前两年别人写的，无自定义表字段。。。直接使用：
*&---------------------------------------------------------------------* *& Report ZFIR026 *& *&---------------------------------------------------------------------* *& *& *&---------------------------------------------------------------------* REPORT ZFIR026. *&---------------------------------------------------------------------* *& 包含 ZFIR101_TOP *&---------------------------------------------------------------------* TABLES : ANLA,BKPF,KNA1,CSKT, ANLZ,ANLC,ANLB,LFA1,T006A,ANLH,ANEP,T091P,T090NA,ANLP . TYPE-POOLS:SLIS. DATA : BEGIN OF GT_OUT OCCURS 0 , BUKRS TYPE ANLA-BUKRS, "公司代码 ANLKL TYPE ANLA-ANLKL, TXK50 TYPE ANKT-TXK50, ANLN1 TYPE ANLA-ANLN1, ANLN2 TYPE ANLA-ANLN2, TXT50 TYPE ANLA-TXT50, TXA50 TYPE ANLA-TXA50, ANLHTXT TYPE ANLH-ANLHTXT, INVZU TYPE ANLA-INVZU, RAUMN TYPE ANLZ-RAUMN, SERNR TYPE ANLA-SERNR, AKTIV TYPE ANLA-AKTIV, MENGE TYPE ANLA-MENGE, UNIT TYPE T006A-MSEHT, KOSTL TYPE ANLZ-KOSTL, LTEXT TYPE CSKT-LTEXT, FKBTX TYPE TFKBT-FKBTX, BELNR TYPE ANEP-BELNR, ORD42 TYPE ANLA-ORD42, ORD41 TYPE ANLA-ORD41, LIFNR TYPE ANLA-LIFNR, LIEFE TYPE LFA1-NAME1, HERST TYPE ANLA-HERST, XZSRZPZ TYPE ANEP-BELNR, "新增时入账凭证 SYNX TYPE ANLB-NDJAR , "使用年限（月) YTJYF TYPE ANLA-ORD44 , "已计提月份 ZCYZ TYPE ANLC-KANSW , "资产原值 LJZJ TYPE ANLC-KNAFA , "累计折旧 YTJZ TYPE ANLC-AUFWB , "已提减值 SYYF TYPE ANLC-KANSW, "剩余月份 DQJTJE TYPE ANLP-NAFAZ , "当期计提金额 ZCJZ TYPE ANLC-KANSW , "资产净值 CZ TYPE ANLC-KANSW, "残值 XSTIL TYPE ANLZ-XSTIL, END OF GT_OUT . DATA : GS_OUT LIKE LINE OF GT_OUT . DATA : GT_ANLA TYPE TABLE OF ANLA WITH HEADER LINE, GS_ANLA LIKE LINE OF GT_ANLA, * GT_ANLA_T TYPE TABLE OF ANLA WITH HEADER LINE , * GS_ANLA_S LIKE LINE OF GT_ANLA_T , GT_ANLB TYPE TABLE OF ANLB WITH HEADER LINE, GS_ANLB LIKE LINE OF GT_ANLB, GT_ANLC TYPE TABLE OF ANLC WITH HEADER LINE, GS_ANLC LIKE LINE OF GT_ANLC, GT_ANLP TYPE TABLE OF ANLP WITH HEADER LINE, GS_ANLP LIKE LINE OF GT_ANLP, GT_ANKT TYPE TABLE OF ANKT WITH HEADER LINE, GS_ANKT LIKE LINE OF GT_ANKT, GT_TFKBT TYPE TABLE OF TFKBT WITH HEADER LINE, GS_TFKBT LIKE LINE OF GT_TFKBT, GT_CSKS TYPE TABLE OF CSKS WITH HEADER LINE, GS_CSKS LIKE LINE OF GT_CSKS, GT_CSKT TYPE TABLE OF CSKT WITH HEADER LINE, GS_CSKT LIKE LINE OF GT_CSKT, GT_BKPF TYPE TABLE OF BKPF WITH HEADER LINE, GS_BKPF LIKE LINE OF GT_BKPF, * GT_BKPF_T TYPE TABLE OF BKPF WITH HEADER LINE , * GS_BKPF_S LIKE LINE OF GT_BKPF_T , GT_LFA1 TYPE TABLE OF LFA1 WITH HEADER LINE, GS_LFA1 LIKE LINE OF GT_LFA1, GT_T006A TYPE TABLE OF T006A WITH HEADER LINE, GS_T006A LIKE LINE OF GT_T006A, * GT_ANLZ_T TYPE TABLE OF ANLZ WITH HEADER LINE , * GS_ANLZ_S LIKE LINE OF GT_ANLZ_T , GT_ANLZ TYPE TABLE OF ANLZ WITH HEADER LINE, GS_ANLZ LIKE LINE OF GT_ANLZ, GT_ANLH TYPE TABLE OF ANLH WITH HEADER LINE, GS_ANLH LIKE LINE OF GT_ANLH, GT_ANEP TYPE TABLE OF ANEP WITH HEADER LINE, GS_ANEP LIKE LINE OF GT_ANEP, GT_T091P TYPE TABLE OF T091P WITH HEADER LINE, GS_T091P LIKE LINE OF GT_T091P, GT_T090NA TYPE TABLE OF T090NA WITH HEADER LINE, GS_T090NA LIKE LINE OF GT_T090NA. DATA:GS_FIELDCAT TYPE SLIS_FIELDCAT_ALV, GT_FIELDCAT TYPE SLIS_T_FIELDCAT_ALV, GS_LAYOUT TYPE SLIS_LAYOUT_ALV. SELECTION-SCREEN BEGIN OF BLOCK BLK01 WITH FRAME TITLE TEXT-001 . *PARAMETERS : P_GJAHR LIKE BKPF-GJAHR . SELECT-OPTIONS : S_BUKRS FOR ANLA-BUKRS OBLIGATORY, S_GJAHR FOR BKPF-GJAHR OBLIGATORY NO-EXTENSION NO INTERVALS, S_MONAT FOR ANLP-PERAF , S_ANLKL FOR ANLA-ANLKL , S_ANLN1 FOR ANLA-ANLN1 , S_ANLN2 FOR ANLA-ANLN2 , S_KOSTL FOR ANLZ-KOSTL , S_ORD41 FOR ANLA-ORD41 . PARAMETERS P_CH01 AS CHECKBOX DEFAULT 'X'. SELECTION-SCREEN END OF BLOCK BLK01 . INITIALIZATION . START-OF-SELECTION . PERFORM FRM_GET_DATA . END-OF-SELECTION . PERFORM FRM_FILL_FIELDCAT . PERFORM FRM_FILL_LAYOUT . PERFORM FRM_LIST_DISPLAY . *&---------------------------------------------------------------------* *& 包含 ZFIR101_F01 *&---------------------------------------------------------------------* *&---------------------------------------------------------------------* *& Form FRM_GET_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_GET_DATA . CLEAR :GT_ANLA[] ,GT_BKPF[] ,GT_ANLZ[], GT_ANLB[],GT_ANLC[], GT_ANLP[],GT_CSKT[],GT_TFKBT[],GT_LFA1[],GT_CSKS[],GT_ANKT[],GT_T006A[],GT_ANLH[],GT_ANEP[],GT_T090NA[],GT_T091P[] . DATA:LINE TYPE I VALUE 0, SUM TYPE P DECIMALS 2 VALUE 0, YEAR TYPE BKPF-GJAHR VALUE 0, MONTH TYPE BKPF-MONAT VALUE 0, BZDAT TYPE ANEP-BZDAT VALUE '99991230'. IF P_CH01 ='X'. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLA FROM ANLA * FOR ALL ENTRIES IN GT_ANLP WHERE BUKRS IN S_BUKRS * BUKRS IN S_BUKRS AND ANLN1 IN S_ANLN1 AND ANLN2 IN S_ANLN2 AND ANLKL IN S_ANLKL AND ORD41 IN S_ORD41 . ELSEIF P_CH01 =''. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLA FROM ANLA * FOR ALL ENTRIES IN GT_ANLP WHERE BUKRS IN S_BUKRS * BUKRS IN S_BUKRS AND ANLN1 IN S_ANLN1 AND ANLN2 IN S_ANLN2 AND ANLKL IN S_ANLKL AND ORD41 IN S_ORD41 AND AKTIV NE 0 . ENDIF . IF GT_ANLA[] IS NOT INITIAL. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLP FROM ANLP FOR ALL ENTRIES IN GT_ANLA WHERE GJAHR IN S_BUKRS AND BUKRS EQ GT_ANLA-BUKRS AND PERAF IN S_MONAT AND ANLN1 EQ GT_ANLA-ANLN1 AND ANLN2 EQ GT_ANLA-ANLN2. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLH FROM ANLH FOR ALL ENTRIES IN GT_ANLA WHERE BUKRS EQ GT_ANLA-BUKRS AND ANLN1 EQ GT_ANLA-ANLN1 . SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANEP FROM ANEP FOR ALL ENTRIES IN GT_ANLA WHERE BUKRS EQ GT_ANLA-BUKRS AND ANLN1 EQ GT_ANLA-ANLN1 AND ANLN2 EQ GT_ANLA-ANLN2. * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANKT FROM ANKT FOR ALL ENTRIES IN GT_ANLA WHERE ANLKL = GT_ANLA-ANLKL. * WHERE ANLKL = S_ANLKL . * * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_T006A"1 FROM T006A FOR ALL ENTRIES IN GT_ANLA WHERE MSEHI = GT_ANLA-MEINS . * * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_LFA1 FROM LFA1 FOR ALL ENTRIES IN GT_ANLA WHERE LIFNR = GT_ANLA-LIFNR . * * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLZ FROM ANLZ FOR ALL ENTRIES IN GT_ANLA WHERE BUKRS = GT_ANLA-BUKRS AND ANLN1 = GT_ANLA-ANLN1 AND ANLN2 = GT_ANLA-ANLN2. ** 去掉成本中心不在选择范围内的值 * IF S_KOSTL IS NOT INITIAL AND GT_ANLZ[] IS NOT INITIAL. DELETE GT_ANLZ WHERE KOSTL NOT IN S_KOSTL. DELETE GT_ANLZ WHERE KOSTL IS INITIAL. ENDIF. * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLB FROM ANLB FOR ALL ENTRIES IN GT_ANLA WHERE BUKRS = GT_ANLA-BUKRS AND ANLN1 = GT_ANLA-ANLN1 AND ANLN2 = GT_ANLA-ANLN2. * SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_ANLC FROM ANLC FOR ALL ENTRIES IN GT_ANLA WHERE BUKRS = GT_ANLA-BUKRS AND ANLN1 = GT_ANLA-ANLN1 AND ANLN2 = GT_ANLA-ANLN2. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_CSKS FROM CSKS FOR ALL ENTRIES IN GT_ANLZ * WHERE KOSTL IN S_KOSTL . WHERE KOSTL = GT_ANLZ-KOSTL . IF GT_CSKS[] IS NOT INITIAL. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_CSKT FROM CSKT FOR ALL ENTRIES IN GT_CSKS WHERE KOSTL = GT_CSKS-KOSTL AND KOKRS = GT_CSKS-KOKRS . SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_TFKBT FROM TFKBT FOR ALL ENTRIES IN GT_CSKS WHERE FKBER = GT_CSKS-FUNC_AREA . ENDIF. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_T090NA FROM T090NA FOR ALL ENTRIES IN GT_ANLB WHERE AFASL = GT_ANLB-AFASL . SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_T091P FROM T091P FOR ALL ENTRIES IN GT_T090NA WHERE ANHWSL = GT_T090NA-ANHWSL . ENDIF. SORT GT_ANLZ BY KOSTL DESCENDING ADATU DESCENDING . LOOP AT GT_ANLA INTO GS_ANLA. GS_OUT-BUKRS = GS_ANLA-BUKRS . GS_OUT-ANLKL = GS_ANLA-ANLKL . GS_OUT-ANLN1 = GS_ANLA-ANLN1 . GS_OUT-ANLN2 = GS_ANLA-ANLN2 . GS_OUT-TXT50 = GS_ANLA-TXT50 . GS_OUT-TXA50 = GS_ANLA-TXA50 . GS_OUT-SERNR = GS_ANLA-SERNR . GS_OUT-AKTIV = GS_ANLA-AKTIV . GS_OUT-MENGE = GS_ANLA-MENGE . * GS_OUT-MEINS = GS_ANLA-MEINS . GS_OUT-INVZU = GS_ANLA-INVZU . GS_OUT-ORD42 = GS_ANLA-ORD42 . GS_OUT-ORD41 = GS_ANLA-ORD41 . GS_OUT-LIFNR = GS_ANLA-LIFNR . * GS_OUT-LIEFE = GS_ANLA-LIEFE . GS_OUT-HERST = GS_ANLA-HERST . READ TABLE GT_ANKT INTO GS_ANKT WITH KEY ANLKL = GS_ANLA-ANLKL . IF SY-SUBRC = 0 . GS_OUT-TXK50 = GS_ANKT-TXK50 . ENDIF. READ TABLE GT_ANLH INTO GS_ANLH WITH KEY BUKRS = GS_ANLA-BUKRS ANLN1 = GS_ANLA-ANLN1 . IF SY-SUBRC = 0 . GS_OUT-ANLHTXT = GS_ANLH-ANLHTXT. ENDIF. READ TABLE GT_LFA1 INTO GS_LFA1 WITH KEY LIFNR = GS_ANLA-LIFNR . IF SY-SUBRC = 0. GS_OUT-LIEFE = GS_LFA1-NAME1 . ENDIF. READ TABLE GT_ANLZ INTO GS_ANLZ WITH KEY BUKRS = GS_ANLA-BUKRS ANLN1 = GS_ANLA-ANLN1 ANLN2 = GS_ANLA-ANLN2 . IF SY-SUBRC = 0. READ TABLE GT_CSKS INTO GS_CSKS WITH KEY KOSTL = GS_ANLZ-KOSTL . IF SY-SUBRC = 0. GS_OUT-KOSTL = GS_ANLZ-KOSTL . GS_OUT-XSTIL = GS_ANLZ-XSTIL . GS_OUT-RAUMN = GS_ANLZ-RAUMN . READ TABLE GT_CSKT INTO GS_CSKT WITH KEY KOSTL = GS_ANLZ-KOSTL . IF SY-SUBRC = 0 . GS_OUT-LTEXT = GS_CSKT-LTEXT . ENDIF. READ TABLE GT_TFKBT INTO GS_TFKBT WITH KEY FKBER = GS_CSKS-FUNC_AREA . IF SY-SUBRC = 0. GS_OUT-FKBTX = GS_TFKBT-FKBTX . ENDIF. ELSE. IF S_KOSTL IS NOT INITIAL. CLEAR GS_OUT. CONTINUE. ENDIF. ENDIF . ELSE. CLEAR GS_OUT. CONTINUE. ENDIF . READ TABLE GT_ANLB INTO GS_ANLB WITH KEY BUKRS = GS_ANLA-BUKRS ANLN1 = GS_ANLA-ANLN1 ANLN2 = GS_ANLA-ANLN2 AFABE = '01'. IF SY-SUBRC = 0. GS_OUT-SYNX = GS_ANLB-NDJAR * 12 + GS_ANLB-NDPER . ENDIF. LOOP AT GT_ANEP INTO GS_ANEP WHERE BUKRS = GS_ANLA-BUKRS AND ANLN1 = GS_ANLA-ANLN1 AND ANLN2 = GS_ANLA-ANLN2 AND AFABE = '01' AND BWASL = '100'. IF SY-SUBRC = 0. IF GS_ANEP-LNSAN IS INITIAL . IF GS_ANEP-BZDAT < BZDAT . GS_OUT-XZSRZPZ = GS_ANEP-BELNR. BZDAT = GS_ANEP-BZDAT . ENDIF. ENDIF. ENDIF. ENDLOOP . SORT GT_ANLP BY GJAHR PERAF . LOOP AT GT_ANLP INTO GS_ANLP WHERE BUKRS = GS_ANLA-BUKRS AND ANLN1 = GS_ANLA-ANLN1 AND ANLN2 = GS_ANLA-ANLN2 AND AFABER = '01' . IF SY-SUBRC = 0. IF YEAR NE GS_ANLP-GJAHR OR MONTH NE GS_ANLP-PERAF. YEAR = GS_ANLP-GJAHR . MONTH = GS_ANLP-PERAF . LINE = LINE + 1 . ENDIF. ENDIF. ENDLOOP . IF SY-SUBRC = 0. GS_OUT-YTJYF = LINE + GS_ANLA-ORD44 . ELSE . GS_OUT-YTJYF = GS_ANLA-ORD44 . ENDIF. READ TABLE GT_T006A INTO GS_T006A WITH KEY MSEHI = GS_ANLA-MEINS. IF SY-SUBRC = 0. GS_OUT-UNIT = GS_T006A-MSEHT . ENDIF. READ TABLE GT_ANLC INTO GS_ANLC WITH KEY BUKRS = GS_ANLA-BUKRS ANLN1 = GS_ANLA-ANLN1 ANLN2 = GS_ANLA-ANLN2 AFABE = '01' . IF SY-SUBRC = 0. GS_OUT-ZCYZ = GS_ANLC-KANSW + GS_ANLC-ANSWL . * GS_OUT-LJZJ = ABSs（GS_ANLC-KNAFA + GS_ANLC-NAFAG）+（GS_ANLC-KAAFA + GS_ANLC-AAFAG） GS_OUT-LJZJ = ABS( GS_ANLC-KNAFA + GS_ANLC-NAFAG + GS_ANLC-KAAFA + GS_ANLC-AAFAG ) . GS_OUT-YTJZ = ABS( GS_ANLC-KAUFW + GS_ANLC-AUFWB ). ENDIF. * READ TABLE GT_BKPF INTO GS_BKPF WITH KEY MONAT = GS_ANLA-MONAT * BUKRS = GS_ANLA-BUKRS . LOOP AT GT_ANLP INTO GS_ANLP WHERE BUKRS = GS_ANLA-BUKRS AND ANLN1 = GS_ANLA-ANLN1 AND ANLN2 = GS_ANLA-ANLN2. SUM = SUM + GS_ANLP-NAFAZ . ENDLOOP. GS_OUT-DQJTJE = ABS( SUM ) . IF GS_OUT-ZCYZ - GS_OUT-YTJZ > 0 . GS_OUT-ZCJZ = GS_OUT-ZCYZ - GS_OUT-LJZJ - GS_OUT-YTJZ . ELSE . GS_OUT-ZCJZ = 0 . ENDIF. GS_OUT-SYYF = GS_OUT-SYNX - GS_OUT-YTJYF . READ TABLE GT_T090NA INTO GS_T090NA WITH KEY AFASL = GS_ANLB-AFASL . IF SY-SUBRC = 0 . READ TABLE GT_T091P INTO GS_T091P WITH KEY ANHWSL = GS_T090NA-ANHWSL . IF SY-SUBRC = 0 . GS_OUT-CZ = GS_T091P-AHPROZ / 100 * ( GS_ANLC-KANSW + GS_ANLC-ANSWL ) . ENDIF . ENDIF . APPEND GS_OUT TO GT_OUT . CLEAR :GS_OUT,GS_ANLA ,GS_BKPF ,GS_ANLZ, GS_ANLB,GS_ANLC, GS_ANLP,GS_CSKT,GS_TFKBT,GS_LFA1,GS_CSKS,GS_ANKT,GS_T006A,GS_ANLH,GS_ANEP,GS_T090NA,GS_T091P . SUM = 0. LINE = 0. YEAR = 0 . MONTH = 0 . BZDAT = '99991230'. ENDLOOP . SORT GT_OUT BY ANLN1. ENDFORM. " FRM_GET_DATA *&---------------------------------------------------------------------* *& Form FRM_LIST_DISPLAY *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_LIST_DISPLAY . * CHECK GT_OUT[] IS NOT INITIAL . CALL FUNCTION 'REUSE_ALV_GRID_DISPLAY' EXPORTING * I_INTERFACE_CHECK = ' ' * I_BYPASSING_BUFFER = ' ' * I_BUFFER_ACTIVE = 'X' I_CALLBACK_PROGRAM = SY-REPID IS_LAYOUT = GS_LAYOUT IT_FIELDCAT = GT_FIELDCAT * IT_EXCLUDING = * IT_SPECIAL_GROUPS = * IT_SORT = * IT_FILTER = * IS_SEL_HIDE = * I_DEFAULT = 'X' I_SAVE = 'A' TABLES T_OUTTAB = GT_OUT * EXCEPTIONS * PROGRAM_ERROR = 1 * OTHERS = 2 . IF SY-SUBRC <> 0. * Implement suitable error handling here ENDIF. ENDFORM. " FRM_LIST_DISPLAY DEFINE SET_FIELDCAT. gs_fieldcat-FIELDNAME = &1. gs_fieldcat-COL_POS = &2. gs_fieldcat-seltext_l = &3. gs_fieldcat-ICON = &4. gs_fieldcat-no_zero = &5. gs_fieldcat-DECIMALS_OUT = &6. APPEND gs_fieldcat to gt_fieldcat. END-OF-DEFINITION. FORM FRM_FILL_FIELDCAT . CLEAR GS_FIELDCAT . SET_FIELDCAT: 'BUKRS' 1 '公司代码' '' '' '', 'ANLKL' 2 '资产类别' '' '' '', 'TXK50' 3 '资产类别名称' '' '' '', 'ANLN1' 4 '资产编号' '' 'X' '', 'ANLN2' 5 '资产次级编号' '' 'X' '', 'TXT50' 6 '资产名称' '' '' '', 'TXA50' 7 '型号' '' '' '', 'SERNR' 8 '原资产编号' '' '' '', 'AKTIV' 9 '资本化日期' '' '' '', 'MENGE' 10 '数量' '' '' '0', 'UNIT' 11 '单位' '' '' '', 'KOSTL' 12 '成本中心' '' '' '', 'LTEXT' 13 '成本中心描述' '' '' '', 'FKBTX' 14 '功能范围' '' '' '', 'ORD42' 15 '经济用途' '' '' '', 'XSTIL' 16 '是否停用' '' '' '', 'ORD41' 17 '变动方式' '' '' '', 'LIFNR' 18 '供应商编码' '' '' '', 'LIEFE' 19 '供应商描述' '' '' '', 'HERST' 20 '制造商' '' '' '', 'SYNX' 21 '使用年限（月）' '' '' '', 'YtjYF' 22 '已计提月份' '' '' '', 'ZCYZ' 23 '资产原值' '' '' '', 'LJZJ' 24 '累计折旧' '' '' '', 'YTJZ' 25 '已提减值' '' '' '', 'DQJTJE' 26 '当期计提金额' '' '' '', 'ANLHTXT' 27 '文本' '' '' '' , 'INVZU' 28 '存放地' '' '' '' , 'RAUMN' 29 '保管人' '' '' '' , 'XZSRZPZ' 30 '新增时入账凭证' '' '' '' , 'syyf' 31 '剩余月份' '' '' '0', 'CZ' 33 '残值' '' '' '' , 'ZCJZ' 32 '资产净值' '' '' ''. ENDFORM. *&---------------------------------------------------------------------* *& Form FRM_FILL_LAYOUT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_FILL_LAYOUT . GS_LAYOUT-ZEBRA = 'X'. "is_layout-no_keyfix = ''. GS_LAYOUT-COLWIDTH_OPTIMIZE = 'X'. ENDFORM. " FRM_FILL_LAYOUT
原创文章，作者：Maggie-Hunter，如若转载，请注明出处：https://blog.ytso.com/tech/pnotes/18627.html