for characteristic

TYPES: BEGIN OF ty_cabn,

atinn TYPE atinn, "Internal characteristic

atnam TYPE atnam, "Characteristic Name

atfor TYPE atfor, "Data type of characteristic

atson TYPE atson, "Indicator: Additional Values

atprt TYPE atprt, "Check table

atprr TYPE atprr, "Name of Check Report Program

atprf TYPE atprf, "Function Module for Checking Values

anzdz TYPE anzdz, "Number of Decimal Places

check TYPE char1, "Indicates check required or not

END OF ty_cabn.

Get field names of variant table

TYPES: BEGIN OF ty_cuvtab_fld,

vtint TYPE vtint, " Internal number of variant table

atinn TYPE atinn, " Internal characteristic

vtpos TYPE vtpos, " Item number of characteristic in variant

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

*mod-012

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

DBFLD type NAME_FELD,

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

*mod-012

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

exist TYPE char1, " X Indictaes characteristic is part of fil

END OF ty_cuvtab_fld.

Store all data in internal table

TYPES: BEGIN OF ty_file,

vtnam TYPE vtnam,

char1 TYPE atwrt,

char2 TYPE atwrt,

char3 TYPE atwrt,

char4 TYPE atwrt,

char5 TYPE atwrt,

char6 TYPE atwrt,

char7 TYPE atwrt,

char8 TYPE atwrt,

char9 TYPE atwrt,

char10 TYPE atwrt,

char11 TYPE atwrt,

char12 TYPE atwrt,

char13 TYPE atwrt,

char14 TYPE atwrt,

char15 TYPE atwrt,

flag TYPE char1,

error TYPE char50,

END OF ty_file.

To check for duplicates

TYPES: BEGIN OF ty_dupl,

vtnam TYPE vtnam,

char1 TYPE atwrt,

char2 TYPE atwrt,

char3 TYPE atwrt,

char4 TYPE atwrt,

char5 TYPE atwrt,

char6 TYPE atwrt,

char7 TYPE atwrt,

char8 TYPE atwrt,

char9 TYPE atwrt,

char10 TYPE atwrt,

char11 TYPE atwrt,

char12 TYPE atwrt,

char13 TYPE atwrt,

char14 TYPE atwrt,

char15 TYPE atwrt,

slnid TYPE slnid,

END OF ty_dupl.

Get previously loaded characteristic values for internal table (CHAR)

TYPES: BEGIN OF ty_cuvtab_valc,

vtint TYPE vtint, " Internal number of variant table

slnid TYPE slnid, " Key for value combination in variant tab

atinn TYPE atinn, " Internal characteristic

valc TYPE atwrt, " Characteristic Value

END OF ty_cuvtab_valc.

Get previously loaded characteristic values for internal table (NUM)

TYPES: BEGIN OF ty_cuvtab_valn,

vtint TYPE vtint, " Internal number of variant table

slnid TYPE slnid, " Key for value combination in variant tab

atinn TYPE atinn, " Internal characteristic

val_from TYPE atflv, " Internal floating point from

END OF ty_cuvtab_valn.

Store column positions of characteristics

TYPES: BEGIN OF ty_col_pos,

vtint TYPE vtint, " Internal number of variant table

vtnam TYPE vtnam, " Variant table name

atinn TYPE atinn, "Internal characteristic

atnam TYPE atnam, "Characteristic Name

field TYPE fieldname, "Field name

req TYPE char1, " Required or not

vtpos TYPE vtpos, " Item number of characteristics

DBFLD type NAME_FELD, " Field Name of Custom table.

END OF ty_col_pos.

Store valid values for characteristics

TYPES: BEGIN OF ty_cawn,

atinn TYPE atinn, " Internal characteristic

atzhl TYPE atzhl, " Int counter

atwrt TYPE atwrt, " Characteristic Value

atflv TYPE atflv, " Internal floating point from

lkenz TYPE lkenz, " Deletion indicator

END OF ty_cawn.

Store error messages for individual lines

TYPES: BEGIN OF ty_error,

vtnam TYPE vtnam, " Variant table name

fname TYPE fieldname, " Fieldname

atnam TYPE atnam, " Characteristic name

atwrt TYPE atwrt, " Characteristic value

row TYPE char5, " Row id

END OF ty_error.

Begin TPR# 4618
To store unique number for variant

TYPES: BEGIN OF ty_vnt_ma,

vtnam TYPE vtnam,

unique_no TYPE ZGTDM_UNQN,

no_chr TYPE ZGTDM_NO_CHR,

END OF ty_vnt_ma.

TYPES: BEGIN OF ty_dbtab,

vtint TYPE vtint,

vtnam TYPE vtnam,

DBTAB_NAME TYPE TABNAME16,

END OF ty_dbtab.

To find out concatenated number for

TYPES: BEGIN OF ty_split,

f1 TYPE char6,

END OF ty_split.

TYPES: BEGIN OF ty_charval,

char TYPE char30,

END OF ty_charval.

TYPES: BEGIN OF TY_DATA,

name TYPE string,

value(15) type c,

END OF TY_DATA.

DATA: I_DATATAB TYPE STANDARD TABLE OF TY_DATA.

TYPES:

TUMLS_MESSTYPE type /SAPDMC/LS_MESSTYPE,

TUMLS_MESSTYPETXT type EDI_TEXT60,

TUMLS_MESSCODE type EDIPMESCOD.

TYPES:

TUMLS_TABNAME TYPE TABNAME, "#EC *

TUMLS_SEGMENT TYPE TABNAME. "#EC *

TYPES:

TUMLS_PATHFILE TYPE /SAPDMC/LS_FILENAME,

TUMLS_FILENAME TYPE /SAPDMC/LS_FILENAME,

TUMLS_FILETEXT TYPE /SAPDMC/LS_FILETEXT.

TYPES:

BEGIN OF type_errorline,

msgty type SYMSGTY,

id type SYMSGID,

msgno type symsgno,

par1 type symsgv,

par2 type symsgv,

par3 type symsgv,

par4 type symsgv,

END OF type_errorline.

TYPES:

type_errortab TYPE SORTED TABLE

OF type_errorline

WITH NON-UNIQUE KEY id msgno par1 par2 par3 par4.

DATA:

LV_INDEX TYPE SY-INDEX,

LV_INDEX2 TYPE SYINDEX,

LV_TABLE1 TYPE REF TO DATA,

LV_TABLE2 TYPE REF TO DATA,

LV_TABLE3 TYPE REF TO DATA,

LV_TABLE4 TYPE REF TO DATA,

LV_LINE1 TYPE REF TO DATA,

LV_LINE2 TYPE REF TO DATA,

LV_LINE3 TYPE REF TO DATA,

LV_LINE4 TYPE REF TO DATA,

LV_OFFSET1 TYPE SYTABIX,

ST_IS_LAYOUT_ALV TYPE SLIS_LAYOUT_ALV,

L_IT_FCATLOG_ALV TYPE SLIS_T_FIELDCAT_ALV,

L_IT_FLDCAT TYPE LVC_T_FCAT.

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

GLOBAL INTERNAL TABLES

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

DATA : i_newinput TYPE STANDARD TABLE OF ty_newinput INITIAL SIZE 0."#EC *

DATA : i_contentheader1 TYPE STANDARD TABLE OF ty_contenthd INITIAL SIZE 0."#EC *

DATA : i_contenttab1 TYPE STANDARD TABLE OF ty_content INITIAL SIZE 0."#EC *

DATA : i_contenttab2 TYPE STANDARD TABLE OF ty_content INITIAL SIZE 0."#EC *

DATA : i_contenttab3 TYPE STANDARD TABLE OF ty_content INITIAL SIZE 0."#EC *

DATA : i_contenttab4 TYPE STANDARD TABLE OF ty_content INITIAL SIZE 0."#EC *

DATA : i_contenttab5 TYPE STANDARD TABLE OF ty_contenttab INITIAL SIZE 0."#EC *

DATA : i_E1CUV1M TYPE STANDARD TABLE OF E1CUV1M INITIAL SIZE 0."#EC *

DATA : i_errortab TYPE STANDARD TABLE OF solisti1 INITIAL SIZE 0."#EC *

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

GLOBAL WORK AREAS

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

**Internal Table for the structure TY_T001L

DATA : wa_vartab TYPE ty_vartab. "#EC *

DATA : wa_vartabdate TYPE ty_vartabdate. "#EC *

DATA : wa_vardetails TYPE ty_vardetails. "#EC *

DATA : wa_tabinput TYPE ty_tabinput. "#EC *

DATA : wa_dsninput TYPE ty_dsninput. "#EC *

DATA : wa_newinput TYPE ty_newinput. "#EC *

DATA : wa_gnewinput TYPE ty_newinput. "#EC *

DATA : wa_ginput_data TYPE ty_newinput. "#EC *

DATA : wa_final TYPE ty_final. "#EC *

DATA : wa_content TYPE ty_content. "#EC *

DATA : wa_contenthd TYPE ty_contenthd. "#EC *

DATA : wa_contentheader type ty_contenthd. "#EC *

DATA : wa_contenttab TYPE ty_content. "#EC *

DATA : wa_content1 TYPE ty_content. "#EC *

DATA : wa_contenthd1 TYPE ty_contenthd. "#EC *

DATA : wa_contentheader1 type ty_contenthd. "#EC *

DATA : wa_contenttab1 TYPE ty_content. "#EC *

DATA : wa_contenttab2 TYPE ty_content. "#EC *'

DATA : wa_contenttab3 TYPE ty_content. "#EC *

DATA : wa_contenttab4 TYPE ty_content. "#EC *

DATA : wa_contenttab5 TYPE ty_contentTAB. "#EC *

DATA : wa_E1CUVTM TYPE E1CUVTM. "#EC *

DATA : wa_E1CUV1M TYPE E1CUV1M. "#EC *

DATA : wa_E1DATEM TYPE E1DATEM. "#EC *

DATA : wa_error_tab TYPE solisti1. "#EC *

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

INTERNAL TABLES AND WORK AREAS FOR BDC

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

*Internal Table to store the data to display the error message

DATA : i_errormsg TYPE STANDARD TABLE OF solisti1 INITIAL SIZE 0."#EC *

*Internal Table to store the data to display the error message

DATA : i_error TYPE STANDARD TABLE OF solisti1 INITIAL SIZE 0."#EC *

DATA : itab_error TYPE STANDARD TABLE OF solisti1 INITIAL SIZE 0."#EC *

**Work area to store the data to display the error message

DATA : wa_errormsg TYPE solisti1. "#EC *

**Internal table which will store data for the error log

DATA:i_error_log TYPE STANDARD TABLE OF ty_error_log INITIAL SIZE 0."#EC *

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

GLOBAL VARIABLES

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

DATA: G_FILE TYPE string. "#EC *

DATA : g_ctr_input_recs(5) type c. "#EC *

DATA: g_ctr_output_recs(5) type p. "#EC *

data : g_msg(100) type c. "#EC *

data: g_struct_file TYPE string. "#EC *

data: g_login type FILEINTERN. "#EC *

data: g_phyin type string. "#EC *

DATA: g_lprnt type RSPOPSHORT. "#EC *

DATA: g_FNAME1 TYPE STRING. "#EC *

DATA : g_repid TYPE repid, "#EC *

g_exit(1) TYPE C, "#EC *

gx_variant type disvariant. "#EC *

DATA : g_lines TYPE i . "#EC *

data : g_save(1) type c. "#EC *

DATA : g_splid TYPE rspoid . "#EC *

data: p_login type FILEINTERN. "#EC *

data: p_phyin type string. "#EC *

DATA:

go_table TYPE REF TO cl_salv_table,

go_sdescr TYPE REF TO cl_abap_structdescr,

go_tdescr TYPE REF TO cl_abap_tabledescr,

gdo_data TYPE REF TO data,

gdo_handle TYPE REF TO data,

gs_comp TYPE abap_componentdescr,

gt_components TYPE abap_component_tab.

FIELD-SYMBOLS:

TYPE table.

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

GLOBAL CONSTANTS

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

CONSTANTS c_msgar TYPE rslgarea VALUE 'F8'. "#EC *

CONSTANTS c_msgid TYPE rslgsubid VALUE 'E'. "#EC *

CONSTANTS c_urgnc TYPE char04 VALUE 'HIGH'. "#EC *

CONSTANTS C_X(1) TYPE C VALUE 'X'. "#EC *

CONSTANTS C_Y(1) TYPE C VALUE 'Y'. "#EC *

CONSTANTS C_Z(1) TYPE C VALUE 'Z'. "#EC *

CONSTANTS C_E(1) TYPE C VALUE 'E'. "#EC *

CONSTANTS C_SAP(3) TYPE C VALUE 'SAP'. "#EC *

CONSTANTS C_MOD(3) TYPE C VALUE 'MOD'. "#EC *

CONSTANTS C_MD1(3) TYPE C VALUE 'MD1'. "#EC *

CONSTANTS C_MD2(3) TYPE C VALUE 'MD2'. "#EC *

CONSTANTS C_MD3(3) TYPE C VALUE 'MD3'. "#EC *

CONSTANTS C_MD4(3) TYPE C VALUE 'MD4'. "#EC *

CONSTANTS C_MD5(3) TYPE C VALUE 'MD5'. "#EC *

constants: c_000001(6) type c value '000001', "#EC *

c_e1cuv1m(7) type c value 'E1CUV1M', "#EC *

c_02(2) type c value '02', "#EC *

c_009(3) type c value '009', "#EC *

c_0001(4) type c value '0001'. "#EC *

constants: c_e1datem(7) type c value 'E1DATEM'. "#EC *

constants: c_e1cuvtm(7) type c value 'E1CUVTM'. "#EC *

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

GLOBAL INTERNAL TABLES FOR ALV DISPLAY

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

*Internal tables for ALV Field cat

DATA :

i_fieldcat_ov TYPE STANDARD TABLE OF slis_fieldcat_alv INITIAL SIZE 0,"#EC *

i_fieldcat_dtl TYPE STANDARD TABLE OF slis_fieldcat_alv INITIAL SIZE 0,"#EC *

i_fieldcat_ov1 TYPE lvc_t_fcat, "#EC *

i_events TYPE slis_t_event. "#EC *

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

GLOBAL WORK AREAS FOR ALV DISPLAY

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

*Work area for ALV Field layout

DATA : wa_layout TYPE slis_layout_alv. "#EC *

*Work area for Field Cat. Table

DATA : wa_fieldcat TYPE slis_fieldcat_alv. "#EC *

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

GLOBAL VARIABLES FOR ALV DISPLAY

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

DATA : g_event TYPE slis_t_event. "#EC *

DATA : g_top_of_page TYPE slis_t_listheader. "#EC *

DATA : g_ok_code TYPE char4. "#EC *

DATA : g_variant type disvariant. "#EC *

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

GLOBAL CONSTANTS FOR ALV DISPLAY

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

BAL handling

data: iv_log_handle type BALLOGHNDL. "#EC *

data: is_log_header type bal_s_log. "#EC *

data: iv_object type bal_s_log-object value 'CAPI'. "#EC *

data: iv_subobject type bal_s_log-subobject value 'CAPI_LOG'."#EC *

data: iv_tcode type bal_s_log-altcode value 'SE38'. "#EC *

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

*MOD-005

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

RANGES:

R_MESTYP FOR EDIDC-MESTYP, "#EC *

R_CREDAT FOR EDIDC-CREDAT, "#EC *

R_CRETIM FOR EDIDC-CRETIM, "#EC *

R_SNDPRT FOR EDIDC-SNDPRT, "#EC *

R_SNDPRN FOR EDIDC-SNDPRN. "#EC *

DATA:

L_MESSTYPE TYPE TUMLS_MESSTYPE. "#EC *

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

*MOD-005

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

data: p_sndprn TYPE EDI_SNDPRN, "#EC *

p_sndprt TYPE EDI_SNDPRT, "#EC *

p_sndpor TYPE EDI_SNDPOR. "#EC *

data: p_rcvprn TYPE EDI_RCVPRN, "#EC *

p_rcvprt TYPE EDI_RCVPRT, "#EC *

p_rcvpor TYPE EDI_RCVPOR. "#EC *

data:

init_E1CUVTM type E1CUVTM, "#EC *

prev_E1CUVTM type E1CUVTM, "#EC *

init_E1DATEM type E1DATEM, "#EC *

prev_E1DATEM type E1DATEM, "#EC *

init_E1CUV1M type E1CUV1M, "#EC *

prev_E1CUV1M type E1CUV1M. "#EC *

Source structure definitions

data:

begin of LSMW_TAB_CONTENT, "#EC *

VTNAM(018) type C,

CHAR1(030) type C,

CHAR2(030) type C,

CHAR3(030) type C,

CHAR4(030) type C,

CHAR5(030) type C,

CHAR6(030) type C,

CHAR7(030) type C,

CHAR8(030) type C,

CHAR9(030) type C,

CHAR10(030) type C,

CHAR11(030) type C,

CHAR12(030) type C,

CHAR13(030) type C,

CHAR14(030) type C,

CHAR15(030) type C,

FLAG(001) type C,

end of LSMW_TAB_CONTENT.

Counters

data:

g_cnt_VAR_TAB type i, "#EC *

g_cnt_TAB_CONTENT type i. "#EC *

Counter ct_xxxxxxxxxx: number of transferred records

data:

ct_edi_dc40 type i, "#EC *

cs_edi_dc40 type i, "#EC *

ct_E1CUVTM type i, "#EC *

cs_E1CUVTM type i, "#EC *

ct_E1DATEM type i, "#EC *

cs_E1DATEM type i, "#EC *

ct_E1CUV1M type i, "#EC *

cs_E1CUV1M type i. "#EC *

Global data definitions and data declarations

DATA: wa_cabn TYPE ty_cabn,

wa_cawn TYPE ty_cawn,

wa_file TYPE ty_file,

wa_vtnam TYPE ty_vtnam,

wa_cuvtab_fld TYPE ty_cuvtab_fld,

wa_cuvtab_valn TYPE ty_cuvtab_valn,

wa_cuvtab_valc TYPE ty_cuvtab_valc,

wa_col_pos TYPE ty_col_pos,

wa_error TYPE ty_error,

wa_dupl TYPE ty_dupl,

wa_dupl_file TYPE ty_dupl.

DATA: wa_vnt_ma TYPE ty_vnt_ma,

wa_split TYPE ty_split.

DATA: wa_charval TYPE ty_charval. "#EC *

*----

Internal table

DATA: i_cabn TYPE STANDARD TABLE OF ty_cabn, "#EC *

i_cabn_temp TYPE STANDARD TABLE OF ty_cabn, "#EC *

i_cabn_atinn TYPE STANDARD TABLE OF ty_cabn, "#EC *

i_file TYPE STANDARD TABLE OF ty_file, "#EC *

i_file_tmp TYPE STANDARD TABLE OF ty_file, "#EC *

i_vtnam TYPE STANDARD TABLE OF ty_vtnam, "#EC *

i_cuvtab TYPE STANDARD TABLE OF ty_vtnam, "#EC *

i_cuvtab_fld TYPE STANDARD TABLE OF ty_cuvtab_fld, "#EC *

i_cuvtab_valn TYPE STANDARD TABLE OF ty_cuvtab_valn, "#EC *

i_cuvtab_valc TYPE STANDARD TABLE OF ty_cuvtab_valc, "#EC *

i_col_pos TYPE STANDARD TABLE OF ty_col_pos, "#EC *

i_cawn TYPE STANDARD TABLE OF ty_cawn, "#EC *

i_cawn_n TYPE STANDARD TABLE OF ty_cawn, "#EC *

i_cawn_c TYPE STANDARD TABLE OF ty_cawn, "#EC *

i_cawn_i TYPE STANDARD TABLE OF ty_cawn, "#EC *

i_cuv_error TYPE STANDARD TABLE OF ty_vtnam, "#EC *

i_dupl TYPE STANDARD TABLE OF ty_dupl, "#EC *

i_dbtab TYPE STANDARD TABLE OF ty_dbtab. "#EC *

DATA: i_vnt_ma TYPE STANDARD TABLE OF ty_vnt_ma, "#EC *

i_split TYPE STANDARD TABLE OF ty_split. "#EC *

DATA: i_dupl_file TYPE STANDARD TABLE OF ty_dupl. "#EC *

DATA: i_charval TYPE STANDARD TABLE OF ty_charval. "#EC *

*----

Constants

CONSTANTS: c_char TYPE atfor VALUE 'CHAR', "#EC *

c_date TYPE atfor VALUE 'DATE', "#EC *

c_time TYPE atfor VALUE 'TIME', "#EC *

c_varcond TYPE atnam VALUE 'Z_VARCOND'. "#EC *

*----

Field Symbols

FIELD-SYMBOLS: TYPE ANY.

*----

Variables

DATA: g_raw(500) TYPE c, "#EC *

g_invalid TYPE char1, "#EC *

g_error TYPE char1, "#EC *

g_message TYPE char50, "#EC *

g_slnid_c TYPE slnid, "#EC *

g_slnid_n TYPE slnid, "#EC *

g_row TYPE char5. "#EC *

DATA: g_varcond TYPE varcond, "Variant condition "#EC NEEDED

g_split_var TYPE i. "#EC *

Types: begin of ty_charname,

name type atnam,

end of ty_charname.

data: wa_charname type ty_charname, "#EC *

i_charname type standard table of ty_charname. "#EC *

data: cnt_i type i, "#EC *

g_tabix type char10. "#EC *

Types: begin of ty_itab_zedidc40.

include structure edi_dc40.

TYPES: end of ty_itab_zedidc40.

Types: begin of ty_itab_zedidd40.

include structure edi_dd40.

TYPES: end of ty_itab_zedidd40.

DATA: itab_zedidc40 type standard table of

ty_itab_zedidc40 initial size 0. "#EC *

DATA: itab_zedidd40 type standard table of

ty_itab_zedidd40 initial size 0. "#EC *

DATA: wa_itab_zedidc40 type ty_itab_zedidc40.

DATA: wa_itab_zedidd40 type ty_itab_zedidd40.

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

*MOD-009

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

data: itab_ze1cuvtm type e1cuvtm, "#EC *

itab_ze1datem type e1datem, "#EC *

itab_ze1cuv1m type e1cuv1m. "#EC *

data: wdocnum(16) type n value 0. "#EC *

data: wsegnum(6) type n value 0. "#EC *

data: witemno(10) type n value 0. "#EC *

data: witemno_new(10) type n value 0. "#EC *

data: witemno_gst(10) type n value 0. "#EC *

data: witemno_qst(10) type n value 0. "#EC *

TYPES: BEGIN OF ty_input_data1, "#EC *

line(560) type c,

flag(1) type c,

END OF ty_input_data1.

DATA: i_input_data type standard table of

ty_input_data1 initial size 0. "with header line.

DATA: i_input_data1 type standard table of

ty_input_data1 initial size 0. "with header line.

DATA: wa_input_data type ty_input_data1. "#EC *

DATA: g_cnt_input_recs type i. "#EC *

DATA: g_flg_error type c. "#EC *

DATA: l_lines type i. "#EC *

DATA: l_lines_varcond type i. "#EC *

DATA: l_lines1 type i. "#EC *

DATA: l_tabix type i. "#EC *

DATA: wa_input_data1 type ty_input_data1. "#EC *

DATA: FILE TYPE STRING.

Fields that are made available to the user:

DATA:

g_cnt_records_read TYPE i, "#EC *

g_cnt_records_transferred TYPE i, "#EC *

g_cnt_transactions_read TYPE i, "#EC *

g_cnt_transactions_transferred TYPE i, "#EC *

g_cnt_idocs_package TYPE i. "#EC *

data: v_log_handle type balloghndl. "#EC *

DATA: gt_curr_edi_dc40 TYPE STANDARD TABLE OF edi_dc40 initial size 0."#EC *

DATA: gt_curr_edi_dd40 TYPE STANDARD TABLE OF edi_dd40 initial size 0."#EC *

DATA: wa_curr_edi_dc40 TYPE edi_dc40. "#EC *

DATA: wa_curr_edi_dd40 TYPE edi_dd40. "#EC *

internal table for error messages during conversion

DATA: g_error_tab TYPE type_errortab, "#EC *

wa_errortab TYPE type_errorline. "#EC *

DATA: g_edidd_segnam type EDI4SEGNAM, "#EC *

g_edidd_hlevel type EDI4HLEVEC. "#EC *

DATA: g_segnum(6) TYPE n.

DATA: g_objecttype(2) type C.

DATA: P_FNAME(128) TYPE C VALUE '/usr/sap/trans/vartabheader'. " MODIF ID MD1 OBLIGATORY.

DATA: P_FNAME1(128) TYPE C VALUE '/usr/sap/trans/vartabcontent'. " MODIF ID MD1 OBLIGATORY.

DATA: alv_fldcat TYPE slis_t_fieldcat_alv,

it_fldcat TYPE lvc_t_fcat.

field-symbols: .

data: dy_table type ref to data,

dy_line type ref to data,

xfc type lvc_s_fcat,

ifc type lvc_t_fcat.

data: l_wa_data TYPE TY_CONTENT,

l_tabname TYPE tabname,

itab_data TYPE standard table of TY_CONTENT.

DATA: l_len_slnid TYPE i, "#EC NEEDED

l_len_varcond TYPE i, "#EC NEEDED

l_temp_slnid TYPE i, "#EC NEEDED

l_temp_slnc TYPE char5, "#EC NEEDED

l_temp_varcond TYPE varcond, "#EC NEEDED

l_sub_var TYPE i, "#EC NEEDED

l_val_split TYPE char10. "#EC NEEDED

DATA: l_invalid. "#EC NEEDED

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

DECLARATION FOR SELECTION SCREEN

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

*----

*selection-screen skip 1.

*----

*For all the input field entries

SELECTION-SCREEN BEGIN OF BLOCK bl1 WITH FRAME TITLE text-001.

*Parameter for Input File Name:

PARAMETERS: p_inpt TYPE RLGRAP-FILENAME MODIF ID MOD . " Presentation server File Variant table

PARAMETERS: p_inpt1 TYPE RLGRAP-FILENAME MODIF ID MOD . " Presentation server File variant Content

SELECTION-SCREEN END OF BLOCK bl1.

IDoc creation

selection-screen begin of block idocpars

with frame title text-006.

parameters:

p_trfcpt as checkbox default C_X MODIF ID MD3,

p_packge(5) type n default 1 MODIF ID MD3.

selection-screen end of block idocpars.

SELECTION-SCREEN BEGIN OF BLOCK bl5 WITH FRAME TITLE text-038.

Radio Buttons :

parameters:

rb_idocp RADIOBUTTON GROUP RB3 DEFAULT 'X' USER-COMMAND UCOM MODIF ID MD6,

rb_custt RADIOBUTTON GROUP RB3 MODIF ID MD6.

SELECTION-SCREEN END OF BLOCK bl5.

SELECTION-SCREEN BEGIN OF BLOCK bl3 WITH FRAME TITLE text-032.

Radio Buttons :

parameters:

rb_apsrv RADIOBUTTON GROUP RB1 DEFAULT 'X' USER-COMMAND UCOM MODIF ID MD4,

rb_convt RADIOBUTTON GROUP RB1 MODIF ID MD4,

rb_idoc RADIOBUTTON GROUP RB1 MODIF ID MD4,

rb_proc RADIOBUTTON GROUP RB1 MODIF ID MD4.

SELECTION-SCREEN END OF BLOCK bl3.

SELECTION-SCREEN BEGIN OF BLOCK bl4 WITH FRAME TITLE text-037.

Radio Buttons :

parameters:

rb_appct RADIOBUTTON GROUP RB2 DEFAULT 'X' USER-COMMAND UCOM MODIF ID MD5,

rb_conct RADIOBUTTON GROUP RB2 MODIF ID MD5,

rb_cust RADIOBUTTON GROUP RB2 MODIF ID MD5.

SELECTION-SCREEN END OF BLOCK bl4.

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

INITIALIZATION

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

INITIALIZATION.

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

Check selection-screen entries *

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

*AT SELECTION-SCREEN.

PERFORM sub_get_physical_file USING p_fpath p_fname.

PERFORM sub_get_physical_file1 USING p_fpath1 p_fname1.

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

AT SELECTION SCREEN

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

*AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_fname.

PERFORM sub_get_file. " CHANGING p_fname. "#EC *

*AT SELECTION-SCREEN ON VALUE-REQUEST FOR p_fname1.

PERFORM sub_get_file1. " CHANGING p_fname1. "#EC *

AT SELECTION-SCREEN ON VALUE-REQUEST FOR P_INPT.

CALL FUNCTION 'KD_GET_FILENAME_ON_F4'

EXPORTING

STATIC = C_X

CHANGING

FILE_NAME = P_INPT

EXCEPTIONS

MASK_TOO_LONG = 1

OTHERS = 2.

IF SY-SUBRC <> 0.

MESSAGE e241.

ENDIF.

AT SELECTION-SCREEN ON VALUE-REQUEST FOR P_INPT1.

CALL FUNCTION 'KD_GET_FILENAME_ON_F4'

EXPORTING

STATIC = C_X

CHANGING

FILE_NAME = P_INPT1

EXCEPTIONS

MASK_TOO_LONG = 1

OTHERS = 2.

IF SY-SUBRC <> 0.

MESSAGE e241.

ENDIF.

*&----

At Selection Screen Output

*&----

AT SELECTION-SCREEN OUTPUT.

IF RB_IDOCP = 'X'.

LOOP AT SCREEN.

IF SCREEN-GROUP1 = c_md5.

SCREEN-INPUT = 0.

ENDIF.

MODIFY SCREEN.

ENDLOOP.

ENDIF.

IF RB_CUSTT = 'X'.

LOOP AT SCREEN.

IF SCREEN-GROUP1 = c_md4.

SCREEN-INPUT = 0.

ENDIF.

MODIFY SCREEN.

ENDLOOP.

ENDIF.

IF rb_apsrv = 'X'.
LOOP AT SCREEN.

IF SCREEN-GROUP1 = c_md4.
SCREEN-INPUT = 0.
ENDIF.

IF SCREEN-GROUP1 = c_md5.
SCREEN-INPUT = 0.
ENDIF.
MODIFY SCREEN.
ENDLOOP.
endif.

IF rb_appct = 'X'.
LOOP AT SCREEN.
IF SCREEN-GROUP1 = c_md4.
SCREEN-INPUT = 0.
ENDIF.

IF SCREEN-GROUP1 = c_md5.
SCREEN-INPUT = 0.
ENDIF.
MODIFY SCREEN.

ENDLOOP.
endif.

IF rb_apsrv = 'X'.

LOOP AT SCREEN.

IF SCREEN-GROUP1 = c_md1.

SCREEN-INPUT = 0.

ENDIF.

IF SCREEN-GROUP1 = c_md2.

SCREEN-INPUT = 0.

ENDIF.

IF SCREEN-GROUP1 = c_md3.

SCREEN-INPUT = 0.

ENDIF.

MODIFY SCREEN.

ENDLOOP.

endif.

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

START-OF-SELECTION

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

START-OF-SELECTION.

*Subroutines for start of selection event

PERFORM sub_start_selection.

IF rb_idocp = 'X'.
IF rb_apsrv = 'X'.
PERFORM sub_upload_data_app.
MESSAGE i256.
LEAVE LIST-PROCESSING.
EXIT.
ELSE.
PERFORM sub_upload_data.

ENDIF.

IF RB_CONVT = 'X'.

Get characteristic details

PERFORM sub_get_cabn.

Get value for characteristics

PERFORM sub_get_cawn.

perform sub_convert_transaction.
ENDIF.

IF rb_idoc = c_x.
PERFORM SUB_CREATE_IDOCS.
ENDIF.

IF rb_proc = c_x.
PERFORM SUB_START_IDOC_PROCESS.
ENDIF.

PERFORM SUB_CLEAR_VARIABLES.

ENDIF.

IF RB_CUSTT = 'X'.

IF rb_appct = 'X'.

PERFORM sub_upload_data_app.

MESSAGE i256.

LEAVE LIST-PROCESSING.

EXIT.

ELSE.

PERFORM sub_upload_data.

ENDIF.

Get characteristic details

PERFORM sub_get_cabn.

Get value for characteristics

PERFORM sub_get_cawn.

perform sub_convert_transaction_cust.

ENDIF.

END-OF-SELECTION.

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

END OF SELECTION

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

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

*MOD-012

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

Final message

perform sub_final_message_idoc.

Display errorneous variant tables.

perform sub_display_variant.

Display lines with incorrect data

perform sub_display_errorlines.

*Subroutines for end of selection event

PERFORM sub_end_selection.

perform sub_clear_source_tables.

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

*MOD-012

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

*&----

*& Include /FACTGLB/GTDMI_VARTAB_FORMS02 *

*&----

*& Include /FACTGLB/GTDMI_VARTAB_FORMS02 *

*&----

*----

PROGRAM DESCRIPTION: Variant Table and Content Upload Interface.

DEVELOPER: Aveek Ghose
CREATION DATE: 2008-07-02
RDD NUMBER: DCDD027
TRANSPORT NUMBER(S): RD2K902769

*-- REVISION HISTORY -

DEVELOPER:
DATE APPLIED: YYYY-MM-DD
SCR NUMBER: <Scope Change Request ID>
RDD NUMBER: <Toolset Object ID>
TRANSPORT NUMBER(S):
DESCRIPTION:

*----

*&----

*& Form sub_refresh_variables

*&----

This Subroutien Rfreshes all the Global Variables, Internal Tables
and Work Areas usd in this program

*----

FORM sub_refresh_variables .

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

REFRESH GLOBAL INTERNAL TABLES

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

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

REFRESH GLOBAL WORK AREAS

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

*Work Area for the structure I_MESSTAB

CLEAR: wa_vartab,

wa_vartabdate,

wa_vardetails,

wa_tabinput,

wa_dsninput,

wa_newinput,

wa_gnewinput,

wa_ginput_data ,

wa_final,

wa_content,

wa_contenthd ,

wa_contentheader,

wa_contenttab,

wa_content1,

wa_contenthd1,

wa_contentheader1,

wa_contenttab1,

wa_E1CUVTM ,

wa_E1CUV1M ,

wa_E1DATEM .

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

REFRESH INTERNAL TABLES AND WORK AREAS FOR BDC

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

*Internal Table to store the data to display the error message

REFRESH i_errormsg[] .

*Internal Table to store the data to display the error message

REFRESH i_error[].

**Work area to store the data to display the error message

CLEAR wa_errormsg.

*Internal table which will store data for the error log

REFRESH i_error_log[] .

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

REFRESH GLOBAL VARIABLES

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

CLEAR: g_ctr_input_recs,

g_ctr_output_recs,

g_msg,

g_struct_file,

g_login,

g_phyin ,

g_FNAME1,

g_repid,

g_exit,

gx_variant,

g_lines ,

g_save,

g_splid ,

p_login ,

p_phyin.

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

REFRESH GLOBAL INTERNAL TABLES FOR ALV DISPLAY

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

*Refresh Internal tables for ALV Field cat

REFRESH i_fieldcat_ov[].

REFRESH i_fieldcat_dtl[].

REFRESH i_fieldcat_ov1[].

REFRESH i_events[].

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

REFRESH GLOBAL WORK AREAS FOR ALV DISPLAY

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

*Work area for ALV Field layout

CLEAR wa_layout.

*Work area for Field Cat. Table

CLEAR wa_fieldcat.

CLEAR:

g_cnt_records_read,

g_cnt_records_transferred,

g_cnt_transactions_read,

g_cnt_transactions_transferred.

ENDFORM. " sub_refresh_variables

*&----

*& Form sub_populate_syslog

*&----

Populate the error message

*----

FORM sub_populate_syslog. " TABLES i_error STRUCTURE solisti1. "#EC *

constants: c_lp01(4) type c value 'LP01'.

data: c_99 type i value 99.

g_repid = sy-repid.

g_lprnt = c_lp01.

DESCRIBE TABLE i_errortab LINES g_lines.

IF g_lines GT 0.

To display the Text data in Spool

CALL FUNCTION 'RSPO_SX_OUTPUT_TEXTDATA'

EXPORTING

dest = g_lprnt

rows = g_lines

startrow = 1

pages = c_99

rqtitle = text-029

immediately = space

IMPORTING

rqid = g_splid

TABLES

text_data = i_errortab

EXCEPTIONS

name_missing = 1

name_twice = 2

not_found = 3

illegal_layout = 4

internal_error = 5

size_mismatch = 6

OTHERS = 7. "#EC NOTEXT

IF sy-subrc EQ 0.

g_repid = sy-repid.

To write the spool number of the error log to System log

CALL FUNCTION 'RSLG_WRITE_SYSLOG_ENTRY'

EXPORTING

data_word1 = c_urgnc " Urgency

data_word2 = g_splid " Spool Number

data_word3 = g_repid " Program Name

sl_message_area = c_msgar " Message Area

sl_message_subid = c_msgid

EXCEPTIONS

data_missing = 1 " Third character of msg area

data_words_problem = 2

other_problem = 3

pre_params_problem = 4

OTHERS = 5.

IF sy-subrc NE 0.

MESSAGE ID sy-msgid TYPE sy-msgty NUMBER sy-msgno

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

ENDIF.

ENDFORM. " sub_populate_syslog

*&----

*& Form SUB_UPLOAD_DATA

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_UPLOAD_DATA .

CALL FUNCTION 'SAPGUI_PROGRESS_INDICATOR' "#EC *

EXPORTING

percentage = 0

text = text-038.

Upload from presentation server
perform sub_upload_from_preserver.

perform sub_upload_from_appserver1.

ENDFORM. " SUB_UPLOAD_DATA

*&----

*& Form sub_get_physical_file

*&----

text

*----

-->P_P_FPATH text
-->P_P_LPATH text

*----

FORM sub_get_physical_file USING p_lfile type FILEINTERN "#EC *

p_pfile type LOCALFILE. "#EC *

IF NOT p_lfile IS INITIAL.

CALL FUNCTION 'FILE_GET_NAME'

EXPORTING

client = sy-mandt

logical_filename = p_lfile

operating_system = sy-opsys

IMPORTING

file_name = p_pfile

EXCEPTIONS

file_not_found = 1

OTHERS = 2.

IF sy-subrc NE 0.

p_pfile = '' .

MESSAGE e237 WITH p_lfile.

ENDIF.

ENDFORM. " sub_get_physical_file

**&----

*& Form sub_end_selection

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM sub_end_selection .

*Population of Error Log

IF g_error_tab[] IS NOT INITIAL.

PERFORM sub_create_erortab. "#EC *

PERFORM sub_populate_syslog. "tables i_errortab. "#EC *

ENDIF.

IF NOT G_ERROR_TAB[] IS INITIAL.

perform sub_application_log.

ENDIF.

Population of Application Log*

IF NOT G_ERROR_TAB[] IS INITIAL.

PERFORM sub_app_log_init CHANGING v_log_handle. "#EC *

PERFORM sub_app_log_add USING v_log_handle. "#EC *

PERFORM sub_data_save USING v_log_handle. "#EC *

PERFORM sub_log_show USING v_log_handle. "#EC *

ENDIF.

ENDFORM. " sub_end_selection

*&----

*& Form sub_start_selection

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM sub_start_selection .

SET PF-STATUS '/FACTGLB/DMIVART'. "EXCLUDING rt_extab.

*Initialization of all the Global Variables

PERFORM sub_refresh_variables.

CONCATENATE C_SAP sy-sysid INTO p_rcvpor.

CONCATENATE C_SAP sy-sysid INTO p_rcvprn.

CALL FUNCTION 'OWN_LOGICAL_SYSTEM_GET' "#EC *

IMPORTING

own_logical_system = p_rcvprn

EXCEPTIONS

own_logical_system_not_defined = 1

OTHERS = 2.

IF sy-subrc <> 0.

MESSAGE i088. "Invalid Logical System

LEAVE LIST-PROCESSING.

ENDIF.

IF rb_apsrv = C_X.

IF p_inpt IS INITIAL.

message i196.

LEAVE LIST-PROCESSING.

ENDIF.

IF p_inpt1 IS INITIAL.

message i197.

LEAVE LIST-PROCESSING.

ENDIF.

g_objecttype = '04'.

ENDFORM. " sub_start_selection

*&----

*& Form SUB_GET_PHYSICAL_FILE1

*&----

text

*----

-->P_P_FPATH text
-->P_P_FNAME text

*----

FORM sub_get_physical_file1 USING p_lfile1 type FILEINTERN"#EC *

p_pfile1 type LOCALFILE."#EC *

IF NOT p_lfile1 IS INITIAL.

CALL FUNCTION 'FILE_GET_NAME'

EXPORTING

client = sy-mandt

logical_filename = p_lfile1

operating_system = sy-opsys

IMPORTING

file_name = p_pfile1

EXCEPTIONS

file_not_found = 1

OTHERS = 2.

IF sy-subrc NE 0.

p_pfile1 = '' .

MESSAGE e237 WITH p_lfile1.

ENDIF.

ENDFORM. " sub_get_physical_file1

*&----

*& Form SUB_GET_PHYSICAL_FILE1

*&----

*& Form get_internal_char

*&----

text

*----

-->P_CHARAC text
-->P_CABN text
-->P_VTNAM text

*----

FORM get_internal_char USING p_charac TYPE atnam

CHANGING p_cabn TYPE ty_cabn

p_vtnam TYPE ty_vtnam.

sort i_cabn by atinn atnam.

READ TABLE i_cabn INTO p_cabn

WITH KEY atnam = p_charac. " BINARY SEARCH.

IF sy-subrc <> 0.

p_vtnam-error = C_X.

CONCATENATE p_charac text-012 "#EC NOTEXT

INTO p_vtnam-reas SEPARATED BY space.

p_vtnam-reas = 'Characteristic name is not valid'.

g_error = c_x.

CLEAR wa_vtnam.

wa_vtnam = p_vtnam.

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = C_E.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 008.

wa_errortab-par1 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

APPEND WA_ERRORTAB TO G_ERROR_TAB.

ENDIF.

ENDFORM. "get_internal_char

*&----

*& Form find_char_exist

*&----

text

*----

--><FS_VTNAM> text
-->WA_CABN text

*----

FORM find_char_exist USING p_file TYPE ty_file "#EC *

p_vtnam TYPE ty_vtnam "#EC *

p_cabn TYPE ty_cabn. "#EC *

DATA: l_quot TYPE char2, "#EC NEEDED

l_pos TYPE char3. "#EC *

IF p_vtnam-error IS INITIAL.

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

*MOD-012

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

sort i_cuvtab_fld by vtint atinn.

READ TABLE i_cuvtab_fld ASSIGNING -vtpos.

APPEND wa_col_pos TO i_col_pos.

CLEAR wa_col_pos.

ENDIF.

ENDFORM. "find_char_exist

*&----

*& Form transfer_e1cuv1m

*&----

text

*----

-->P_E1CUV1M text

*----

FORM transfer_e1cuv1m. " USING p_e1cuv1m TYPE e1cuv1m. "#EC *

constants: c_000001(6) type c value '000001',

c_e1cuv1m(7) type c value 'E1CUV1M',

c_02(2) type c value '02',

c_009(3) type c value '009',

c_0001(4) type c value '0001'.

CLEAR e1cuv1m.

e1cuv1m = wa_e1cuv1m. "#EC NEEDED

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = c_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

E1CUV1M-MSGFN = c_009.

E1CUV1M-VTLINENO = c_0001.

wa_itab_zedidd40-sdata = e1cuv1m.

append itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

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

*MOD-012

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

READ TABLE itab_zedidc40 into wa_itab_zedidc40 index 1.

CASE g_objecttype.
WHEN '03' OR '04'.
IF wa_itab_zedidc40-tabnam = 'EDI_DC40'.
IF p_trfcpt = 'X'.
wa_curr_edi_dc40 = 'EDI_DC40'.
APPEND wa_curr_edi_dc40 to gt_curr_edi_dc40 .
ENDIF.
ELSE.
IF p_trfcpt = c_x.
wa_curr_edi_dd40 = wa_itab_zedidd40.
APPEND wa_curr_edi_dd40 to gt_curr_edi_dd40.
ENDIF.
ENDIF.
ENDCASE.

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

*MOD-012

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

IF p_trfcpt = c_x.

wa_curr_edi_dd40 = wa_itab_zedidd40.

APPEND wa_curr_edi_dd40 to gt_curr_edi_dd40.

ENDIF.

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

*MOD-009

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

ENDFORM. "transfer_e1cuv1m

*&----

*& Form transfer_e1cuvtm

*&----

text

*----

-->P_E1CUVTM text

*----

FORM transfer_e1cuvtm USING p_e1cuvtm TYPE e1cuvtm. "#EC CALLED

CLEAR e1cuvtm.

e1cuvtm = p_e1cuvtm.

*MOD-009

perform transfer_record_idoc.

*MOD-009

CLEAR edi_dd40.

edi_dd40-segnam = g_edidd_segnam.

edi_dd40-mandt = edi_dc40-mandt.

edi_dd40-docnum = edi_dc40-docnum.

ADD 1 TO g_segnum.

edi_dd40-segnum = g_segnum.

edi_dd40-hlevel = g_edidd_hlevel.

edi_dd40-sdata = e1cuvtm.

IF p_trfcpt = C_X.

wa_curr_edi_dd40 = edi_dd40.

APPEND wa_curr_edi_dd40 to gt_curr_edi_dd40.

ENDIF.

ENDFORM. "transfer_e1cuvtm "#EC CALLED

*&----

*& Form transfer_e1datem

*&----

text

*----

FORM transfer_e1datem. "#EC CALLED

CLEAR e1datem.

e1datem-msgfn = '009'.

e1datem-key_date = sy-datum.

perform transfer_record_idoc.

CLEAR edi_dd40.

edi_dd40-segnam = g_edidd_segnam.

edi_dd40-mandt = edi_dc40-mandt.

edi_dd40-docnum = edi_dc40-docnum.

ADD 1 TO g_segnum.

edi_dd40-segnum = g_segnum.

edi_dd40-hlevel = g_edidd_hlevel.

edi_dd40-sdata = e1datem.

IF p_trfcpt = C_X.

wa_curr_edi_dd40 = edi_dd40.

APPEND wa_curr_edi_dd40 to gt_curr_edi_dd40.

ENDIF.

ENDFORM. "transfer_e1cuvtm "#EC CALLED

*&----

*& Form errror_line

*&----

text

*----

-->P_VTNAM Variant table
-->P_FIELDNAME Fieldname
-->P_ATNAM Characteristic name
-->P_VAL Value
-->P_ROW Rowid

*----

FORM errror_line USING p_vtnam TYPE vtnam

p_fieldname TYPE fieldname

p_atnam TYPE atnam

p_val TYPE atwrt

p_row TYPE char5.

CLEAR wa_error.

wa_error-vtnam = p_vtnam.

wa_error-fname = p_fieldname.

wa_error-atnam = p_atnam.

wa_error-atwrt = p_val.

wa_error-row = p_row.

APPEND wa_error TO i_error.

APPEND wa_error TO itab_error.

ENDFORM. "errror_line

*&----

*& Form delete_duplicates

*&----

text

*----

FORM sub_delete_duplicates. "#EC CALLED

SORT i_file.

DELETE ADJACENT DUPLICATES FROM i_file.

ENDFORM. "sub_delete_duplicates "#EC CALLED

*&----

*& Form pop_dupl

*&----

text

*----

-->P_VTNAM text
-->P_SLNID text
-->P_ATNAM text
-->P_VAL text

*----

FORM pop_dupl USING p_vtnam TYPE vtnam

p_slnid TYPE slnid

p_atnam TYPE atnam

p_val TYPE any.

DATA: l_field TYPE fieldname.

FIELD-SYMBOLS: TYPE ANY.

Do not populate value for characteristic Z_VARCOND as it will not be
part of duplicate check

IF p_atnam NE c_varcond.

assign p_val to <fs_val>.

CLEAR wa_col_pos.

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

*MOD-012

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

SORT i_col_pos BY vtint
vtnam
atinn
atnam.

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

*MOD-012

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

READ TABLE i_col_pos INTO wa_col_pos WITH KEY vtnam = p_vtnam

atnam = p_atnam.

No need to check sy-subrc here

CLEAR l_field.

READ TABLE i_dupl ASSIGNING = p_val.

APPEND wa_dupl TO i_dupl.

ENDIF.

ENDFORM. "pop_dupl

*&----

*& Form TRANSFER_RECORD_IDOC

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM TRANSFER_RECORD_IDOC . "#EC CALLED

READ TABLE itab_zedidc40 into wa_itab_zedidc40 index 1.

CASE g_objecttype.

WHEN '03' OR '04'.

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

CLEAR: wa_curr_edi_dd40.

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

*MOD-012

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

CLEAR edi_dd40.

edi_dd40-segnam = g_edidd_segnam.

edi_dd40-mandt = edi_dc40-mandt.

edi_dd40-docnum = edi_dc40-docnum.

ADD 1 TO g_segnum.

edi_dd40-segnum = g_segnum.

edi_dd40-hlevel = g_edidd_hlevel.

edi_dd40-sdata = wa_itab_zedidd40.

IF p_trfcpt = c_x.

wa_curr_edi_dd40 = wa_itab_zedidd40.

APPEND wa_curr_edi_dd40 to gt_curr_edi_dd40.

ENDIF.

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

*MOD-012

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

ENDIF.

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

*MOD-012

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

ENDIF.

ENDCASE.

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

*MOD-012

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

CLEAR: wa_itab_zedidc40.

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

*MOD-012

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

ENDFORM. " TRANSFER_RECORD_IDOC "#EC CALLED

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

*MOD-008

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

*&----

*& Form FILL_EDIDD_SEGMENTS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM FILL_EDIDD_SEGMENTS USING p_e1cuv1m TYPE e1cuv1m. "#EC CALLED

LOOP AT I_CONTENTTAB1 INTO WA_CONTENTTAB1.

IF SY-TABIX = 1.

wa_contenttab2 = wa_contenttab1.

append wa_contenttab2 to i_contenttab2.

clear: wa_contenttab2.

ENDIF.

ENDLOOP.

LOOP AT I_CONTENTTAB1 INTO WA_CONTENTTAB1.

L_TABIX = SY-TABIX.

IF L_TABIX > 1.

READ TABLE I_CONTENTTAB2 INTO WA_CONTENTTAB2

WITH KEY VTNAM = WA_CONTENTTAB1-VTNAM BINARY SEARCH.

IF SY-SUBRC = 0.

*--- E1CUV1M-VTCHARACT

*if not WA_CONTENTTAB1-VTCHARACT is initial.

if not WA_CONTENTTAB1-CHAR1 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

**--- E1CUV1M-VTLINENO

E1CUV1M-MSGFN = c_009.

E1CUV1M-VTLINENO = c_0001.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR1.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR1.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR2 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR2.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR2.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR3 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR3.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR3.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR4 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR4.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR4.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR5 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR5.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR5.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR6 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR6.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR6.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

If not WA_CONTENTTAB1-CHAR7 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR7.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR7.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR8 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR8.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR8.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR9 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR9.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR9.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR10 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR10.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR10.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40.

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR11 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR11.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR11.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR12 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR12.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR12.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR13 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR13.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR13.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR14 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR14.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR14.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

if not WA_CONTENTTAB1-CHAR15 is initial.

E1CUV1M-VTCHARACT = TAB_CONTENT-ATNAM.

E1CUV1M-MSGFN = '009'.

E1CUV1M-VTLINENO = '0001'.

--- E1CUV1M-MSGFN

E1CUV1M-VTCHARACT = WA_CONTENTTAB2-CHAR15.

E1CUV1M-ATWRT = WA_CONTENTTAB1-CHAR15.

wa_itab_zedidd40-docnum = wdocnum.

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = p_E1CUV1M.

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = e1cuv1m.

append wa_itab_zedidd40 to itab_zedidd40. " e1cuvtm

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED .

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

clear: wa_e1cuv1m. "#EC NEEDED

clear: itab_ze1cuv1m. "#EC NEEDED

endif.

CLEAR: wa_contenttab2.

ENDIF.

CLEAR: L_TABIX.

ENDIF.

CLEAR: wa_contenttab1.

ENDLOOP.

perform transfer_record_idoc.

ENDFORM. " FILL_EDIDD_SEGMENTS

*&----

*& Form SUB_GET_CABN

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CABN .

DATA: I_CABN_CHAR TYPE STANDARD TABLE OF ty_content INITIAL SIZE 0."#EC NEEDED

DATA: WA_CABN_CHAR TYPE TY_CONTENT.

READ TABLE I_CONTENTTAB1 INTO WA_CONTENTTAB1 INDEX 1.

MOVE-CORRESPONDING WA_CONTENTTAB1 TO WA_CABN_CHAR.

APPEND WA_CABN_CHAR TO I_CABN_CHAR.

CLEAR: WA_CABN_CHAR.

SELECT atinn

atnam

atfor

atson

atprt

atprr

atprf

anzdz

FROM cabn

INTO TABLE i_cabn

FOR ALL ENTRIES IN I_CABN_CHAR

WHERE ( ATNAM = i_cabn_char-char1 or

ATNAM = i_cabn_char-char2 or

ATNAM = i_cabn_char-char3 or

ATNAM = i_cabn_char-char4 or

ATNAM = i_cabn_char-char5 or

ATNAM = i_cabn_char-char6 or

ATNAM = i_cabn_char-char7 or

ATNAM = i_cabn_char-char8 or

ATNAM = i_cabn_char-char9 or

ATNAM = i_cabn_char-char10 or

ATNAM = i_cabn_char-char11 or

ATNAM = i_cabn_char-char12 or

ATNAM = i_cabn_char-char13 or

ATNAM = i_cabn_char-char14 or

ATNAM = i_cabn_char-char15 ).

IF sy-subrc = 0.

SORT i_cabn BY atinn atnam.

delete i_cabn where atnam is initial.

i_cabn_temp[] = i_cabn[].

i_cabn_atinn[] = i_cabn[].

Sort IT by internal characteristic number

SORT i_cabn_atinn BY atinn atnam.

DELETE ADJACENT DUPLICATES FROM i_cabn_atinn COMPARING atinn atnam.

DELETE i_cabn_temp

WHERE atson IS NOT INITIAL

AND atprt IS NOT INITIAL

AND atprr IS NOT INITIAL

AND atprf IS NOT INITIAL.

ENDIF.

ENDFORM. " SUB_GET_CABN

*&----

*& Form SUB_GET_CAWN

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CAWN .

IF NOT i_cabn_temp[] is initial.

SELECT atinn

atzhl

atwrt

atflv

lkenz

FROM cawn

INTO TABLE i_cawn

FOR ALL ENTRIES IN i_cabn_temp

WHERE atinn = i_cabn_temp-atinn.

IF sy-subrc = 0.

i_cawn_c[] = i_cawn[].

DELETE i_cawn_c WHERE atwrt IS INITIAL.

SORT i_cawn_c BY atinn atwrt.

i_cawn_n = i_cawn.

DELETE i_cawn_n WHERE atflv IS INITIAL.

SORT i_cawn_n BY atinn atflv.

i_cawn_i = i_cawn.

SORT i_cawn_i BY atinn.

DELETE ADJACENT DUPLICATES FROM i_cawn_i COMPARING atinn.

ENDIF.

ENDFORM. " SUB_GET_CAWN

*&----

*& Form SUB_CONVERT_TRANSACTION

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CONVERT_TRANSACTION .

DATA: L_TABLE TYPE APITABL. "#EC *

DATA: L_CHANGE_NUMBER TYPE AENNR. "#EC *

DATA: L_DLOCK TYPE DLOCK, "#EC *

ITAB_VT_BASIC_DATA TYPE VTBASDAT, "#EC *

L_DATE TYPE VONDATX, "#EC *

L_LINE_NO TYPE I. "#EC *

DATA: wa_var_tab_entries type VTENTRIES. "#EC *

DATA: ITAB_VAR_TAB_ENTRIES TYPE STANDARD TABLE OF VTENTRIES."#EC *

PERFORM sub_clear_tables.

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

*MOD-012

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

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

**MOD-012

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

loop at i_contentheader1 into wa_contentheader1.

CALL FUNCTION 'CARD_TABLE_READ_STRUCTURE'

EXPORTING

VAR_TAB = WA_CONTENTHEADER1-VTNAM

CHANGE_NO = L_CHANGE_NUMBER

DATE = L_DATE

IMPORTING

BASIC_DATA = ITAB_VT_BASIC_DATA

EXCEPTIONS

ERROR = 1

OTHERS = 2.

CHECK SY-SUBRC IS INITIAL.

CALL FUNCTION 'CARD_TABLE_READ_ENTRIES' "#EC *

EXPORTING

VAR_TABLE = WA_CONTENTHEADER1-VTNAM

CHANGE_NO = L_CHANGE_NUMBER

DATE = L_DATE

TABLES

VAR_TAB_ENTRIES = ITAB_VAR_TAB_ENTRIES

EXCEPTIONS

ERROR = 1

OTHERS = 2.

ENDLOOP.

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

*MOD-012

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

SORT itab_var_tab_entries by VTCHARACT VTVALUE.

loop at i_contenttab1 into wa_contenttab1.

if sy-tabix = 1.

continue.

endif.

IF wa_contenttab1-char1 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char1 binary search.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char2 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char2.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char3 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char3.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char4 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char4.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char5 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char5.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char6 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char6.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char7 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char7.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char8 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char8.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char9 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char9.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char10 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char10.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char11 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char11.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char12 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char12.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char13 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char13.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char14 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char14.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char15 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char15.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

endloop.

Delete i_contenttab1 where flag = C_Y.

I_CONTENTTAB3[] = I_CONTENTTAB1[].

SORT I_CONTENTTAB3 BY VTNAM.

DELETE I_CONTENTTAB3 WHERE VTNAM IS INITIAL.

DELETE ADJACENT DUPLICATES FROM I_CONTENTTAB1.

CLEAR: L_LINES.

DESCRIBE TABLE I_CONTENTTAB3 LINES L_LINES.

IF L_LINES = 1.

g_error = c_X.

CLEAR wa_vtnam.

MESSAGE I164.

LEAVE LIST-PROCESSING.

ENDIF.

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

*MOD-0112

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

perform sub_clear_tables.

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

*MOD-012

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

IF G_ERROR <> C_X.

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

*MOD-009

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

loop at i_contentheader1 into wa_contentheader1.

perform sub_convert_0001. " E1CUVTM

perform sub_convert_0002. " E1DATEM'

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

***MOD-009

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

READ TABLE I_CONTENTTAB1 INTO WA_CONTENTTAB1 INDEX 1.

IF WA_CONTENTTAB1-VTNAM NE WA_CONTENTHEADER1-VTNAM.

MOVE-CORRESPONDING wa_contenttab1 TO wa_file.

IF ( wa_file-flag = 'X' OR wa_file-flag = 'x' ) .

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

*MOD-012

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

cnt_i = 18.

g_raw = wa_file.

DO 15 TIMES.

wa_charname-name = g_raw+cnt_i(30).

APPEND wa_charname TO i_charname.

cnt_i = cnt_i + 30.

ENDDO.

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

*MOD-012

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

APPEND wa_file TO i_file_tmp.

CLEAR: WA_FILE.

Check duplicate columns for characteristics
PERFORM sub_dupl_columns.

ENDIF.

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

***MOD-009

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

loop at i_contenttab1 into wa_contenttab1

where VTNAM = wa_contentheader1-VTNAM.

perform sub_convert_0003. " E1CUV1M

clear: wa_contenttab1.

ENDLOOP.

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

**MOD-012

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

ENDLOOP.

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

**MOD-012

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

Delete Duplicates:

PERFORM sub_delete_duplicates.

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

**MOD-012

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

Get internal variant table number, store in internal table I_CUVTAB

PERFORM sub_get_cuvtab.

Get unique number for variant table from table /FACTGLB/DVNT_MA

PERFORM sub_get_vnt_ma.

Get internal table fields and their order

PERFORM sub_get_cuvtab_fld.

Find out if check is required for characteristic, if no value
exists in CAWN, no check is required

IF g_error <> 'X'.

PERFORM sub_check_cabn.

Get already uploaded characteristic values (Character, date, time)

PERFORM sub_get_cuvtab_valc.

Get already uploaded characteristic values (Numeric)

PERFORM sub_get_cuvtab_valn.

Find table name and characteristic names

PERFORM sub_validate_table_fields.

Check if all characteristics of table are defined in file

PERFORM sub_charac_exist.

Validate characteristic values

PERFORM sub_validate_charac_values.

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

*MOD-015

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

IF rb_idoc = c_x.

PERFORM SUB_CREATE_IDOCS.

ENDIF.

IF rb_proc = c_x.

PERFORM SUB_START_IDOC_PROCESS.

ENDIF.

PERFORM SUB_CLEAR_VARIABLES.

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

*MOD-015

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

ENDIF.

ENDLOOP.

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

*MOD-012

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

ENDFORM. " SUB_CONVERT_TRANSACTION

*&----

*& Form SUB_CREATE_IDOCS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CREATE_IDOCS .

CONSTANTS: C_VTMMAS TYPE EDI_MESTYP VALUE 'VTMMAS'.

CONSTANTS: C_EDI_DC40(8) TYPE C VALUE 'EDI_DC40'.

CONSTANTS: C_2(1) TYPE C VALUE '2'.

CONSTANTS: C_LS(2) TYPE C VALUE 'LS'.

CONSTANTS: C_VTMMAS02(8) TYPE C VALUE 'VTMMAS02'.

CONSTANTS: l_c_x TYPE char1 VALUE 'X'. "#EC *

Local Data Declaration

DATA: l_logsys TYPE logsys, "#EC *

l_i_model TYPE TABLE OF bdi_mmodel, "#EC *

l_rec_model TYPE bdi_mmodel, "#EC *

l_rec_edidc TYPE edidc, "#EC *

l_rec_edidd TYPE edidd, "#EC *

l_v_cnt TYPE i VALUE 0. "#EC *

DATA: wa_i_mmodel type bdi_mmodel. "#EC *

DATA:

l_text(132), "#EC *

l_lines TYPE i, "#EC *

l_idoc_nr_from TYPE i, "#EC *

l_idoc_nr_to TYPE i, "#EC *

l_idoc_nr_from_char(10) type c, "#EC *

l_idoc_nr_to_char(10) type c, "#EC *

l_edkp1 type edkp1, "#EC *

l_edk21 type edk21. "#EC *

DATA:

l_flg_tranferred_something. "#EC *

DATA: l_tabname TYPE tabname.

TYPES: BEGIN OF TY_DD03L,

TABNAME TYPE TABNAME,

FIELDNAME TYPE FIELDNAME,

END OF TY_DD03L.

DATA: ITAB_DD03L TYPE STANDARD TABLE OF TY_DD03L.

DATA: WA_DD03L TYPE TY_DD03L.

DATA: L_TAB TYPE TABNAME.

FIELD-SYMBOLS:

. "#EC *

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

*MOD-012

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

MOVE wa_contentheader1-vtnam TO l_tabname.

SELECT SINGLE TABNAME
INTO L_TAB
FROM DD03L
WHERE TABNAME = L_TABNAME.

IF NOT L_TAB IS INITIAL.
perform get_structure.
perform create_dynamic_itab.
perform get_data.
ENDIF.

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

*MOD-012

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

Getting own logical system

CALL FUNCTION 'OWN_LOGICAL_SYSTEM_GET'

IMPORTING

own_logical_system = l_logsys

EXCEPTIONS

own_logical_system_not_defined = 1

OTHERS = 2.

IF sy-subrc <> 0.

MESSAGE i088. "Invalid Logical System

LEAVE LIST-PROCESSING.

ENDIF.

Getting the systems to which the Idocs are to be sent

CALL FUNCTION 'MMODEL_INT_VALID_GET'

EXPORTING

mestyp = C_VTMMAS

TABLES

model = l_i_model.

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

SUBRC check is not required because no exceptions are defined in
this FM.

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

SORT l_i_model by sndsystem mestyp rcvsystem.

READ TABLE l_i_model into wa_i_mmodel with key sndsystem = l_logsys binary search.

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

*MOD-008

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

SORT I_CONTENTTAB1 BY VTNAM.

DELETE I_CONTENTTAB1 where vtnam is initial.

DELETE I_CONTENTTAB1 INDEX 1.

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

*MOD-008

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

*MOD-012

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

loop at i_contentheader1 into wa_contentheader1.

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

*MOD-012

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

READ TABLE I_CONTENTTAB1 INTO WA_CONTENTTAB1 WITH KEY VTNAM = WA_CONTENTHEADER1-VTNAM BINARY SEARCH.
IF SY-SUBRC = 0.

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

*MOD-012

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

clear wa_itab_zedidc40.

wa_itab_zedidc40-tabnam = C_EDI_DC40.

wa_itab_zedidc40-docnum = wdocnum. "#EC NEEDED

wa_itab_zedidc40-direct = C_2.

concatenate 'SAP' sy-sysid into wa_itab_zedidc40-rcvpor.

wa_itab_zedidc40-rcvprt = C_LS.

itab_zedidc40-rcvprn = 'ID3CLNT800'.
itab_zedidc40-rcvprn = p_rcvpr.

wa_itab_zedidc40-rcvprn = wa_i_mmodel-RCVSYSTEM.

wa_itab_zedidc40-sndpor = ' '.

wa_itab_zedidc40-sndprt = C_LS.

itab_zedidc40-sndprn = 'T90CLNT090'.

wa_itab_zedidc40-sndprn = l_logsys.

wa_itab_zedidc40-credat = sy-datum.

wa_itab_zedidc40-cretim = sy-uzeit.

wa_itab_zedidc40-mestyp = C_VTMMAS.

wa_itab_zedidc40-idoctyp = C_VTMMAS02.

append wa_itab_zedidc40 to itab_zedidc40. " Control record

clear: wa_contentheader1.

clear: wa_contenttab1.

ENDIF.

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

*MOD-012

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

endloop.

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

*MOD-012

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

READ TABLE itab_zedidc40 into wa_itab_zedidc40 INDEX 1.

IF SY-SUBRC = 0.

l_edkp1-mandt = sy-mandt.

l_edkp1-parnum = wa_itab_zedidc40-sndprn.

l_edkp1-partyp = wa_itab_zedidc40-sndprt.

CALL FUNCTION 'EDI_AGREE_PARTNER_READ' "#EC *

EXPORTING

rec_edkp1 = l_edkp1.

IF sy-subrc <> 0. "#EC *

MESSAGE i810(/sapdmc/lsmw) WITH wa_itab_zedidc40-sndprn"#EC *

wa_itab_zedidc40-sndprt.

EXIT.

ENDIF.

l_edk21-mandt = sy-mandt.

l_edk21-sndprn = wa_itab_zedidc40-sndprn.

l_edk21-sndprt = wa_itab_zedidc40-sndprt.

l_edk21-mestyp = wa_itab_zedidc40-mestyp.

l_edk21-mescod = wa_itab_zedidc40-mescod.

CALL FUNCTION 'EDI_AGREE_IN_MESSTYPE_READ' "#EC *

EXPORTING

rec_edk21 = l_edk21.

IF sy-subrc <> 0. "#EC *

MESSAGE i811(/sapdmc/lsmw) WITH wa_itab_zedidc40-mestyp."#EC *

EXIT.

ENDIF.

CALL FUNCTION 'SAPGUI_PROGRESS_INDICATOR' "#EC *

EXPORTING

text = text-010.

wdocnum = 0.

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

*MOD-012

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

LOOP AT itab_zedidc40 into wa_itab_zedidc40.

call function 'IDOC_INBOUND_ASYNCHRONOUS'

TABLES

idoc_control_rec_40 = itab_zedidc40

idoc_control_rec_40 = gt_curr_edi_dc40

idoc_data_rec_40 = gt_curr_edi_dd40.

add 1 to g_cnt_transactions_transferred.

add 1 to g_cnt_transactions_read.

add 1 to wdocnum.

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

*MOD-012

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

endloop.

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

*MOD-012

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

DESCRIBE TABLE itab_zedidc40 LINES l_lines.

ADD l_lines TO g_cnt_records_transferred.

DESCRIBE TABLE gt_curr_edi_dd40 LINES l_lines.

ADD l_lines TO g_cnt_records_transferred.

CLEAR:

g_cnt_idocs_package,

itab_zedidc40[],

itab_zedidd40[].

CLEAR:

itab_zedidd40[], "YOG190700

itab_zedidd40[]. "YOG190700

CLEAR: g_segnum.

Refresh: itab_zedidc40,

gt_curr_edi_dc40,

gt_curr_edi_dd40.

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

*MOD-012

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

ENDFORM. " SUB_CREATE_IDOCS

*&----

*& Form SUB_START_IDOC_PROCESS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_START_IDOC_PROCESS .

CONSTANTS: C_I(1) TYPE C VALUE 'I'.

CONSTANTS: C_EQ(2) TYPE C VALUE 'EQ'.

CONSTANTS: C_VTMMAS(6) TYPE C VALUE 'VTMMAS'.

RBDAPP01 aufrufen

R_CREDAT-SIGN = C_I.

R_CREDAT-OPTION = C_EQ.

R_CREDAT-LOW = SY-DATUM.

APPEND R_CREDAT.

R_CRETIM-SIGN = C_I.

R_CRETIM-OPTION = C_EQ.

R_CRETIM-LOW = SY-UZEIT.

APPEND R_CRETIM.

R_MESTYP-SIGN = C_I.

R_MESTYP-OPTION = C_EQ.

R_MESTYP-LOW = C_VTMMAS.

APPEND R_MESTYP.

LOOP AT itab_zedidc40 into wa_itab_zedidc40.

R_SNDPRT-SIGN = C_I.

R_SNDPRT-OPTION = C_EQ.

R_SNDPRT-LOW = wa_itab_zedidc40-sndprt.

APPEND R_SNDPRT.

R_SNDPRN-SIGN = C_I.

R_SNDPRN-OPTION = C_EQ.

R_SNDPRN-LOW = wa_itab_zedidc40-sndprn.

APPEND R_SNDPRN.

ENDLOOP.

SUBMIT RBDAPP01 "#EC CI_SUBMIT

WITH CREDAT IN R_CREDAT

WITH CRETIM IN R_CRETIM

WITH MESTYP IN R_MESTYP

WITH SNDPRN IN R_SNDPRN

WITH SNDPRT IN R_SNDPRT

VIA SELECTION-SCREEN

AND RETURN.

Rufe RBDINPUT

R_MESTYP-SIGN = C_I.

R_MESTYP-OPTION = C_EQ.

R_MESTYP-LOW = L_MESSTYPE.

APPEND R_MESTYP.

SUBMIT RBDINPUT "#EC CI_SUBMIT

VIA SELECTION-SCREEN

AND RETURN.

**CALL TRANSACTION 'WE02'

SUBMIT RSEIDOC2 "#EC CI_SUBMIT

WITH CREDAT EQ R_CREDAT-LOW SIGN C_I

WITH MESTYP EQ C_VTMMAS SIGN 'I'

AND RETURN.

REFRESH: R_CREDAT,

R_CRETIM,

R_MESTYP.

ENDFORM. " SUB_START_IDOC_PROCESS

**&----

*& Form SUB_UPLOAD_FROM_APPSERVER

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_UPLOAD_FROM_APPSERVER .

DATA: l_timestamp type timestamp.

DATA: l_time(15) type C.

DATA: WA_DVNT_TM TYPE ZDVNT_TM.

DATA: l_counter type i.

SELECT max( COUNTER )

INTO L_COUNTER

FROM ZDVNT_TM.

L_COUNTER = L_COUNTER + 1.

get time stamp field l_timestamp.

write l_timestamp to l_time.

CONCATENATE P_FNAME SY-UNAME l_time '.txt' INTO P_FNAME.

WA_DVNT_TM-MANDT = SY-MANDT.

WA_DVNT_TM-BNAME = SY-UNAME.

WA_DVNT_TM-COUNTER = L_COUNTER.

WA_dVNT_TM-FILETYPE = C_X.

WA_DVNT_TM-FILEINTERN = P_FNAME.

WA_DVNT_TM-DATE_TIME_STMP = l_time.

insert into ZDVNT_TM values WA_DVNT_TM.

get time stamp field l_timestamp.

write l_timestamp to l_time.

CONCATENATE P_FNAME1 SY-UNAME l_time '.txt' INTO P_FNAME1.

WA_DVNT_TM-MANDT = SY-MANDT.

WA_DVNT_TM-BNAME = SY-UNAME.

WA_DVNT_TM-COUNTER = L_COUNTER.

WA_DVNT_TM-FILETYPE = C_Y.

WA_DVNT_TM-FILEINTERN = P_FNAME1.

WA_DVNT_TM-DATE_TIME_STMP = l_time.

insert into ZDVNT_TM values WA_DVNT_TM.

CLEAR: L_COUNTER.

if rb_apsrv = 'X'.

OPEN DATASET p_fname FOR OUTPUT IN TEXT MODE ENCODING DEFAULT.

LOOP AT I_INPUT_DATA INTO WA_INPUT_DATA.

IF SY-SUBRC = 0.

TRANSFER WA_INPUT_DATA TO p_fname.

ENDIF.

ENDLOOP.

OPEN DATASET p_fname1 FOR OUTPUT IN TEXT MODE ENCODING DEFAULT.

LOOP AT I_INPUT_DATA1 INTO WA_INPUT_DATA1.

IF SY-SUBRC = 0.

TRANSFER WA_INPUT_DATA1 TO p_fname1.

ENDIF.

ENDLOOP.

ENDIF.

ENDFORM. " SUB_UPLOAD_FROM_APPSERVER

*&----

*& Form SUB_UPLOAD_FROM_PRESERVER

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_UPLOAD_FROM_PRESERVER .

CONSTANTS: C_ASC(10) TYPE C VALUE 'ASC'. "#EC *

Read file from NT server into a table

file = p_inpt.

call function 'GUI_UPLOAD'

EXPORTING

filename = file

filetype = 'ASC'

TABLES

data_tab = i_input_data

EXCEPTIONS

file_open_error = 1

file_read_error = 2

no_batch = 3

gui_refuse_filetransfer = 4

invalid_type = 5

no_authority = 6

unknown_error = 7

bad_data_format = 8

header_not_allowed = 9

separator_not_allowed = 10

header_too_long = 11

unknown_dp_error = 12

access_denied = 13

dp_out_of_memory = 14

disk_full = 15

dp_timeout = 16

others = 17.

if sy-subrc ne 0.

write: / text-036:, p_inpt.

skip 2.

stop.

endif.

Read file from NT server into a table

CLEAR: file.

file = p_inpt1.

call function 'GUI_UPLOAD'

EXPORTING

filename = file

filetype = 'ASC'

TABLES

data_tab = i_input_data1

EXCEPTIONS

file_open_error = 1

file_read_error = 2

no_batch = 3

gui_refuse_filetransfer = 4

invalid_type = 5

no_authority = 6

unknown_error = 7

bad_data_format = 8

header_not_allowed = 9

separator_not_allowed = 10

header_too_long = 11

unknown_dp_error = 12

access_denied = 13

dp_out_of_memory = 14

disk_full = 15

dp_timeout = 16

others = 17.

if sy-subrc ne 0.

write: / text-036:, p_inpt.

skip 2.

stop.

endif.

ENDFORM. " SUB_UPLOAD_FROM_PRESERVER

*&----

*& Form SUB_FINAL_MESSAGE_IDOC

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_FINAL_MESSAGE_IDOC .

DATA:

l_tabix type sy-tabix, "#EC *

l_filename_read TYPE tumls_filename, "#EC *

l_filename_conv TYPE tumls_filename. "#EC *

DATA:

l_cnt_records_read(10) type c, "#EC *

l_cnt_transactions_read(10) type c, "#EC *

l_cnt_records_transferred(10) type c, "#EC *

l_cnt_transactions_transferred(10) type c. "#EC *

DATA:

l_messagetext(130), "#EC *

wa_errortab TYPE type_errorline. "#EC *

l_cnt_records_read = g_cnt_records_read.

l_cnt_transactions_read = g_cnt_transactions_read.

l_cnt_records_transferred = g_cnt_records_transferred.

l_cnt_transactions_transferred = g_cnt_transactions_transferred.

WRITE: / 'DATE:', sy-datum DD/MM/YYYY,

'-',

'TIME:', sy-uzeit USING EDIT MASK '__:__:__ h'.

ULINE.

WRITE: / 'Transactions Read.'(024), "#EC *

30 g_cnt_transactions_read.

WRITE: / 'Transactions Transferred:'(026), "#EC *

30 g_cnt_transactions_transferred.

WRITE: / 'Records Transferred:'(027), "#EC *

30 g_cnt_records_transferred.

ULINE.

ENDFORM. " SUB_FINAL_MESSAGE_IDOC

*&----

*& Form SUB_DISPLAY_VARIANT

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_DISPLAY_VARIANT .

IF NOT i_cuv_error IS INITIAL.

SKIP 2.

WRITE:/ 'Following tables have incorrect characteristic names'(013)."#EC NOTEXT

WRITE:/ text-013. "#EC NOTEXT

WRITE:/ sy-uline(72).

FORMAT COLOR 1 ON.

WRITE:/1 sy-vline,

2 text-014, "#EC NOTEXT

20 sy-vline,

21 text-015, "#EC NOTEXT

72 sy-vline.

FORMAT COLOR 1 OFF.

WRITE:/ sy-uline(72).

LOOP AT i_cuv_error INTO wa_vtnam.

WRITE:/1 sy-vline,

2 wa_vtnam-vtnam,

20 sy-vline,

21 wa_vtnam-reas,

72 sy-vline.

WRITE:/ sy-uline(72).

ENDLOOP.

ENDIF.

ENDFORM. " SUB_DISPLAY_VARIANT

*&----

*& Form SUB_DISPLAY_ERRORLINES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_DISPLAY_ERRORLINES .

SKIP 2.

IF NOT itab_error IS INITIAL.

FORMAT COLOR 1 ON.

WRITE:/ 'Following lines have invalid/blank values'. "#EC NOTEXT

WRITE:/ text-016. "#EC NOTEXT

SKIP.

WRITE:/ sy-uline(120).

WRITE:/1 sy-vline,

2 'Variant table'(017), "#EC NOTEXT

20 sy-vline,

21 'Fieldname'(018), "#EC NOTEXT

51 sy-vline,

52 'Characteristic name'(019), "#EC NOTEXT

82 sy-vline,

83 'Characteristic value'(020), "#EC NOTEXT

113 sy-vline,

114 'Row no'(021), "#EC NOTEXT

120 sy-vline.

FORMAT COLOR 1 OFF.

WRITE:/ sy-uline(120).

LOOP AT itab_error INTO wa_error.

WRITE:/1 sy-vline,

2 wa_error-vtnam,

20 sy-vline,

21 wa_error-fname+8(6),

51 sy-vline,

52 wa_error-atnam,

82 sy-vline,

83 wa_error-atwrt,

113 sy-vline,

114 wa_error-row,

120 sy-vline.

WRITE:/ sy-uline(120).

ENDLOOP.

ENDIF.

ENDFORM. " SUB_DISPLAY_ERRORLINES

**&----

*& Form SUB_CLEAR_SOURCE_TABLES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CLEAR_SOURCE_TABLES .

Refresh: I_CONTENTHEADER1,

I_CONTENTTAB1.

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

REFRESH GLOBAL WORK AREAS

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

*Work Area for the structure I_MESSTAB

CLEAR: wa_vartab,

wa_vartabdate,

wa_vardetails,

wa_tabinput,

wa_dsninput,

wa_newinput,

wa_gnewinput,

wa_ginput_data ,

wa_final,

wa_content,

wa_contenthd ,

wa_contentheader,

wa_contenttab,

wa_content1,

wa_contenthd1,

wa_contentheader1,

wa_contenttab1,

wa_E1CUVTM ,

wa_E1CUV1M ,

wa_E1DATEM .

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

REFRESH INTERNAL TABLES AND WORK AREAS FOR BDC

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

*Internal Table to store the data to display the error message

REFRESH i_errormsg[] .

*Internal Table to store the data to display the error message

REFRESH i_error[].

**Work area to store the data to display the error message

CLEAR wa_errormsg.

*Internal table which will store data for the error log

REFRESH i_error_log[] .

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

REFRESH GLOBAL VARIABLES

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

CLEAR: g_ctr_input_recs,

g_ctr_output_recs,

g_msg,

g_struct_file,

g_login,

g_phyin ,

g_FNAME1,

g_repid,

g_exit,

gx_variant,

g_lines ,

g_save,

g_splid ,

p_login ,

p_phyin.

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

REFRESH GLOBAL INTERNAL TABLES FOR ALV DISPLAY

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

*Refresh Internal tables for ALV Field cat

REFRESH i_fieldcat_ov[].

REFRESH i_fieldcat_dtl[].

REFRESH i_fieldcat_ov1[].

REFRESH i_events[].

Refresh: itab_zedidc40,

itab_zedidd40,

gt_curr_edi_dc40,

gt_curr_edi_dd40.

CLEAR: i_file,

i_file_tmp,

i_cuvtab_fld,

i_cuvtab_valn,

i_cuvtab,

i_cuvtab_valc,

i_col_pos,

g_slnid_c,

g_slnid_n,

g_split_var.

ENDFORM. " SUB_CLEAR_SOURCE_TABLES

*&----

*& Form SUB_CLEAR_TABLES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CLEAR_TABLES .

CLEAR: i_file,

i_cuvtab_fld,

i_cuvtab_valn,

i_cuvtab,

i_cuvtab_valc,

i_col_pos,

g_slnid_c,

g_slnid_n,

g_split_var.

ENDFORM. " SUB_CLEAR_TABLES

*&----

*& Form SUB_CONVERT_0001

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CONVERT_0001 .

constants: c_01(2) type c value '01'.

clear itab_ze1cuvtm.

clear itab_zedidd40.

wdocnum = wdocnum + 1.

itab_ze1cuvtm-msgfn = c_009.

if not wa_contentheader1-vtnam is initial.

itab_ze1cuvtm-VAR_TAB = wa_contentheader1-vtnam.

endif.

wa_itab_zedidd40-docnum = wdocnum. "#EC NEEDED

wa_itab_zedidd40-segnum = c_000001.

wa_itab_zedidd40-segnam = 'E2CUVTM001'.

wa_itab_zedidd40-psgnum = '000000'.

itab_zedidd40-segnam = c_E1CUVTM.

wa_itab_zedidd40-hlevel = c_01.

wa_itab_zedidd40-sdata = itab_ze1cuvtm.

append wa_itab_zedidd40 to itab_zedidd40.

perform transfer_record_idoc.

ENDFORM. " SUB_CONVERT_0001

*&----

*& Form SUB_CONVERT_0002

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CONVERT_0002 .

ze1datem

witemno = witemno + 1. "#EC NEEDED

wsegnum = wsegnum + 1. "#EC NEEDED

clear itab_ze1datem.

itab_ze1datem-msgfn = c_009.

itab_ze1datem-key_date = sy-datum.

wa_itab_zedidd40-segnam = 'E2DATEM001'.

wa_itab_zedidd40-segnum = '0002'.

wa_itab_zedidd40-psgnum = '000001'.

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

*MOD-009

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

itab_zedidd40-hlevel = '02'.
itab_zedidd40-docnum = wdocnum. "#EC NEEDED
itab_zedidd40-segnum = wsegnum.
itab_zedidd40-segnam = c_E1DATEM.

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

*MOD-009

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

wa_itab_zedidd40-hlevel = c_02.

wa_itab_zedidd40-sdata = itab_ze1datem.

append wa_itab_zedidd40 to itab_zedidd40. " E1DATEM

witemno = 0. "#EC NEEDED

witemno_gst = 0. "#EC NEEDED

witemno_qst = 0. "#EC NEEDED

witemno_new = 0. "#EC NEEDED

wsegnum = 1. "#EC NEEDED

perform transfer_record_idoc.

ENDFORM. " SUB_CONVERT_0002

*&----

*& Form SUB_CONVERT_0003

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CONVERT_0003 .

perform sub_store_file.

ENDFORM. " SUB_CONVERT_0003

*&----

*& Form SUB_GET_CUVTAB

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CUVTAB .

CLEAR g_error.

SELECT vtint vtnam dbtab_name FROM cuvtab

INTO CORRESPONDING FIELDS OF TABLE i_cuvtab

WHERE vtnam = wa_contentheader1-vtnam.

IF sy-subrc <> 0.

g_error = c_x.

CLEAR wa_vtnam.

wa_vtnam-vtnam = wa_contentheader1-vtnam.

wa_vtnam-reas = text-008.

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = 'E'.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 075.

wa_errortab-par1 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

INSERT WA_ERRORTAB INTO TABLE G_ERROR_TAB.

clear: wa_vtnam, wa_errortab.

ENDIF.

ENDFORM. " SUB_GET_CUVTAB

*&----

*& Form SUB_GET_VNT_MA

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_VNT_MA .

constants: c_e(1) TYPE c value 'E', "#EC *

C_001(3) TYPE C VALUE '001'. "#EC *

CLEAR wa_vnt_ma.

SELECT SINGLE vtnam unique_no no_chr

FROM ZDVNT_MA

INTO wa_vnt_ma

WHERE vtnam = wa_contentheader1-vtnam.

IF sy-subrc <> 0.

g_error = 'X'.

CLEAR wa_vtnam.

wa_vtnam-vtnam = wa_contentheader1-vtnam.

wa_vtnam-error = c_x.

wa_vtnam-reas = text-023 . "#EC NOTEXT

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = c_e.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 076.

wa_errortab-par1 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

INSERT WA_ERRORTAB INTO TABLE G_ERROR_TAB.

clear: wa_vtnam, wa_errortab.

ENDIF.

ENDFORM. " SUB_GET_VNT_MA

*&----

*& Form SUB_GET_CUVTAB_VALN

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CUVTAB_VALN .

IF NOT i_cuvtab[] IS INITIAL.

SELECT vtint slnid atinn val_from

FROM cuvtab_valn INTO TABLE i_cuvtab_valn

FOR ALL ENTRIES IN i_cuvtab

WHERE vtint = i_cuvtab-vtint.

IF sy-subrc = 0.

SORT i_cuvtab_valn BY vtint slnid.

ENDIF.

ENDFORM. " SUB_GET_CUVTAB_VALN

*&----

*& Form SUB_GET_CUVTAB_FLD

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CUVTAB_FLD .

IF g_error <> c_x.

IF NOT i_cuvtab[] IS INITIAL.

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

*MOD-012

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

SELECT vtint atinn vtpos DBFLD

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

*MOD-012

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

FROM cuvtab_fld

INTO TABLE i_cuvtab_fld

FOR ALL ENTRIES IN i_cuvtab

WHERE vtint = i_cuvtab-vtint.

IF sy-subrc = 0.

SORT i_cuvtab_fld BY vtint atinn.

ELSE.

Sort i_cuvtab by vtint vtnam.

READ TABLE i_cuvtab INTO wa_vtnam WITH KEY DBTAB_NAME = WA_CONTENTHEADER1-VTNAM BINARY SEARCH.

IF SY-SUBRC = 0.

g_error = c_x.

CLEAR wa_vtnam.

wa_vtnam-vtnam = wa_contentheader1-vtnam.

wa_vtnam-reas = text-009.

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = c_e.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 077.

wa_errortab-par2 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

INSERT WA_ERRORTAB INTO TABLE G_ERROR_TAB.

clear: wa_vtnam, wa_errortab.

ENDIF.

ENDLOOP.

ENDIF.

ENDFORM. " SUB_GET_CUVTAB_FLD

*&----

*& Form SUB_CHECK_CABN

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CHECK_CABN .

LOOP AT i_cabn ASSIGNING -check = C_X.

ENDIF.

ENDLOOP.

ENDFORM. " SUB_CHECK_CABN

*&----

*& Form SUB_GET_CUVTAB_VALC

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_GET_CUVTAB_VALC .

IF NOT i_cuvtab[] is initial.

SELECT vtint slnid atinn valc

FROM cuvtab_valc INTO TABLE i_cuvtab_valc

FOR ALL ENTRIES IN i_cuvtab

WHERE vtint = i_cuvtab-vtint.

IF sy-subrc = 0.

SORT i_cuvtab_valc BY vtint slnid.

ENDIF.

ENDFORM. " SUB_GET_CUVTAB_VALC

*&----

*& Form SUB_VALIDATE_TABLE_FIELDS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_VALIDATE_TABLE_FIELDS .

SORT I_FILE_TMP BY VTNAM.

LOOP AT i_cuvtab ASSIGNING 0.

Row containing characteristic names might have 'x' instead of 'X'

READ TABLE i_file_tmp INTO wa_file WITH KEY flag = 'x'.

IF sy-subrc .

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = C_E.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 078.

wa_errortab-par2 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

INSERT WA_ERRORTAB INTO TABLE G_ERROR_TAB.

clear: wa_vtnam, wa_errortab.

EXIT.

ENDIF.

ELSE.

Check for characteristic name 1

IF wa_file-char1 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char1

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 2

IF wa_file-char2 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char2

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 3

IF wa_file-char3 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char3

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

wa_cabn.

ENDIF.

Check for characteristic name 4

IF wa_file-char4 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char4

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 5

IF wa_file-char5 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char5

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 6

IF wa_file-char6 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char6

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 7

IF wa_file-char7 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char7

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 8

IF wa_file-char8 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char8

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 9

IF wa_file-char9 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char9

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 10

IF wa_file-char10 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char10

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 11

IF wa_file-char11 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char11

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 12

IF wa_file-char12 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char12

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 13

IF wa_file-char13 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char13

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 14

IF wa_file-char14 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char14

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

-error IS INITIAL.

Check for characteristic name 15

IF wa_file-char15 IS NOT INITIAL.

CLEAR wa_cabn.

PERFORM get_internal_char USING wa_file-char15

CHANGING wa_cabn

Find out if characteristic name exists in variant table definitio

PERFORM find_char_exist USING wa_file

wa_cabn.

ENDIF.

ENDLOOP.

ENDFORM. " SUB_VALIDATE_TABLE_FIELDS

*&----

*& Form SUB_CHARAC_EXIST

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CHARAC_EXIST .

IF g_error <> 'X'.

LOOP AT i_cuvtab_fld INTO wa_cuvtab_fld WHERE exist = space.

g_error = 'X'.

CLEAR wa_vtnam.

READ TABLE i_cuvtab INTO wa_vtnam WITH KEY

vtint = wa_cuvtab_fld-vtint.

No need to check sy-subrc here

READ TABLE i_cabn INTO wa_cabn WITH KEY atinn = wa_cuvtab_fld-atinn.

No need to check sy-subrc here

CONCATENATE wa_cabn-atnam text-022 "#EC NOTEXT

INTO wa_vtnam-reas SEPARATED BY space.

APPEND wa_vtnam TO i_cuv_error.

wa_errortab-msgty = C_E.

wa_errortab-id = '/factglb/gta_custdev'.

wa_errortab-msgno = 079.

wa_errortab-par1 = wa_vtnam-reas.

INSERT wa_errortab INTO TABLE g_error_tab.

INSERT WA_ERRORTAB INTO TABLE G_ERROR_TAB.

clear: wa_vtnam, wa_errortab.

ENDLOOP.

ENDIF.

ENDFORM. " SUB_CHARAC_EXIST

*&----

*& Form SUB_VALIDATE_CHARAC_VALUES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_VALIDATE_CHARAC_VALUES .

LOOP AT i_cuvtab INTO wa_vtnam WHERE error <> c_x.

CLEAR i_dupl_file. "A

Clear internal table for duplicate entries

CLEAR i_dupl.

Transfer already stored characteristic values (CHAR, DATE and TIME)

PERFORM sub_transfer_st_char.

Transfer already stored characteristic values (Numeric)

PERFORM sub_transfer_st_num.

Check if Internal table for duplicate records is populated or not

IF NOT i_dupl IS INITIAL.

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

*MOD-012

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

SORT i_dupl. " BY vtnam char1 char2 char3

" char4 char5 char6 char7

" char8 char9 char10 char11

" char12 char13 char14 char15.

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

*MOD-012

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

ENDIF.

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

*MOD-012

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

SORT i_col_pos BY vtint
vtnam
atinn
atnam.

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

*MOD-012

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

Check current sequence number for SLNID
We would only use G_SLNID_C from here onwards for sequnce purpose

IF g_slnid_c < g_slnid_n.

g_slnid_c = g_slnid_n.

ENDIF.

LOOP AT i_file INTO wa_file WHERE vtnam = wa_vtnam-vtnam.

CLEAR wa_dupl_file.

CLEAR i_e1cuv1m.

Increment Sequence counter for each record

g_slnid_c = g_slnid_c + 1.

Increment Sequnce counter for concatenation

g_split_var = g_split_var + 1.

Counter for each row

g_row = g_row + 1.

CLEAR g_invalid.

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

*MOD-008

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

PERFORM sub_check_char_values.

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

*MOD-008

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

Check for duplicate values

READ TABLE i_dupl INTO wa_dupl

WITH KEY vtnam = wa_dupl_file-vtnam

char1 = wa_dupl_file-char1

char2 = wa_dupl_file-char2

char3 = wa_dupl_file-char3

char4 = wa_dupl_file-char4

char5 = wa_dupl_file-char5

char6 = wa_dupl_file-char6

char7 = wa_dupl_file-char7

char8 = wa_dupl_file-char8

char9 = wa_dupl_file-char9

char10 = wa_dupl_file-char10

char11 = wa_dupl_file-char11

char12 = wa_dupl_file-char12

char13 = wa_dupl_file-char13

char14 = wa_dupl_file-char14

char15 = wa_dupl_file-char15.

IF sy-subrc = 0.

g_invalid = c_x.

Reduce counter by 1 to maintain sequence

g_split_var = g_split_var - 1.

ELSE.

CLEAR wa_dupl.

wa_dupl = wa_dupl_file.

APPEND wa_dupl TO i_dupl.

CLEAR wa_dupl.

ENDIF.

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

**mod-012

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

wa_e1cuv1m-msgfn = C_009.
wa_e1cuv1m-vtlineno5 = g_slnid_c.
wa_e1cuv1m-vtcharact = c_varcond.
wa_e1cuv1m-atwrt = g_varcond.
APPEND wa_e1cuv1m TO i_e1cuv1m.

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

*MOD-015

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

LOOP AT I_CONTENTTAB1 INTO WA_CONTENTTAB1.

WA_CONTENTTAB1-Z_VARCOND = G_VARCOND.

MODIFY I_CONTENTTAB1 FROM WA_CONTENTTAB1 TRANSPORTING Z_VARCOND.

ENDLOOP.

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

*MOD-015

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

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

*MOD-012

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

IF g_invalid IS INITIAL.
LOOP AT i_e1cuv1m INTO wa_e1cuv1m.

perform fill_edidd_segments USING wa_e1cuv1m.

PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *
ENDLOOP.
ENDIF.

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

**MOD-012

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

clear: g_invalid.

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

**MOD-012

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

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

**MOD-009

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

ENDLOOP.

ENDFORM. " SUB_VALIDATE_CHARAC_VALUES

*&----

*& Form SUB_TRANSFER_ST_CHAR

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_TRANSFER_ST_CHAR .

DATA: l_lines TYPE i.

LOOP AT i_cuvtab_valc INTO wa_cuvtab_valc

WHERE vtint = wa_vtnam-vtint.

CLEAR wa_cabn.

READ TABLE i_cabn_atinn INTO wa_cabn

WITH KEY atinn = wa_cuvtab_valc-atinn BINARY SEARCH.

No need to check sy-subrc here

CLEAR wa_e1cuv1m.

wa_e1cuv1m-msgfn = c_009.

wa_e1cuv1m-vtlineno5 = wa_cuvtab_valc-slnid.

wa_e1cuv1m-vtcharact = wa_cabn-atnam.

wa_e1cuv1m-atwrt = wa_cuvtab_valc-valc.

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

*MOD-008

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

PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

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

*MOD-008

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

store last value

g_slnid_c = wa_cuvtab_valc-slnid.

Find concatenated number at the end of variant

IF wa_cabn-atnam = c_varcond.

CLEAR i_split.

SPLIT wa_cuvtab_valc-valc AT '_' INTO TABLE i_split.

CLEAR l_lines.

DESCRIBE TABLE i_split LINES l_lines.

Read last line of table as it contains concatenated number

READ TABLE i_split INTO wa_split INDEX l_lines.

SHIFT wa_split-f1 LEFT DELETING LEADING space.

IF wa_split-f1 CO '0123456789 '.

CLEAR l_lines.

l_lines = wa_split-f1.

IF l_lines > g_split_var.

g_split_var = l_lines.

ENDIF.

Check for duplicate records

PERFORM pop_dupl USING wa_vtnam-vtnam

g_slnid_c

wa_cabn-atnam

wa_cuvtab_valc-valc.

ENDLOOP.

ENDFORM. " SUB_TRANSFER_ST_CHAR

*&----

*& Form SUB_TRANSFER_ST_NUM

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_TRANSFER_ST_NUM .

DATA: l_val TYPE p, "#EC NEEDED

l_val1 TYPE p DECIMALS 1, "#EC NEEDED

l_val2 TYPE p DECIMALS 2, "#EC NEEDED

l_val3 TYPE p DECIMALS 3, "#EC NEEDED

l_char TYPE char16. "#EC NEEDED

LOOP AT i_cuvtab_valn INTO wa_cuvtab_valn

WHERE vtint = wa_vtnam-vtint.

CLEAR wa_cabn.

READ TABLE i_cabn_atinn INTO wa_cabn

WITH KEY atinn = wa_cuvtab_valn-atinn BINARY SEARCH.

CLEAR wa_e1cuv1m.

wa_e1cuv1m-msgfn = c_009.

wa_e1cuv1m-vtlineno5 = wa_cuvtab_valn-slnid.

wa_e1cuv1m-vtcharact = wa_cabn-atnam.

wa_e1cuv1m-atflv = wa_cuvtab_valn-val_from.

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

*MOD-008

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

PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

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

*MOD-008

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

store last value

g_slnid_n = wa_cuvtab_valn-slnid.

Convert characteristic value from Exp format to normal format

CLEAR: l_val, l_char, l_val1, l_val2, l_val3.

CASE wa_cabn-anzdz.

WHEN 0.

l_val = wa_cuvtab_valn-val_from.

l_char = l_val.

WHEN 1.

l_val1 = wa_cuvtab_valn-val_from.

l_char = l_val1.

WHEN 2.

l_val2 = wa_cuvtab_valn-val_from.

l_char = l_val2.

WHEN 3.

l_val = wa_cuvtab_valn-val_from.

l_char = l_val.

ENDCASE.

SHIFT l_char LEFT DELETING LEADING space.

Check for duplicate records

PERFORM pop_dupl USING wa_vtnam-vtnam

g_slnid_n

wa_cabn-atnam

l_char.

ENDLOOP.

ENDFORM. " SUB_TRANSFER_ST_NUM

*&----

*& Form SUB_CHECK_CHAR_VALUES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CHECK_CHAR_VALUES .

DATA: l_fieldname TYPE fieldname,

l_field_dup TYPE fieldname.

FIELD-SYMBOLS: TYPE ANY.

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

*mod-015

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

DATA: l_len_slnid TYPE i, "#EC NEEDED
l_len_varcond TYPE i, "#EC NEEDED
l_temp_slnid TYPE i, "#EC NEEDED
l_temp_slnc TYPE char5, "#EC NEEDED
l_temp_varcond TYPE varcond, "#EC NEEDED
l_sub_var TYPE i, "#EC NEEDED
l_val_split TYPE char10. "#EC NEEDED

DATA: l_invalid. "#EC NEEDED

We are sorting it to concatenate characteristics value into Variant

CLEAR g_varcond.
CONCATENATE 'V' wa_vnt_ma-unique_no INTO g_varcond.

DATA: l_invalid. "#EC NEEDED

We are sorting it to concatenate characteristics value into Variant

CLEAR g_varcond.

CONCATENATE 'V' wa_vnt_ma-unique_no INTO g_varcond.

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

*mod-015

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

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

**MOD-012

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

LOOP AT i_col_pos INTO wa_col_pos WHERE vtnam = wa_file-vtnam.

CLEAR l_fieldname.

Dynamically assign value to field l_value for validation

CONCATENATE 'WA_FILE-CHAR' wa_col_pos-field INTO l_fieldname.

ASSIGN (l_fieldname) TO .

Put values in work area to check for duplicates

IF wa_col_pos-atnam .

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

*MOD-008

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

<fs_val1> = <fs_val>.

IF NOT .

ASSIGN <fs_val> TO <fs_val1>.

ENDIF.

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

*MOD-008

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

CONCATENATE g_varcond INTO g_varcond SEPARATED BY '_'.

ENDIF commented out, It will be taken to the end just before endloop
Value for Z_VARCOND will be generated by program as per new logic
ENDIF.

IF IS NOT INITIAL.

SORT I_CABN BY ATINN ATNAM.

CLEAR wa_cabn.

READ TABLE i_cabn INTO wa_cabn

WITH KEY atnam = wa_col_pos-atnam. " BINARY SEARCH.

Validate values against function module stored in field ATPRF

CLEAR l_invalid.

IF wa_cabn-atprf IS NOT INITIAL.

CATCH SYSTEM-EXCEPTIONS OTHERS = 1.

CALL FUNCTION wa_cabn-atprf

EXPORTING

charact_no = wa_cabn-atinn

charact = wa_cabn-atnam

value = c_x.

SY-SUBRC should not fail here because check has already been done
We need to validate value only if following fields are blank

IF wa_cabn-atson IS INITIAL " Indicator: Additional Values

AND wa_cabn-atprt IS INITIAL " Check table

AND wa_cabn-atprr IS INITIAL " Name of Check Report Program

AND wa_cabn-atprf IS INITIAL " Function Module for Checking

AND wa_cabn-check IS INITIAL. " No value found in CAWN table

Check value

CLEAR wa_cawn.

CASE wa_cabn-atfor.

WHEN c_char OR c_date OR c_time.

READ TABLE i_cawn_c INTO wa_cawn WITH KEY atinn = wa_cabn-atinn

atwrt = .

APPEND wa_e1cuv1m TO i_e1cuv1m.

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

*MOD-008

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

perform fill_edidd_segments USING wa_e1cuv1m.
PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

clear: wa_e1cuv1m.

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

*MOD-008

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

ENDIF.

ELSE.

PERFORM errror_line USING wa_file-vtnam

l_fieldname

wa_cabn-atnam

APPEND wa_e1cuv1m TO i_e1cuv1m.

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

**MOD-008

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

perform fill_edidd_segments USING wa_e1cuv1m.
PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

clear: wa_e1cuv1m.

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

**MOD-008

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

ENDIF.

ELSE.

PERFORM errror_line USING wa_file-vtnam

l_fieldname

wa_cabn-atnam

APPEND wa_e1cuv1m TO i_e1cuv1m.

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

*MOD-008

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

perform fill_edidd_segments USING wa_e1cuv1m.
PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

clear: wa_e1cuv1m.

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

*MOD-008

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

WHEN OTHERS.

CLEAR wa_e1cuv1m.

wa_e1cuv1m-msgfn = C_009.

wa_e1cuv1m-vtlineno5 = g_slnid_c.

wa_e1cuv1m-vtcharact = wa_cabn-atnam.

wa_e1cuv1m-atflv = .

APPEND wa_e1cuv1m TO i_e1cuv1m.

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

*MOD-008

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

PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

clear: wa_e1cuv1m.

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

*MOD-008

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

ENDCASE.

ENDIF.

ELSE.

PERFORM errror_line USING wa_file-vtnam

l_fieldname

wa_col_pos-atnam

g_row.

g_invalid = 'X'.

ENDIF.

clear: wa_col_pos.

ENDLOOP.

Assign value to type i variable to find length

CLEAR: l_len_slnid,

l_len_varcond,

l_temp_slnid,

l_temp_slnc,

l_temp_varcond,

l_sub_var .

Put i type value in variable with 10 characters

CLEAR l_val_split.

l_val_split = g_split_var.

SHIFT l_val_split LEFT DELETING LEADING space.

l_temp_slnid = g_split_var.

l_temp_slnc = l_val_split+0(5).

SHIFT l_temp_slnc LEFT DELETING LEADING space.

l_len_slnid = STRLEN( l_temp_slnc ).

l_len_varcond = STRLEN( g_varcond ).

l_sub_var = 26 - l_len_slnid.

l_sub_var = l_sub_var - 1.

l_temp_varcond = g_varcond+0(l_sub_var).

CLEAR g_varcond.

CONCATENATE l_temp_varcond l_temp_slnc INTO g_varcond

SEPARATED BY '_'.

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

*MOD-015

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

if g_split_var = 1.

DELETE I_CONTENTTAB1 INDEX 1.

endif.

READ TABLE I_CONTENTTAB1 INTO WA_CONTENTTAB1 INDEX g_split_var.

IF SY-SUBRC = 0.

WA_CONTENTTAB1-Z_VARCOND = G_VARCOND.

ENDIF.

MODIFY I_CONTENTTAB1 INDEX g_split_var FROM WA_CONTENTTAB1 TRANSPORTING Z_VARCOND.

g_split_var = g_split_var + 1.

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

*MOD-015

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

if g_invalid <> c_x.

REFRESH: I_E1CUV1M.

CLEAR wa_e1cuv1m.

wa_e1cuv1m-msgfn = C_009.

wa_e1cuv1m-vtlineno5 = g_slnid_c.

wa_e1cuv1m-vtcharact = c_varcond.

wa_e1cuv1m-atwrt = g_varcond.

APPEND wa_e1cuv1m TO i_e1cuv1m.

endif.

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

*MOD-012

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

PERFORM transfer_e1cuv1m. " USING wa_e1cuv1m. "#EC *

ENDFORM. " SUB_CHECK_CHAR_VALUES

*&----

*& Form SUB_DUPL_COLUMNS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_DUPL_COLUMNS .

DATA: l_fieldname TYPE fieldname, "#EC NEEDED

l_counter TYPE char2. "#EC NEEDED

FIELD-SYMBOLS: .

APPEND wa_charval TO i_charval.

ENDIF.

ENDDO.

IF i_charval IS NOT INITIAL.

DELETE i_charval WHERE char IS INITIAL.

SORT i_charval.

DELETE ADJACENT DUPLICATES FROM i_charval.

IF sy-subrc = 0.

MESSAGE i243.

LEAVE LIST-PROCESSING.

ENDIF.

ENDFORM. " SUB_DUPL_COLUMNS

*&----

*& Form SUB_STORE_FILE

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_STORE_FILE .

DATA: G_RAW(500) TYPE C,

CNT_I TYPE I.

MOVE-CORRESPONDING wa_contenttab1 TO wa_file.

IF NOT ( wa_file-flag = 'X' OR wa_file-flag = 'x' ) .

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

*MOD-012

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

LOOP AT I_CONTENTTAB1 INTO WA_CONTENTTAB1.
L_TABIX = SY-TABIX.
IF L_TABIX = 1.
wa_contenttab2 = wa_contenttab1.
append wa_contenttab2 to i_contenttab2.
clear: wa_contenttab2.
clear: l_tabix.
continue.
ENDIF.
ENDLOOP.

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

*MOD-012

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

APPEND wa_file TO i_file.

cLEAR: WA_FILE.

ELSE.

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

*MOD-012

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

cnt_i = 18.

g_raw = wa_file.

DO 15 TIMES.

wa_charname-name = g_raw+cnt_i(30).

APPEND wa_charname TO i_charname.

cnt_i = cnt_i + 30.

ENDDO.

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

*MOD-012

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

APPEND wa_file TO i_file_tmp.

Check duplicate columns for characteristics

PERFORM sub_dupl_columns.

CLEAR: WA_FILE.

ENDIF.

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

*MOD-012

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

ENDFORM. " SUB_STORE_FILE

*&----

*& Form SUB_GET_FILE

*&----

text

*----

<--P_P_FNAME text

*----

*FORM SUB_GET_FILE. " CHANGING P_P_FNAME. "#EC NEEDED

DATA: C_FNH_MASK TYPE DXFIELDS-FILEMASK VALUE '.',
SEARCH_DIR TYPE DXFIELDS-LONGPATH VALUE '/usr/sap/trans/',
FILE_PATH TYPE DXLPATH.

CALL FUNCTION 'F4_DXFILENAME_TOPRECURSION'
EXPORTING
I_LOCATION_FLAG = 'A'
I_SERVER = ' '
I_PATH = SEARCH_DIR
FILEMASK = C_FNH_MASK
FILEOPERATION = 'R'
IMPORTING
O_PATH = FILE_PATH
EXCEPTIONS
RFC_ERROR = 1
OTHERS = 2.

IF SY-SUBRC EQ 0.
P_fname = FILE_PATH. "#EC
ENDIF.

*ENDFORM. " SUB_GET_FILE

**&----

*& Form SUB_GET_FILE1

*&----

text

*----

<--P_P_FNAME1 text

*----

*FORM SUB_GET_FILE1. " CHANGING P_P_FNAME1. "#EC NEEDED

DATA: C_FNH_MASK TYPE DXFIELDS-FILEMASK VALUE '.',
SEARCH_DIR TYPE DXFIELDS-LONGPATH VALUE '/usr/sap/trans/',
FILE_PATH TYPE DXLPATH.

CALL FUNCTION 'F4_DXFILENAME_TOPRECURSION'
EXPORTING
I_LOCATION_FLAG = 'A'
I_SERVER = ' '
I_PATH = SEARCH_DIR
FILEMASK = C_FNH_MASK
FILEOPERATION = 'R'
IMPORTING
O_PATH = FILE_PATH
EXCEPTIONS
RFC_ERROR = 1
OTHERS = 2.

IF SY-SUBRC EQ 0.
P_fname1 = FILE_PATH. "#EC
ENDIF.

*ENDFORM. " SUB_GET_FILE1

**&----

**& Form SUB_APP_LOG_INIT

*&----

text

*----

<--P_V_LOG_HANDLE text

*----

Form SUB_APP_LOG_INIT CHANGING fp_log_handle TYPE balloghndl.

DATA: l_s_log TYPE bal_s_log. "#EC NEEDED

CLEAR l_s_log.

IS_LOG_HEADER-EXTNUMBER = TEXT-L01.

IS_LOG_HEADER-ALUSER = SY-UNAME.

IS_LOG_HEADER-ALDATE = SY-DATUM.

IS_LOG_HEADER-ALTIME = SY-UZEIT.

IS_LOG_HEADER-ALTCODE = IV_TCODE.

IS_LOG_HEADER-ALPROG = SY-REPID.

IS_LOG_HEADER-OBJECT = 'CAPI'.

IS_LOG_HEADER-SUBOBJECT = 'CAPI_LOG'.

is_log_header-del_before = 'X'.

CALL FUNCTION 'BAL_LOG_CREATE'

EXPORTING

i_s_log = is_log_header

IMPORTING

e_log_handle = fp_log_handle

EXCEPTIONS

log_header_inconsistent = 1

OTHERS = 2.

IF sy-subrc <> 0.

MESSAGE ID sy-msgid TYPE sy-msgty NUMBER sy-msgno

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

ENDIF.

ENDFORM. " f_app_log_init

*&----

*& Form SUB_APP_LOG_INIT

*&----

FORM sub_app_log_add USING fp_log_handle TYPE balloghndl.

DATA: l_v_probclass TYPE bal_s_msg-probclass,

l_s_msg TYPE bal_s_msg,

l_v_msg TYPE boolean. "#EC NEEDED

priority clas

CONSTANTS:

l_c_probclass_very_high TYPE bal_s_msg-probclass VALUE '1',

l_c_probclass_high TYPE bal_s_msg-probclass VALUE '2',

l_c_probclass_medium TYPE bal_s_msg-probclass VALUE '3',

l_c_probclass_low TYPE bal_s_msg-probclass VALUE '4',

l_c_probclass_none TYPE bal_s_msg-probclass VALUE ' '.

message types

CONSTANTS:

l_c_msgty_x TYPE sy-msgty VALUE 'X',

l_c_msgty_a TYPE sy-msgty VALUE 'A',

l_c_msgty_e TYPE sy-msgty VALUE 'E',

l_c_msgty_w TYPE sy-msgty VALUE 'W',

l_c_msgty_i TYPE sy-msgty VALUE 'I',

l_c_msgty_s TYPE sy-msgty VALUE 'S',

l_c_msgty_none TYPE sy-msgty VALUE ' '.

entry check

CHECK sy-msgno NE 0.
CHECK sy-msgid NE space.

define data of message for Application Log

l_s_msg-msgty = sy-msgty.

l_s_msg-msgid = sy-msgid.

l_s_msg-msgno = sy-msgno.

l_s_msg-msgv1 = sy-msgv1.

l_s_msg-msgv2 = sy-msgv2.

l_s_msg-msgv3 = sy-msgv3.

l_s_msg-msgv4 = sy-msgv4.

LOOP AT G_ERROR_TAB INTO WA_ERRORTAB.

l_s_msg-msgty = WA_ERRORTAB-msgty.

l_s_msg-msgid = WA_ERRORTAB-id.

l_s_msg-msgno = WA_ERRORTAB-msgno.

l_s_msg-msgv1 = WA_ERRORTAB-par1.

l_s_msg-msgv2 = WA_ERRORTAB-par2.

l_s_msg-msgv3 = WA_ERRORTAB-par3.

l_s_msg-msgv4 = WA_ERRORTAB-par4.

ENDLOOP.

CASE sy-msgty.

CASE l_s_msg-msgty.

WHEN l_c_msgty_x.

l_v_probclass = l_c_probclass_very_high. l_v_msg = 'X'.

WHEN l_c_msgty_a.

l_v_probclass = l_c_probclass_very_high. l_v_msg = 'X'.

WHEN l_c_msgty_e.

l_v_probclass = l_c_probclass_high. l_v_msg = 'X'.

WHEN l_c_msgty_w.

l_v_probclass = l_c_probclass_medium.

WHEN l_c_msgty_i.

l_v_probclass = l_c_probclass_low.

WHEN l_c_msgty_s.

l_v_probclass = l_c_probclass_low.

WHEN l_c_msgty_none.

l_v_probclass = l_c_probclass_none.

ENDCASE.

bis hier temporär

l_s_msg-probclass = l_v_probclass.

add this message to log file

CALL FUNCTION 'BAL_LOG_MSG_ADD'

EXPORTING

i_log_handle = fp_log_handle

i_s_msg = l_s_msg

EXCEPTIONS

log_not_found = 1

msg_inconsistent = 2

log_is_full = 3

OTHERS = 4.

IF sy-subrc <> 0.

MESSAGE ID sy-msgid TYPE sy-msgty NUMBER sy-msgno

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

ENDIF.

ENDFORM. " f_app_log_add

*&----

*& Form f_data_save

*&----

Saving the app log

*----

--> FP_LOG_HANDLE Variable

*----

FORM sub_data_save USING fp_log_handle TYPE balloghndl.

DATA: lt_log_handle TYPE bal_t_logh.

APPEND fp_log_handle TO lt_log_handle.

CALL FUNCTION 'BAL_DB_SAVE'

EXPORTING

i_client = sy-mandt

i_save_all = ' '

i_t_log_handle = lt_log_handle

EXCEPTIONS

log_not_found = 1

save_not_allowed = 2

numbering_error = 3

OTHERS = 4.

IF sy-subrc <> 0.

MESSAGE ID sy-msgid TYPE sy-msgty NUMBER sy-msgno

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

ENDIF.

ENDFORM. " f_data_save

*&----

*& Form f_data_save

*&----

*& Form SUB_CREATE_ERORTAB

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CREATE_ERORTAB .

LOOP AT G_ERROR_TAB INTO WA_ERRORTAB.

concatenate WA_ERRORTAB-msgty

WA_ERRORTAB-id

WA_ERRORTAB-msgno

WA_ERRORTAB-par1

into wa_error_tab-line separated by space.

APPEND WA_ERROR_TAB TO I_ERRORTAB.

CLEAR: WA_ERROR_TAB, wa_errortab.

ENDLOOP.

ENDFORM. " SUB_CREATE_ERORTAB

**&----

*& Form BAL_DB_SAVE

*&----

FORM sub_log_show USING fp_log_handle TYPE balloghndl. "#EC NEEDED

DATA: LS_PROFILE TYPE BAL_S_PROF.

CALL FUNCTION 'BAL_DSP_PROFILE_SINGLE_LOG_GET'

IMPORTING

E_S_DISPLAY_PROFILE = LS_PROFILE.

we therefore show all messages immediately

LS_PROFILE-EXP_LEVEL = 0.

LS_PROFILE-USE_GRID = C_X.

CALL FUNCTION 'BAL_DSP_LOG_DISPLAY'

EXPORTING

I_S_DISPLAY_PROFILE = LS_PROFILE

EXCEPTIONS

OTHERS = 1.

IF SY-SUBRC <> 0.

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

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

ENDIF.

ENDFORM. " LOG_DISPLAY

*&----

*& Form BAL_DB_SAVE

*&----

*& Form sub_application_log

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM sub_application_log.

TYPES: BEGIN OF type_errorline,

msgty LIKE sy-msgty,

id LIKE sy-msgid,

msgno LIKE sy-msgno,

par1 LIKE sy-msgv1,

par2 LIKE sy-msgv2,

par3 LIKE sy-msgv3,

par4 LIKE sy-msgv4,

END OF type_errorline.

TYPES: BEGIN OF ty_balmi.

INCLUDE STRUCTURE BALMI.

TYPES: END OF ty_balmi.

TYPES: BEGIN OF ty_balnri.

INCLUDE STRUCTURE BALNRI.

TYPES: END OF ty_balnri.

DATA: l_s_balhdri TYPE balhdri,

l_loghandle TYPE balloghndl.

DATA: l_s_msg TYPE STANDARD TABLE OF ty_balmi INITIAL SIZE 0,

l_i_msg TYPE STANDARD TABLE OF ty_balmi INITIAL SIZE 0,

l_st_msg TYPE STANDARD TABLE OF ty_balmi INITIAL SIZE 0.

DATA: l_s_balnri TYPE STANDARD TABLE OF ty_balnri.

DATA: wa_s_msg TYPE ty_balmi,

wa_st_msg TYPE ty_balmi.

DATA: wa_s_balnri TYPE ty_balnri.

DATA: LS_PROFILE TYPE BAL_S_PROF.

CALL FUNCTION 'APPL_LOG_INIT'

EXPORTING

object = 'CAPI'

subobject = 'CAPI_LOG'

LOG_HANDLE = ' '

EXCEPTIONS

object_not_found = 1

subobject_not_found = 2

OTHERS = 3

IF sy-subrc <> 0.

MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.

ENDIF.

l_s_balhdri-object = 'CAPI'.

l_s_balhdri-subobject = 'CAPI_LOG'.

CALL FUNCTION 'APPL_LOG_WRITE_HEADER'

EXPORTING

header = l_s_balhdri

LOG_HANDLE =

IMPORTING

UPDATE_OR_INSERT =

e_log_handle = l_loghandle

EXCEPTIONS

object_not_found = 1

subobject_not_found = 2

error = 3

OTHERS = 4

IF sy-subrc <> 0.

MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.

ENDIF.

LOOP AT G_ERROR_TAB INTO WA_ERRORTAB.

wa_s_msg-msgty = 'I'.

wa_s_msg-msgid = '/factglb/gta_custdev'.

wa_s_msg-msgno = WA_ERRORTAB-msgno.

wa_s_msg-msgv1 = WA_ERRORTAB-par1.

wa_s_msg-msgv2 = WA_ERRORTAB-par2.

wa_s_msg-msgv3 = WA_ERRORTAB-par3.

wa_s_msg-msgv4 = WA_ERRORTAB-par4.

APPEND wa_s_msg to l_s_msg.

clear: wa_s_msg.

ENDLOOP.

CALL FUNCTION 'APPL_LOG_WRITE_MESSAGES'

EXPORTING

object = 'CAPI'

subobject = 'CAPI_LOG'

log_handle = l_loghandle

TABLES

messages = l_s_msg

EXCEPTIONS

object_not_found = 1

subobject_not_found = 2

OTHERS = 3.

IF sy-subrc <> 0.

MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.

ENDIF.

CALL FUNCTION 'APPL_LOG_WRITE_DB'

EXPORTING

object = 'CAPI'

subobject = 'CAPI_LOG'

log_handle = l_loghandle

update_task = 'I'

TABLES

object_with_lognumber = l_s_balnri

EXCEPTIONS

object_not_found = 1

subobject_not_found = 2

internal_error = 3

OTHERS = 4.

IF sy-subrc <> 0.

MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.

ENDIF.

CALL FUNCTION 'BAL_DSP_PROFILE_SINGLE_LOG_GET'

IMPORTING

E_S_DISPLAY_PROFILE = LS_PROFILE.

we therefore show all messages immediately

LS_PROFILE-EXP_LEVEL = 0.

LS_PROFILE-USE_GRID = C_X.

CALL FUNCTION 'BAL_DSP_LOG_DISPLAY'

EXPORTING

I_S_DISPLAY_PROFILE = LS_PROFILE

EXCEPTIONS

OTHERS = 1.

IF SY-SUBRC <> 0.

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

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

ENDIF.

ENDFORM. " sub_application_log

*&----

*& Form SUB_CLEAR_VARIABLES

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CLEAR_VARIABLES .

clear: wa_contentheader1.

CLEAR: g_cnt_idocs_package,

itab_zedidc40[],

itab_zedidd40[].

CLEAR: itab_zedidd40[],

itab_zedidd40[].

REFRESH: gt_curr_edi_dd40,

i_error.

CLEAR : gt_curr_edi_dd40.

CLEAR : g_segnum,

g_error.

*Work Area for the structure I_MESSTAB

CLEAR: wa_vartab,

wa_vartabdate,

wa_vardetails,

wa_tabinput,

wa_dsninput,

wa_newinput,

wa_gnewinput,

wa_ginput_data ,

wa_final,

wa_content,

wa_contenthd ,

wa_contentheader,

wa_contenttab,

wa_content1,

wa_contenthd1,

wa_contentheader1,

wa_contenttab1,

wa_E1CUVTM ,

wa_E1CUV1M ,

wa_E1DATEM .

ENDFORM. " SUB_CLEAR_VARIABLES

*&----

*& Form sub_upload_data_app

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM sub_upload_data_app.

CALL FUNCTION 'SAPGUI_PROGRESS_INDICATOR' "#EC *

EXPORTING

percentage = 0

text = text-037.

perform sub_upload_from_preserver.

perform sub_upload_from_appserver.

ENDFORM. " sub_upload_data_app

*&----

*& Form sub_upload_from_appserver1

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM sub_upload_from_appserver1.

DATA: l_timestamp type timestamp. "#EC *

DATA: l_time(15) type C. "#EC *

DATA: L_COUNTER TYPE I. "#EC *

DATA: WA_DVNT_TM TYPE ZDVNT_TM. "#EC *

SELECT max( COUNTER )

INTO l_counter

FROM ZDVNT_TM.

SELECT SINGLE FILEINTERN

INTO P_FNAME

FROM ZDVNT_TM

WHERE BNAME = SY-UNAME AND

FILETYPE = C_X AND

COUNTER = L_COUNTER.

CHECK SY-SUBRC = 0.

SELECT SINGLE FILEINTERN

INTO P_FNAME1

FROM ZDVNT_TM

WHERE BNAME = SY-UNAME AND

FILETYPE = C_Y AND

COUNTER = L_COUNTER.

CHECK SY-SUBRC = 0.

open dataset p_fname for input in text mode encoding default.

if sy-subrc = 0.

DO.

READ DATASET p_fname INTO wa_input_data.

IF sy-subrc NE 0.

IF g_cnt_input_recs = 0.

MESSAGE i242.

g_flg_error = C_Y.

STOP.

ENDIF.

EXIT.

ELSE.

APPEND wa_input_data to i_input_data.

ADD 1 TO g_cnt_input_recs.

CLEAR: wa_input_data.

ENDIF.

ENDDO.

else.

message e246. " with text-003.

endif.

close dataset p_fname.

delete dataset p_fname.

open dataset p_fname1 for input in text mode encoding default.

if sy-subrc = 0.

DO.

READ DATASET p_fname1 INTO wa_input_data1.

IF sy-subrc NE 0.

IF g_cnt_input_recs = 0.

MESSAGE s000 WITH 'Input file is empty'.

MESSAGE i242.

g_flg_error = C_Y.

STOP.

ENDIF.

EXIT.

ELSE.

APPEND wa_input_data1 to i_input_data1.

ADD 1 TO g_cnt_input_recs.

CLEAR: wa_input_data1.

ENDIF.

ENDDO.

else.

message e246. "with text-003.

endif.

close dataset p_fname1.

delete dataset p_fname1.

delete i_input_data index 1.

delete i_input_data1 INDEX 1.

loop at i_input_data INTO WA_INPUT_DATA.

SPLIT wa_input_data AT CL_ABAP_CHAR_UTILITIES=>HORIZONTAL_TAB

INTO wa_contenthd-vtnam

wa_contenthd-flag.

append wa_contenthd to i_contentheader1.

clear: wa_contenthd.

endloop.

loop at i_input_data1 INTO WA_INPUT_DATA1.

SPLIT wa_input_data1 AT CL_ABAP_CHAR_UTILITIES=>HORIZONTAL_TAB

INTO wa_content1-VTNAM

wa_content1-CHAR1

wa_content1-CHAR2

wa_content1-CHAR3

wa_content1-CHAR4

wa_content1-CHAR5

wa_content1-CHAR6

wa_content1-CHAR7

wa_content1-CHAR8

wa_content1-CHAR9

wa_content1-CHAR10

wa_content1-CHAR11

wa_content1-CHAR12

wa_content1-CHAR13

wa_content1-CHAR14

wa_content1-CHAR15

wa_content1-FLAG.

append wa_content1 to i_contenttab1.

clear: wa_content1.

endloop.

ENDFORM. " sub_upload_from_appserver1

*&----

*& Form SUB_DISPLAY_IDOCS

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_DISPLAY_IDOCS .

CONSTANTS: C_I(1) TYPE C VALUE 'I'.

CONSTANTS: C_EQ(2) TYPE C VALUE 'EQ'.

CONSTANTS: C_VTMMAS(6) TYPE C VALUE 'VTMMAS'.

RBDAPP01 aufrufen

R_CREDAT-SIGN = C_I.

R_CREDAT-OPTION = C_EQ.

R_CREDAT-LOW = SY-DATUM.

APPEND R_CREDAT.

R_CRETIM-SIGN = C_I.

R_CRETIM-OPTION = C_EQ.

R_CRETIM-LOW = SY-UZEIT.

APPEND R_CRETIM.

R_MESTYP-SIGN = C_I.

R_MESTYP-OPTION = C_EQ.

R_MESTYP-LOW = C_VTMMAS.

APPEND R_MESTYP.

**CALL TRANSACTION 'WE02'

SUBMIT RSEIDOC2 "#EC CI_SUBMIT

WITH CREDAT EQ R_CREDAT-LOW SIGN C_I

WITH MESTYP EQ C_VTMMAS SIGN 'I'

AND RETURN.

REFRESH: R_CREDAT,

R_CRETIM,

R_MESTYP.

ENDFORM. " SUB_DISPLAY_IDOCS

*&----

*& Form GET_STRUCTURE

*&----

text

*----

--> p1 text
<-- p2 text

*----

form get_structure.

data : idetails type abap_compdescr_tab,

xdetails type abap_compdescr.

data : ref_table_des type ref to cl_abap_structdescr.

Local variable declaration
DATA: l_tabname TYPE tabname.

MOVE wa_contentheader1-vtnam TO l_tabname.

Get the structure of the table.

ref_table_des ?=

cl_abap_typedescr=>describe_by_name( l_tabname ).

idetails[] = ref_table_des->components[].

loop at idetails into xdetails.

clear xfc.

xfc-fieldname = xdetails-name .

xfc-datatype = xdetails-type_kind.

xfc-inttype = xdetails-type_kind.

xfc-intlen = xdetails-length.

xfc-decimals = xdetails-decimals.

xfc-ref_table = wa_contentheader1.

xfc-ref_field = xdetails-name.

append xfc to ifc.

endloop.

endform. "get_structure

*&----

*& Form CREATE_DYNAMIC_ITAB

*&----

text

*----

--> p1 text
<-- p2 text

*----

form create_dynamic_itab.

Create dynamic internal table and assign to FS

call method cl_alv_table_create=>create_dynamic_table

EXPORTING

it_fieldcatalog = ifc

IMPORTING

ep_table = dy_table.

assign dy_table->* to .

Create dynamic work area and assign to FS

create data dy_line like line of .

Create dynamic work area and assign to the dynamic table

CREATE DATA LV_LINE2 LIKE LINE OF .

endform. "create_dynamic_itab

*&----

*& Form GET_DATA

*&----

text

*----

--> p1 text
<-- p2 text

*----

form get_data.

FIELD-SYMBOLS: TYPE ANY TABLE.

DATA: WA_CONTENT TYPE TY_CONTENT.

DATA: ITAB_CONTENT TYPE standard table of TY_CONTENT.

DATA: W_FIELDNAME(30) TYPE C.

DATA: L_COMP1(30) TYPE C,

L_COMP2(30) TYPE C,

L_COMP3(30) TYPE C,

L_COMP4(30) TYPE C,

L_COMP5(30) TYPE C,

L_COMP6(30) TYPE C,

L_COMP7(30) TYPE C,

L_COMP8(30) TYPE C,

L_COMP9(30) TYPE C,

L_COMP10(30) TYPE C,

L_COMP11(30) TYPE C,

L_COMP12(30) TYPE C,

L_COMP13(30) TYPE C,

L_COMP14(30) TYPE C,

L_COMP15(30) TYPE C.

TYPES: BEGIN OF ty_content.
INCLUDE STRUCTURE ZSM_SW_VERSION.
TYPES: delete(1) TYPE c.
TYPES: END OF ty_content.

DATA: l_wa_contenttab1 TYPE ty_content.

DATA: wa_final(30) TYPE C.

DATA: l_value(15) type c.

DATA: l_value1(30) type c.

data: l_lines type i,

l_index1 type sy-index,

l_index2 type sy-index.

field-symbols: TYPE ANY TABLE.

Internal table of data

DATA: i_cond_tab_data TYPE REF TO data.

DATA: i_cond_tab TYPE REF TO data.

Local variable declaration
DATA: l_tabname TYPE tabname. "Table name

TYPES: BEGIN OF TY_CHARAC,

CHAR(30) TYPE C,

END OF TY_CHARAC.

TYPES: BEGIN OF TY_DD03L,

TABNAME TYPE TABNAME,

FIELDNAME TYPE FIELDNAME,

END OF TY_DD03L.

DATA: ITAB_DD03L TYPE STANDARD TABLE OF TY_DD03L.

DATA: WA_DD03L TYPE TY_DD03L.

DATA: L_WA_CONTENT TYPE TY_CHARAC.

DATA: L_WA_CONTENT1(30) TYPE C.

DATA: L_TABIX(2) TYPE C.

FIELD-SYMBOLS: TYPE ANY.

TYPES: BEGIN OF TY_FIELD,

FIELD(30) TYPE C.

TYPES: END OF TY_FIELD.

DATA: L_FIELD(30) TYPE C.

DATA: WA_ITAB_FINAL(15) TYPE C.

DATA: L_WA_FINAL(45) TYPE C.

DATA: WA_FIELD TYPE TY_FIELD.

DATA: ITAB_FIELD TYPE STANDARD TABLE OF TY_FIELD.

CONSTANTS C_FINAL(20) TYPE C VALUE 'L_WA_FINAL'."#EC *

TYPES: BEGIN OF TY_COMP,

COMP(30) TYPE C,

END OF TY_COMP.

TYPES: BEGIN OF TY_CHAR,

CHAR(30) TYPE C,

END OF TY_CHAR.

DATA:

gd_tabnam TYPE string,

gd_tabfield TYPE string,

go_table TYPE REF TO cl_salv_table,

go_sdescr TYPE REF TO cl_abap_structdescr,

go_sdescr_new TYPE REF TO cl_abap_structdescr,

go_tdescr TYPE REF TO cl_abap_tabledescr,

gdo_data TYPE REF TO data,

gdo_handle TYPE REF TO data,

gs_component TYPE abap_compdescr,

gs_comp TYPE abap_componentdescr,

gt_components TYPE abap_component_tab.

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

*MOD-015

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

SELECT SINGLE DBTAB_NAME

INTO L_TABNAME

FROM CUVTAB

WHERE VTNAM = wa_contentheader1-vtnam.

CHECK SY-SUBRC = 0.

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

*MOD-015

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

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

*MOD-008

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

READ TABLE i_contenttab1 INTO wa_contenttab1 INDEX 1.

IF sy-subrc IS INITIAL.

xfc1-datatype = 'C'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

IF not wa_contenttab1-char1 IS INITIAL.

xfc1-fieldname = 'VTNAM'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 18.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char1.

ELSE.

xfc1-fieldname = 'VTNAM'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 18.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char1.

ENDIF.

APPEND xfc1 TO ifc1.

Clear: xfc1.

IF not wa_contenttab1-char1 IS INITIAL.

xfc1-fieldname = 'CHAR1'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char1.

ELSE.

xfc1-fieldname = 'CHAR1'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char1.

ENDIF.

APPEND xfc1 TO ifc1.

Clear: xfc1.

IF not wa_contenttab1-char2 IS INITIAL.

xfc1-fieldname = 'CHAR2'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char2.

ELSE.

xfc1-fieldname = 'CHAR2'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char2.

ENDIF.

APPEND xfc1 TO ifc1.

Clear: xfc1.

IF not wa_contenttab1-char3 IS INITIAL.

xfc1-fieldname = 'CHAR3'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char3.

ELSE.

xfc1-fieldname = 'CHAR3'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char3.

ENDIF.

APPEND xfc1 TO ifc1.

Clear: xfc1.

IF not wa_contenttab1-char4 IS INITIAL.

xfc1-fieldname = wa_contenttab1-char4.

xfc1-datatype = 'CHAR4'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char4.

APPEND xfc TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR4'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char4.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char5 IS INITIAL.

xfc1-fieldname = wa_contenttab1-char5.

xfc1-datatype = 'CHAR5'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char5.

APPEND xfc TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR5'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char5.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char6 IS INITIAL.

xfc1-fieldname = 'CHAR6'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char6.

APPEND xfc TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR6'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char6.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char7 IS INITIAL.

xfc1-fieldname = 'CHAR7'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char7.

APPEND xfc TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR7'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char7.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char8 IS INITIAL.

xfc1-fieldname = 'CHAR8'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char8.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR8'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char8.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char9 IS INITIAL.

xfc-fieldname = 'CHAR9'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char9.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR9'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char9.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char10 IS INITIAL.

xfc-fieldname = 'CHAR10'.

xfc1-datatype = 'CHAR'.

xfc-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char10.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR10'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char10.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char11 IS INITIAL.

xfc1-fieldname = 'CHAR11'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char11.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR11'.

xfc-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char11.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char12 IS INITIAL.

xfc1-fieldname = 'CHAR12'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char12.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR12'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char12.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char13 IS INITIAL.

xfc1-fieldname = 'CHAR13'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char13.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR13'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char13.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char14 IS INITIAL.

xfc1-fieldname = 'CHAR14'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char14.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR14'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char14.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

IF not wa_contenttab1-char15 IS INITIAL.

xfc1-fieldname = 'CHAR15'.

xfc1-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc1-ref_table = wa_contentheader1-vtnam.
xfc1-ref_field = wa_contenttab1-char15.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ELSE.

xfc1-fieldname = 'CHAR15'.

xfc-datatype = 'CHAR'.

xfc1-inttype = 'C'.

xfc1-intlen = 30.

xfc-ref_table = wa_contentheader1-vtnam.
xfc-ref_field = wa_contenttab1-char15.

APPEND xfc1 TO ifc1.

Clear: xfc1.

ENDIF.

CALL METHOD cl_alv_table_create=>create_dynamic_table

EXPORTING

it_fieldcatalog = ifc1

IMPORTING

ep_table = dy_table5.

ASSIGN dy_table5->* TO .

Create dynamic work area and assign to FS

CREATE DATA dy_line5 LIKE LINE OF IS ASSIGNED ).

Create dynamic work area and assign to FS

CREATE DATA dy_line6 LIKE LINE OF IS ASSIGNED ).

DELETE i_contenttab1 INDEX 1.

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

*MOD-015

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

Assign value to type i variable to find length

CLEAR: l_len_slnid,

l_len_varcond,

l_temp_slnid,

l_temp_slnc,

l_temp_varcond,

l_sub_var .

*LOOP AT I_CONTENTTAB1 INTO WA_CONTENTTAB1.

We are sorting it to concatenate characteristics value into Variant

CLEAR g_varcond.
CONCATENATE 'V' wa_vnt_ma-unique_no INTO g_varcond.

Put i type value in variable with 10 characters

CLEAR l_val_split.
g_split_var = g_split_var + 1.
l_val_split = g_split_var.
SHIFT l_val_split LEFT DELETING LEADING space.
l_temp_slnid = g_split_var.
l_temp_slnc = l_val_split+0(5).

SHIFT l_temp_slnc LEFT DELETING LEADING space.

l_len_slnid = STRLEN( l_temp_slnc ).
l_len_varcond = STRLEN( g_varcond ).
l_sub_var = 26 - l_len_slnid.
l_sub_var = l_sub_var - 1.
l_temp_varcond = g_varcond+0(l_sub_var).
CLEAR g_varcond.
CONCATENATE l_temp_varcond l_temp_slnc INTO g_varcond
SEPARATED BY '_'.
WA_CONTENTTAB1-Z_VARCOND = G_VARCOND.
MODIFY I_CONTENTTAB1 FROM WA_CONTENTTAB1 TRANSPORTING Z_VARCOND.

*ENDLOOP.

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

*MOD-015

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

*try to condense the fields and move all data.

LOOP AT i_contenttab1 INTO wa_contenttab1.

MOVE wa_contenttab1 TO .

ENDLOOP.

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

*MOD-012

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

go_sdescr ?= cl_abap_structdescr=>describe_by_name( l_tabname ).
gd_tabnam = go_sdescr->get_relative_name( ).

DO 5 TIMES.
READ TABLE go_sdescr->components INTO gs_component INDEX syst-index.

CONCATENATE gd_tabnam gs_component-name INTO gd_tabfield
SEPARATED BY '-'.

CLEAR: gs_comp.
gs_comp-type ?= cl_abap_datadescr=>describe_by_name( gd_tabfield ).
gs_comp-name = gs_component-name.
APPEND gs_comp TO gt_components.
ENDDO.

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

*MOD-012

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

LOOP AT .

WA_DATATAB-NAME = l_value1.

WA_DATATAB-VALUE = l_value.

APPEND WA_DATATAB TO I_DATATAB.

CLEAR:WA_DATATAB.

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

ASSIGN COMPONENT GS_COMP-NAME OF STRUCTURE GS_COMP TO <fs_field>.
IF <fs_field> IS ASSIGNED.
ASSIGN COMPONENT L_WA_CONTENT1 OF STRUCTURE <dyn_wa5> TO <fs_field1>.
IF <fs_field1> IS ASSIGNED.
<fs_field> = <fs_field1>.
ENDIF.
ENDIF.
INSERT <dyn_wa> INTO TABLE <dyn_table>.

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

ENDLOOP.

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

*MOD-015

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

LOOP AT i_col_pos into wa_col_pos.

READ TABLE i_cuvtab_fld INTO wa_cuvtab_fld WITH KEY vtint = wa_col_pos-vtint

atinn = wa_col_pos-atinn binary search.

IF SY-SUBRC = 0.

wa_col_pos-dbfld = wa_cuvtab_fld-dbfld.

modify i_col_pos from wa_col_pos transporting dbfld.

ENDIF.

ENDLOOP.

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

*MOD-015

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

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

*MOD-012

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

Creating the Internal table with the structure of the
current table.

SELECT *

FROM (l_tabname)

INTO TABLE .

endloop.

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

*MOD-012

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

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

***MOD-015

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

describe table itab_dd03l lines l_lines.
loop at i_contenttab1 into wa_contenttab1.
read table i_contenttab3 into wa_contenttab3 with key vtnam = wa_contenttab1-vtnam binary search.
if sy-subrc = 0.
READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char1 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char2 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char3 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char4 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char5 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char6 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char7 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char8 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char9 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char10 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char11 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char12 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char13 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char14 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam
atnam = wa_contenttab3-char15 binary search.
if sy-subrc = 0.
l_index1 = wa_col_pos-field + 1.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component wa_col_pos-dbfld of structure wa_col_pos to <fs_field3>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.

endif.

endif.
append <dyn_wa> to <dyn_table>.
endloop.

SORT <dyn_table>.
DELETE ADJACENT DUPLICATES FROM <dyn_table>.

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

**MOD-015

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

IF I_CONTENTTAB1 IS INITIAL.

UNASSIGN .

endform. "get_data

*&----

*& Form GET_DATA

*&----

*& Form SUB_CONVERT_TRANSACTION_CUST

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_CONVERT_TRANSACTION_CUST .

DATA: L_TABLE TYPE APITABL. "#EC *

DATA: L_CHANGE_NUMBER TYPE AENNR. "#EC *

DATA: L_DLOCK TYPE DLOCK, "#EC *

ITAB_VT_BASIC_DATA TYPE VTBASDAT, "#EC *

L_DATE TYPE VONDATX, "#EC *

L_LINE_NO TYPE I. "#EC *

DATA: wa_var_tab_entries type VTENTRIES. "#EC *

DATA: ITAB_VAR_TAB_ENTRIES TYPE STANDARD TABLE OF VTENTRIES."#EC *

PERFORM sub_clear_tables.

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

**MOD-012

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

loop at i_contentheader1 into wa_contentheader1.

CALL FUNCTION 'CARD_TABLE_READ_STRUCTURE'

EXPORTING

VAR_TAB = WA_CONTENTHEADER1-VTNAM

CHANGE_NO = L_CHANGE_NUMBER

DATE = L_DATE

IMPORTING

BASIC_DATA = ITAB_VT_BASIC_DATA

EXCEPTIONS

ERROR = 1

OTHERS = 2.

CHECK SY-SUBRC IS INITIAL.

CALL FUNCTION 'CARD_TABLE_READ_ENTRIES' "#EC *

EXPORTING

VAR_TABLE = WA_CONTENTHEADER1-VTNAM

CHANGE_NO = L_CHANGE_NUMBER

DATE = L_DATE

TABLES

VAR_TAB_ENTRIES = ITAB_VAR_TAB_ENTRIES

EXCEPTIONS

ERROR = 1

OTHERS = 2.

ENDLOOP.

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

*MOD-012

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

SORT itab_var_tab_entries by VTCHARACT VTVALUE.

loop at i_contenttab1 into wa_contenttab1.

if sy-tabix = 1.

continue.

endif.

IF wa_contenttab1-char1 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char1 binary search.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char2 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char2.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char3 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char3.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char4 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char4.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char5 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char5.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char6 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char6.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char7 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char7.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char8 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char8.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char9 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char9.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char10 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char10.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char11 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char11.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char12 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char12.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char13 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char13.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char14 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char14.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

IF wa_contenttab1-char15 ne ' '.

READ TABLE itab_var_tab_entries into wa_var_tab_entries

WITH KEY VTVALUE = wa_contenttab1-char15.

IF SY-SUBRC = 0.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

IF wa_var_tab_entries-VTCHARACT = C_VARCOND.

wa_contenttab1-flag = C_Y.

modify i_contenttab1 from wa_contenttab1 transporting flag.

ELSE.

wa_contenttab1-flag = C_Z.

modify i_contenttab1 from wa_contenttab1 transporting flag.

CONTINUE.

ENDIF.

endloop.

I_CONTENTTAB3[] = I_CONTENTTAB1[].

SORT I_CONTENTTAB3 BY VTNAM.

DELETE I_CONTENTTAB3 WHERE VTNAM IS INITIAL.

DELETE ADJACENT DUPLICATES FROM I_CONTENTTAB1.

CLEAR: L_LINES.

DESCRIBE TABLE I_CONTENTTAB3 LINES L_LINES.

IF L_LINES = 1.

g_error = c_X.

CLEAR wa_vtnam.

MESSAGE I164.

LEAVE LIST-PROCESSING.

ENDIF.

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

*MOD-0112

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

*MOD-012

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

loop at i_contentheader1 into wa_contentheader1.

perform sub_convert_0001. " E1CUVTM
perform sub_convert_0002. " E1DATEM'

READ TABLE I_CONTENTTAB1 INTO WA_CONTENTTAB1 INDEX 1.

IF WA_CONTENTTAB1-VTNAM NE WA_CONTENTHEADER1-VTNAM.

MOVE-CORRESPONDING wa_contenttab1 TO wa_file.

IF ( wa_file-flag = 'X' OR wa_file-flag = 'x' ) .

cnt_i = 18.

g_raw = wa_file.

DO 15 TIMES.

wa_charname-name = g_raw+cnt_i(30).

APPEND wa_charname TO i_charname.

cnt_i = cnt_i + 30.

ENDDO.

APPEND wa_file TO i_file_tmp.

CLEAR: WA_FILE.

Check duplicate columns for characteristics
PERFORM sub_dupl_columns.

ENDIF.

loop at i_contenttab1 into wa_contenttab1

where VTNAM = wa_contentheader1-VTNAM.

perform sub_convert_0003. " E1CUV1M

clear: wa_contenttab1.

ENDLOOP.

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

**MOD-012

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

Get internal variant table number, store in internal table I_CUVTAB

PERFORM sub_get_cuvtab.

Get unique number for variant table from table /FACTGLB/DVNT_MA

PERFORM sub_get_vnt_ma.

Get internal table fields and their order

PERFORM sub_get_cuvtab_fld.

Find out if check is required for characteristic, if no value
exists in CAWN, no check is required

IF g_error <> 'X'.

PERFORM sub_check_cabn.

Get already uploaded characteristic values (Character, date, time)

PERFORM sub_get_cuvtab_valc.

Get already uploaded characteristic values (Numeric)

PERFORM sub_get_cuvtab_valn.

Find table name and characteristic names

PERFORM sub_validate_table_fields.

Check if all characteristics of table are defined in file

PERFORM sub_charac_exist.

Validate characteristic values

PERFORM sub_validate_charac_values.

IF rb_cust = c_x.

PERFORM SUB_UPLOAD_CUST_TABLE.

ENDIF.

ENDLOOP.

ENDFORM. " SUB_CONVERT_TRANSACTION_CUST

*&----

*& Form SUB_UPLOAD_CUST_TABLE

*&----

text

*----

--> p1 text
<-- p2 text

*----

FORM SUB_UPLOAD_CUST_TABLE .

CONSTANTS: C_VTMMAS TYPE EDI_MESTYP VALUE 'VTMMAS'.

CONSTANTS: C_EDI_DC40(8) TYPE C VALUE 'EDI_DC40'.

CONSTANTS: C_2(1) TYPE C VALUE '2'.

CONSTANTS: C_LS(2) TYPE C VALUE 'LS'.

CONSTANTS: C_VTMMAS02(8) TYPE C VALUE 'VTMMAS02'.

CONSTANTS: l_c_x TYPE char1 VALUE 'X'. "#EC *

Local Data Declaration

DATA: l_logsys TYPE logsys, "#EC *

l_i_model TYPE TABLE OF bdi_mmodel, "#EC *

l_rec_model TYPE bdi_mmodel, "#EC *

l_rec_edidc TYPE edidc, "#EC *

l_rec_edidd TYPE edidd, "#EC *

l_v

Re: Dynamic Structure and Components Issue

Former Member — Thu, 04 Sep 2008 13:52:26 GMT

Hi,

Look at the below code ( For dynamic table creation)

*****Global Declarations

DATA: gd_tabname TYPE tabname,

obj_dref TYPE REF TO data, " Dereferencing

obj_grid TYPE REF TO cl_gui_alv_grid, " Instance for Grid

obj_container TYPE REF TO cl_gui_custom_container, " Container Instance

wa_layout TYPE lvc_s_layo. " Layout

*****Field Symbols

FIELD-SYMBOLS: <t_itab> TYPE ANY TABLE.

*Assign the table name to the global variable

gd_tabname = p_table.

Dereferenceing

CREATE DATA obj_dref TYPE TABLE OF (gd_tabname).

ASSIGN obj_dref->* TO <t_itab>.

For Component assignments

LOOP AT gt_ofile INTO wa_ofile.

l_ctr_do = 1.

DO .

ASSIGN COMPONENT l_ctr_do OF STRUCTURE wa_ofile

TO <l_wk_field>.

IF sy-subrc EQ 0.

IF l_ctr_do EQ 1.

MOVE <l_wk_field> TO wa_string-text.

ELSE.

CONCATENATE wa_string-text <l_wk_field> INTO wa_string-text

SEPARATED BY c_del.

ENDIF.

ADD 1 TO l_ctr_do.

ELSE.

EXIT.

ENDIF.

ENDDO.

APPEND wa_string TO gt_string.

ENDLOOP.

Hope this helps you

Regards

Pavan

Re: Dynamic Structure and Components Issue

Former Member — Thu, 04 Sep 2008 14:22:13 GMT

Hi,

This part works for the same order in the structure component and the component in the file.

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

*MOD-012

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

describe table itab_dd03l lines l_lines.

l_lines_varcond = l_lines + 1.

loop at i_contenttab1 into wa_contenttab1.

l_index1 = 2.

do l_lines times.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_index1 of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

l_index1 = l_index1 + 1.

enddo.

UNASSIGN <fs_field2>.

UNASSIGN <fs_field3>.

assign component 'Z_VARCOND' of structure wa_contenttab1 to <fs_field2>.

assign component l_lines_varcond of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

append <dyn_wa> to <dyn_table>.

endloop.

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

*MOD-012

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

The problem is that if the components in the structure and the components in the file are not in the same odrer. I will need some inputs regarding this part. I do not know the components so I have to use a index.

Custom table components: X / Y / Z

File components: Y / Z / X

Appreciate your inputs

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Fri, 05 Sep 2008 15:02:36 GMT

For the dynamic components and database structure I am trying to work out this way.

I have the database field in i_cuvtab_fld-dbfld.

The problem is that the file could have components which are in random order and cannot be accessed by indexing. I also dont know the components of the file.

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

**MOD-015

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

data: l_dbfld type NAME_FELD.

describe table itab_dd03l lines l_lines.

loop at i_contenttab1 into wa_contenttab1.

read table i_contenttab3 into wa_contenttab3 with key vtnam = wa_contenttab1-vtnam binary search.

if sy-subrc = 0.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char1 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

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

***MOD-015

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

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char2 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char3 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char4 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char5 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char6 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char7 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char8 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char9 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char10 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char11 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char12 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char13 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char14 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char15 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

UNASSIGN <fs_field2>.

UNASSIGN <fs_field3>.

assign component 'Z_VARCOND' of structure wa_contenttab1 to <fs_field2>.

assign component l_lines_varcond of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

append <dyn_wa> to <dyn_table>.

endif.

append <dyn_wa> to <dyn_table>.

endloop.

SORT <dyn_table>.
DELETE ADJACENT DUPLICATES FROM <dyn_table>.

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

**MOD-015

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

IF I_CONTENTTAB1 IS INITIAL.

UNASSIGN <dyn_table>.

ENDIF.

IF <dyn_table> IS ASSIGNED.

INSERT (l_tabname) FROM TABLE <dyn_table>.

MODIFY (l_tabname) FROM TABLE <dyn_table>.

ENDIF.

UNASSIGN <dyn_table>.

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

*MOD-015

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

Any inputs would be appreciated.

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Mon, 08 Sep 2008 08:34:12 GMT

Hi,

I will need some inputs for loading multiple tables in a file dynamically when the structure components and file columns are in a random order. Refer to the previous post of mine.

cheers

Aveek

Re: Dynamic Structure and Components Issue

matt — Mon, 08 Sep 2008 09:33:03 GMT

One important thing you should do: surround your code with tags before posting. It's almost impossible to read otherwise!

Re: Dynamic Structure and Components Issue

Former Member — Mon, 08 Sep 2008 09:50:43 GMT

Here is the mising part of the first post. You can load and check the problem:

FORM SUB_UPLOAD_CUST_TABLE .

CONSTANTS: C_VTMMAS TYPE EDI_MESTYP VALUE 'VTMMAS'.

CONSTANTS: C_EDI_DC40(8) TYPE C VALUE 'EDI_DC40'.

CONSTANTS: C_2(1) TYPE C VALUE '2'.

CONSTANTS: C_LS(2) TYPE C VALUE 'LS'.

CONSTANTS: C_VTMMAS02(8) TYPE C VALUE 'VTMMAS02'.

CONSTANTS: l_c_x TYPE char1 VALUE 'X'. "#EC *

Local Data Declaration

DATA: l_logsys TYPE logsys, "#EC *

l_i_model TYPE TABLE OF bdi_mmodel, "#EC *

l_rec_model TYPE bdi_mmodel, "#EC *

l_rec_edidc TYPE edidc, "#EC *

l_rec_edidd TYPE edidd, "#EC *

l_v_cnt TYPE i VALUE 0. "#EC *

DATA: wa_i_mmodel type bdi_mmodel. "#EC *

DATA:

l_text(132), "#EC *

l_lines TYPE i, "#EC *

l_idoc_nr_from TYPE i, "#EC *

l_idoc_nr_to TYPE i, "#EC *

l_idoc_nr_from_char(10) type c, "#EC *

l_idoc_nr_to_char(10) type c, "#EC *

l_edkp1 type edkp1, "#EC *

l_edk21 type edk21. "#EC *

DATA:

l_flg_tranferred_something. "#EC *

DATA: l_tabname TYPE tabname.

TYPES: BEGIN OF TY_DD03L,

TABNAME TYPE TABNAME,

FIELDNAME TYPE FIELDNAME,

END OF TY_DD03L.

DATA: ITAB_DD03L TYPE STANDARD TABLE OF TY_DD03L.

DATA: WA_DD03L TYPE TY_DD03L.

DATA: L_TAB TYPE TABNAME.

DATA: l_tabname TYPE tabname.

FIELD-SYMBOLS:

<buffer>. "#EC *

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

*MOD-015

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

MOVE: wa_contentheader1-vtnam TO l_tabname.

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

*MOD-015

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

SELECT SINGLE DBTAB_NAME

INTO L_TABNAME

FROM CUVTAB

WHERE VTNAM = wa_contentheader1-vtnam.

CHECK SY-SUBRC = 0.

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

*MOD-015

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

SELECT SINGLE TABNAME
INTO L_TAB
FROM DD03L
WHERE TABNAME = L_TABNAME.

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

*MOD-015

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

IF NOT L_TABNAME IS INITIAL.

perform get_structure.

perform create_dynamic_itab.

perform get_data.

ENDIF.

ENDFORM. " SUB_UPLOAD_CUST_TABLE

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

*ENDPROGRAM

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

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Mon, 08 Sep 2008 10:15:27 GMT

I'm not going to do your work for you but if you read some of my previous posts on creating dynamic structures using the RTTI as well as obtaining the number of components in each structure it's a realatively simple matter to create a file of TYPE STRING which will have ANY and ALL your structures in it.

This approach can be used both on UPLOAD and DOWNLOAD

I'll give you a small hint here's DOWNLOAD example -- get any SAP structure (not deep) into a file without going through a whole lot of convoluted stuff. The SAP structure can be your own structure which doesn't have to be in the DDIC.



data  ta_string type table of string.        
data: zstring type string.
data: zstring1 type string.

data   gv_rtti_struc type ref to cl_abap_structdescr .
data:  zog    like line of gv_rtti_struc->components .
data:  zogt   like table of zog,
dref               type ref to data.

  free dref.
  refresh zogt.
  create data dref type TY_YOUR_STRUCTURE.
  assign dref->* to <fs>.
  gv_rtti_struc ?= cl_abap_structdescr=>describe_by_data( <fs> ).

* get the structure details into a table.
* Nr of lines in this table is the number of elements in structure
* Needed for generating the field delimiters etc.

  zogt[]  = gv_rtti_struc->components.
  describe table zogt lines gv_struct_len.
  gv_len_min1 = gv_struct_len - 1.   " nr of elements - 1.

  gv_index = 1.
  loop at  ta_contract_headers into wa_your_structure.

    clear : zstring, zstring1.
    while gv_index le gv_len_min1.
      clear zstring.
      assign component gv_index of structure wa_your_structure to  <fsa>.
      concatenate '"' <fsa> '"' into zstring.
      concatenate zstring1 zstring into zstring1.
      concatenate  zstring1 ',' into zstring1.
      gv_index = gv_index + 1.
      clear zstring.

    endwhile.
    gv_index = gv_struct_len.
    assign component gv_index of structure wa_your_structure to  <fsa>.
    concatenate '"' <fsa> '"' into zstring.
    concatenate zstring1 zstring into zstring1.
    condense zstring1.
    append zstring1 to ta_string.
    clear zstring1.
    gv_index = 1.
  endloop.

so just keep adding data to your file.

This will produce a file output of (all char fields)

with the structure "field","field","field",......."field"

If you use multiple structures your first field could contain say the table name.

BTW if you have a huge horrendous program like your first example BREAK IT DOWN into manageable pieces.

I'm not sure who sets your ABAP CODE standards in your shop but the program is a) impossible to read and b) would be a TOTAL nightmare for someone to maintain / modify it. --You've obviously got a very understanding Boss who doesn't have to worry about how the stuff is maintained. !!!!!

Cheers

jimbo

Re: Dynamic Structure and Components Issue

Former Member — Mon, 08 Sep 2008 10:31:42 GMT

Hi,

Hetre is how the file looks like:

VTNAM CHAR1 CHAR2 CHAR3 CHAR4 CHAR5 CHAR6 CHAR7 CHAR8 CHAR9 CHAR10 CHAR11 CHAR12 CHAR13 CHAR14 CHAR15 FLAG

Z_CS_CT_LOP_POD Z_PORT_DISCHARGE_CTRY Z_PORT_LOAD_CTRY Z_CARRIER_PLACE_OF_DELIVERY Z_CONTAINER_SIZE Z_CONTAINER_TYPE Z_PORT_OF_DISCHARGE Z_PORT_OF_LOAD Z_PLACE_OF_DELIVERY Z_PLACE_OF_RECEIPT Z_VARCOND X

Z_CS_CT_LOP_POD 20 DRY CNTST PLGDY

Z_CS_CT_LOP_POD 40 DRY CNTST PLGDY

Z_CS_CT_POD_POR 40 HDRY DEBRV CNNPO

Z_CS_CT_POD_POR 45 HDRY DEBRV CNNPO

There is the table name below VTNAM and 15 Characteristics with an indicator flag in it.

The second row onwards contains the table name and the characteristics with the indicator at the end.

There could be multiple tables in the file and may conjtain values for one or more charac.

Here is how I am working on the solution:

For fixed components and characs in the file:

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

***MOD-012

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

describe table itab_dd03l lines l_lines.
l_lines_varcond = l_lines + 1.
loop at i_contenttab1 into wa_contenttab1.
l_index1 = 2.
do l_lines times.
assign component l_index1 of structure wa_contenttab1 to <fs_field2>.
assign component l_index1 of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.
l_index1 = l_index1 + 1.
enddo.
UNASSIGN <fs_field2>.
UNASSIGN <fs_field3>.
assign component 'Z_VARCOND' of structure wa_contenttab1 to <fs_field2>.
assign component l_lines_varcond of structure <dyn_wa> to <fs_field3>.
<fs_field3> = <fs_field2>.
append <dyn_wa> to <dyn_table>.
endloop.

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

**MOD-012

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

For random charac in the file for which the charac may or may not have values: For Char1. This is repeated to Char15. and at the end the append is done.

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

**MOD-015

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

data: l_dbfld type NAME_FELD.

describe table itab_dd03l lines l_lines.

loop at i_contenttab1 into wa_contenttab1.

read table i_contenttab3 into wa_contenttab3 with key vtnam = wa_contenttab1-vtnam binary search.

if sy-subrc = 0.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char1 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

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

***MOD-015

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

append <dyn_wa> to <dyn_table>.

endloop.

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

**MOD-015

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

IF I_CONTENTTAB1 IS INITIAL.

UNASSIGN <dyn_table>.

ENDIF.

IF <dyn_table> IS ASSIGNED.

MODIFY (l_tabname) FROM TABLE <dyn_table>.

ENDIF.

UNASSIGN <dyn_table>.

The program works for fixed components and fixed char in the file but not for random charac with or without values in the file.

Looking forward to your inputs.

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Mon, 08 Sep 2008 11:34:56 GMT

For the dynamic components and database structure I am trying to work out this way.

I have the database field in i_cuvtab_fld-dbfld.

The problem is that the file could have components which are in random order and cannot be accessed by indexing. I also dont know the components of the file.

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

**MOD-015

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

data: l_dbfld type NAME_FELD.

describe table itab_dd03l lines l_lines.

loop at i_contenttab1 into wa_contenttab1.

read table i_contenttab3 into wa_contenttab3 with key vtnam = wa_contenttab1-vtnam binary search.

if sy-subrc = 0.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char1 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

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

***MOD-015

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

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char2 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char3 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char4 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char5 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char6 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char7 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char8 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char9 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char10 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char11 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char12 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char13 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char14 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char15 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS UNASSIGN <fs_field2>.

UNASSIGN <fs_field3>.

assign component 'Z_VARCOND' of structure wa_contenttab1 to <fs_field2>.

assign component l_lines_varcond of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

append <dyn_wa> to <dyn_table>.

endloop.

SORT <dyn_table>.

DELETE ADJACENT DUPLICATES FROM <dyn_table>.

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

The problem is here. Just before the assign component of z_varcond THE values in <dyn_wa> are correct. However after assigning the component z_varcond the <dyn_wa> is overwritten. I need the z_varcond in <dyn_wa> as the last column to be populated. Looking forward to yor inputs.

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

**MOD-015

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

IF I_CONTENTTAB1 IS INITIAL.

UNASSIGN <dyn_table>.

ENDIF.

IF <dyn_table> IS ASSIGNED.

MODIFY (l_tabname) FROM TABLE <dyn_table>.

ENDIF.

UNASSIGN <dyn_table>.

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

*MOD-015

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

Any inputs would be appreciated.

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Tue, 09 Sep 2008 12:39:57 GMT

For the dynamic components and database structure I am trying to work out this way.

I have the database field in i_cuvtab_fld-dbfld.

The problem is that the file could have components which are in random order and cannot be accessed by indexing. I also dont know the components of the file.

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

**MOD-015

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

data: l_dbfld type NAME_FELD.

describe table itab_dd03l lines l_lines.

loop at i_contenttab1 into wa_contenttab1.

read table i_contenttab3 into wa_contenttab3 with key vtnam = wa_contenttab1-vtnam binary search.

if sy-subrc = 0.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char1 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

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

***MOD-015

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

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char2 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char3 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char4 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char5 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char6 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char7 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char8 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char9 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char10 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char11 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char12 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char13 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char14 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS BINARY SEARCH.

if sy-subrc = 0.

l_index1 = wa_col_pos-field + 1.

l_dbfld = wa_cuvtab_fld-dbfld.

assign component l_index1 of structure wa_contenttab1 to <fs_field2>.

assign component l_dbfld of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

endif.

READ TABLE i_col_pos INTO wa_col_pos with key vtnam = wa_contenttab1-vtnam

atnam = wa_contenttab3-char15 binary search.

if sy-subrc = 0.

READ TABLE I_CUVTAB_FLD INTO WA_CUVTAB_FLD WITH KEY VTINT = WA_COL_POS-VTINT

ATINN = WA_COL_POS-ATINN

VTPOS = WA_COL_POS-VTPOS UNASSIGN <fs_field2>.

UNASSIGN <fs_field3>.

assign component 'Z_VARCOND' of structure wa_contenttab1 to <fs_field2>.

assign component l_lines_varcond of structure <dyn_wa> to <fs_field3>.

<fs_field3> = <fs_field2>.

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

For the multiple table case the value of z_varcond is not getting populated. The previous problem has been fixed.

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

endif.

append <dyn_wa> to <dyn_table>.

endloop.

SORT <dyn_table>.

DELETE ADJACENT DUPLICATES FROM <dyn_table>.

IF I_CONTENTTAB1 IS INITIAL.

UNASSIGN <dyn_table>.

ENDIF.

IF <dyn_table> IS ASSIGNED.

MODIFY (l_tabname) FROM TABLE <dyn_table>.

ENDIF.

UNASSIGN <dyn_table>.

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

*MOD-015

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

Any inputs would be appreciated.

cheers

Aveek

Re: Dynamic Structure and Components Issue

Former Member — Fri, 12 Sep 2008 05:09:27 GMT

Solved it myself. Thanks!!

Re: Dynamic Structure and Components Issue

Former Member — Wed, 17 Sep 2008 05:50:19 GMT

Hi,

I now have a requirement for the following:

Duplicate VARCOND if I Use small letters and capital letters. Sequential number also duplicated.

Here is the code and would appreciate if someone could shed some light on the issue.

&----

*& Report ZVARTABDYNFINAL

&----

*& *

&----

PROGRAM DESCRIPTION: Variant Table and Content Upload Interface.

DEVELOPER: Aveek Ghose
CREATION DATE: 2008-08-25
RDD NUMBER: DCDD027
TRANSPORT NUMBER(S): RD2K902769

*-- REVISION HISTORY -

DEVELOPER:
DATE APPLIED: YYYY-MM-DD
SCR NUMBER: <Scope Change Request ID>
RDD NUMBER: <Toolset Object ID>
TRANSPORT NUMBER(S):
DESCRIPTION:

----

REPORT ZVARTABDYNFINAL NO STANDARD PAGE HEADING

LINE-SIZE 150

LINE-COUNT 55

MESSAGE-ID /factglb/gta_custdev.

&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP02 *

&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP

&----

*& Include /FACTGLB/GTDMI_VARTAB_TOP

&----

----

PROGRAM DESCRIPTION: Variant Table and Content Upload Interface.

DEVELOPER: Aveek Ghose
CREATION DATE: 2008-08-25
RDD NUMBER: DCDD027
TRANSPORT NUMBER(S): RD2K902769

*-- REVISION HISTORY -

DEVELOPER:
DATE APPLIED: YYYY-MM-DD
SCR NUMBER: <Scope Change Request ID>
RDD NUMBER: <Toolset Object ID>
TRANSPORT NUMBER(S):
DESCRIPTION:

----

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

TYPE POOLS

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

TYPE POOLS

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

TYPE POOLS

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

*Type declaration for ALV display

TYPE-POOLS : slis.

Include <icon>.

type-pools: col, "#EC *

icon, "#EC *

sym, "#EC *

abap. "#EC *

Target structure definitions

tables:

E1CUVTM, "#EC *

E1DATEM, "#EC *

E1CUV1M, "#EC *

edp21, "#EC *

edi_dc40, "#EC *

edi_dd40, "#EC *

edi_ds40. "#EC *

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

GLOBAL TYPES

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

TYPES : BEGIN OF ty_vartab.

include structure E1CUVTM.

TYPES: END OF ty_vartab.

TYPES : BEGIN OF ty_vartabdate.

INCLUDE STRUCTURE E1DATEM.

TYPES : END OF ty_vartabdate.

*Structure for data retreived

TYPES : BEGIN OF ty_vardetails.

INCLUDE STRUCTURE E1CUV1M.

TYPES : END OF ty_vardetails.

*Structure for data retreived from table tabinput.

TYPES : BEGIN OF ty_tabinput,

lines type string,

END OF ty_tabinput.

*Structure for data retreived from Table dsn_input.

TYPES : BEGIN OF ty_dsninput, "#EC *

LINE(101) type c,

END OF ty_dsninput.

*Structure for data retreived from Table dsn_input.

TYPES : BEGIN OF ty_newinput, "#EC *

LINE(101) type c,

flag(1) type c,

END OF ty_newinput.

*Structure for keeping the values of all the custom tables

TYPES : BEGIN OF ty_custom_tabs,

matnr TYPE matnr, "Material Number

werks TYPE werks_d, "Plant

lgort TYPE lgort_d, "Storage Location

qunty TYPE P DECIMALS 2, "Standard Order Quantity

det_loc TYPE CHAR6, "Detail Location

class TYPE CHAR2, "Class

rate TYPE P DECIMALS 2, "Rate

END OF ty_custom_tabs.

*Type declared for the internal table and work area which will store

*fields for error log

TYPES : BEGIN OF ty_error_log,

matnr TYPE matnr, "Material Number

mtart TYPE mtart, "Material Type

sel_data TYPE char10, "No of selectyed data

END OF ty_error_log.

*Structure for keeping the output data

TYPES : BEGIN OF ty_final,

VTNAM(018) type C,

CHAR1(030) type C,

CHAR2(030) type C,

CHAR3(030) type C,

CHAR4(030) type C,

CHAR5(030) type C,

CHAR6(030) type C,

CHAR7(030) type C,

CHAR8(030) type C,

CHAR9(030) type C,

CHAR10(030) type C,

CHAR11(030) type C,

CHAR12(030) type C,

CHAR13(030) type C,

CHAR14(030) type C,

CHAR15(030) type C,

FLAG(001) type C,

END OF ty_final.

TYPES: begin of TY_CONTENTHD,

VTNAM(018) type C,

FLAG(001) type C,

end of TY_CONTENTHD.

TYPES: begin of TY_CONTENT,

VTNAM(018) type C,

CHAR1(030) type C,

CHAR2(030) type C,

CHAR3(030) type C,

CHAR4(030) type C,

CHAR5(030) type C,

CHAR6(030) type C,

CHAR7(030) type C,

CHAR8(030) type C,

CHAR9(030) type C,

CHAR10(030) type C,

CHAR11(030) type C,

CHAR12(030) type C,

CHAR13(030) type C,

CHAR14(030) type C,

CHAR15(030) type C,

FLAG(001) type C,

Z_VARCOND type VARCOND.

TYPES: end of TY_CONTENT.

TYPES: begin of TY_CONTENTTAB,

VTNAM(018) type C,

COMP1(30) TYPE C,

CHAR1(030) type C,

COMP2(30) TYPE C,

CHAR2(030) type C,

COMP3(30) TYPE C,

CHAR3(030) type C,

COMP4(30) TYPE C,

CHAR4(030) type C,

COMP5(30) TYPE C,

CHAR5(030) type C,

COMP6(30) TYPE C,

CHAR6(030) type C,

COMP7(30) TYPE C,

CHAR7(030) type C,

COMP8(30) TYPE C,

CHAR8(030) type C,

COMP9(30) TYPE C,

CHAR9(030) type C,

COMP10(30) TYPE C,

CHAR10(030) type C,

COMP11(30) TYPE C,

CHAR11(030) type C,

COMP12(30) TYPE C,

CHAR12(030) type C,

COMP13(30) TYPE C,

CHAR13(030) type C,

COMP14(30) TYPE C,

CHAR14(030) type C,

COMP15(30) TYPE C,

CHAR15(030) type C,

FLAG(001) type C.

TYPES: end of TY_CONTENTTAB.

TYPES: BEGIN OF TY_E1CUVTM,

MSGFN TYPE MSGFN,

VAR_TAB TYPE APITABL,

STATUS TYPE RCUTBST,

VTGROUP TYPE RCUTBGR,

AUTHSTRUC TYPE RCUTBBE,

AUTHENTRY TYPE RCUFNBI,

FLDELETE TYPE FLLKENZ,

DBTABNAME TYPE TABNAME16,

DBCONACTIVE TYPE DBCON_ACTI,

PRESDEC TYPE VTDCT,

END OF TY_E1CUVTM.

TYPES: BEGIN OF TY_E1CUV1M,

MSGFN TYPE MSGFN,

VTLINENO TYPE VTLINENO,

VTCHARACT TYPE ATNAM,

ATWRT TYPE ATWRT,

ATFLV TYPE ATFLV,

ATAWE TYPE MSEHI,

ATFLB TYPE ATFLB,

ATAW1 TYPE MSEHI,

ATCOD TYPE ATCOD,

ATTLV TYPE ATTLV,

ATTLB TYPE ATTLB,

ATPRZ TYPE ATPRZ,

ATINC TYPE ATINC,

VTLINENO5 TYPE VTLINENO5,

END OF TY_E1CUV1M.

TYPES: BEGIN OF TY_E1DATEM,

MSGFN TYPE MSGFN,

KEY_DATE TYPE SYDATUM,

AENNR TYPE AENNR,

EFFECTIVITY TYPE CC_MTEFF,

END OF TY_E1DATEM.

TYPES: BEGIN OF ty_vtnam,

vtint TYPE vtint, " Internal number of variant table

vtnam TYPE vtnam, " Name of variant table

dbtab_name type tabname16, "Custom table Name

error TYPE char1, " Indicates error in data format

reas TYPE char50, " Reason for failure

END OF ty_vtnam.

Get data type for characteristic

TYPES: BEGIN OF ty_cabn,

atinn TYPE atinn, "Internal characteristic

atnam TYPE atnam, "Characteristic Name

atfor TYPE atfor, "Data type of characteristic

atson TYPE atson, "Indicator: Additional Values

atprt TYPE atprt, "Check table

atprr TYPE atprr, "Name of Check Report Program

atprf TYPE atprf, "Function Module for Checking Values

anzdz TYPE anzdz, "Number of Decimal Places

check TYPE char1, "Indicates check required or not

END OF ty_cabn.

Get field names of variant table

TYPES: BEGIN OF ty_cuvtab_fld,

vtint TYPE vtint, " Internal number of variant table

atinn TYPE atinn, " Internal characteristic

vtpos TYPE vtpos, " Item number of characteristic in variant

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

*mod-012

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

DBFLD type NAME_FELD,

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

*mod-012

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

exist TYPE char1, " X Indictaes characteristic is part of fil

END OF ty_cuvtab_fld.

Store all data in internal table

TYPES: BEGIN OF ty_file,

vtnam TYPE vtnam,

char1 TYPE atwrt,

char2 TYPE atwrt,

char3 TYPE atwrt,

char4 TYPE atwrt,

char5 TYPE atwrt,

char6 TYPE atwrt,

char7 TYPE atwrt,

char8 TYPE atwrt,

char9 TYPE atwrt,

char10 TYPE atwrt,

char11 TYPE atwrt,

char12 TYPE atwrt,

char13 TYPE atwrt,

char14 TYPE atwrt,

char15 TYPE atwrt,

flag TYPE char1,

error TYPE char50,

END OF ty_file.

To check for duplicates

TYPES: BEGIN OF ty_dupl,

vtnam TYPE vtnam,

char1 TYPE atwrt,

char2 TYPE atwrt,

char3 TYPE atwrt,

char4 TYPE atwrt,

char5 TYPE atwrt,

char6 TYPE atwrt,

char7 TYPE atwrt,

char8 TYPE atwrt,

char9 TYPE atwrt,

char10 TYPE atwrt,

char11 TYPE atwrt,

char12 TYPE atwrt,

char13 TYPE atwrt,

char14 TYPE atwrt,

char15 TYPE atwrt,

slnid TYPE slnid,

END OF ty_dupl.

Get previously loaded characteristic values for internal table (CHAR)

TYPES: BEGIN OF ty_cuvtab_valc,

vtint TYPE vtint, " Internal number of variant table

slnid TYPE slnid, " Key for value combination in variant tab

atinn TYPE atinn, " Internal characteristic

valc TYPE atwrt, " Characteristic Value

END OF ty_cuvtab_valc.

Get previously loaded characteristic values for internal table (NUM)

TYPES: BEGIN OF ty_cuvtab_valn,

vtint TYPE vtint, " Internal number of variant table

slnid TYPE slnid, " Key for value combination in variant tab

atinn TYPE atinn, " Internal characteristic

val_from TYPE atflv, " Internal floating point from

END OF ty_cuvtab_valn.

Store column positions of characteristics

TYPES: BEGIN OF ty_col_pos,

vtint TYPE vtint, " Internal number of variant table

vtnam TYPE vtnam, " Variant table name

atinn TYPE atinn, "Internal characteristic

atnam TYPE atnam, "Characteristic Name

field TYPE fieldname, "Field name

req TYPE char1, " Required or not

vtpos TYPE vtpos, " Item number of characteristics

END OF ty_col_pos.

Store valid values for characteristics

TYPES: BEGIN OF ty_cawn,

atinn TYPE atinn, " Internal characteristic

atzhl TYPE atzhl, " Int counter

atwrt TYPE atwrt, " Characteristic Value

atflv TYPE atflv, " Internal floating point from

lkenz TYPE lkenz, " Deletion indicator

END OF ty_cawn.

Store error messages for individual lines

TYPES: BEGIN OF ty_error,

vtnam TYPE vtnam, " Variant table name

fname TYPE fieldname, " Fieldname

atnam TYPE atnam, " Characteristic name

atwrt TYPE atwrt, " Characteristic value

row TYPE char5, " Row id

END OF ty_error.

Begin TPR# 4618
To store unique number for variant

TYPES: BEGIN OF ty_vnt_ma,

vtnam TYPE vtnam,

unique_no TYPE ZGTDM_UNQN,

no_chr TYPE ZGTDM_NO_CHR,

END OF ty_vnt_ma.

TYPES: BEGIN OF ty_dbtab,

vtint TYPE vtint,

vtnam TYPE vtnam,

DBTAB_NAME TYPE TABNAME16,

END OF ty_dbtab.

To find out concatenated number for

TYPES: BEGIN OF ty_split,

f1 TYPE char6,

END OF ty_split.

TYPES: BEGIN OF ty_charval,

char TYPE char30,

END OF ty_charval.

TYPES: BEGIN OF TY_DATA,

name TYPE string,

value(15) type c,

END OF TY_DATA.

DATA: I_DATATAB TYPE STANDARD TABLE OF TY_DATA. "#EC NEEDED

TYPES:

TUMLS_MESSTYPE type /SAPDMC/LS_MESSTYPE,

TUMLS_MESSTYPETXT type EDI_TEXT60,

TUMLS_MESSCODE type EDIPMESCOD.

TYPES:

TUMLS_TABNAME TYPE TABNAME, "#EC *

TUMLS_SEGMENT TYPE TABNAME. "#EC *

TYPES:

TUMLS_PATHFILE TYPE /SAPDMC/LS_FILENAME,

TUMLS_FILENAME TYPE /SAPDMC/LS_FILENAME,

TUMLS_FILETEXT TYPE /SAPDMC/LS_FILETEXT.

TYPES:

BEGIN OF type_errorline,

msgty type SYMSGTY,

id type SYMSGID,

msgno type symsgno,

par1 type symsgv,

par2 type symsgv,

par3 type symsgv,

par4 type symsgv,

END OF type_errorline.

TYPES:

type_errortab TYPE SORTED TABLE

OF type_errorline

WITH NON-UNIQUE KEY id msgno par1 par2 par3 par4.

DATA:

LV_LINE2 TYPE REF TO DATA.

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

GLOBAL INTERNAL TABLES