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ZFIR054-现金流量表
*********************************************************************** * Title : ZFIR102 * * Application : FI * * Subject : 现金流量表 * * Requested by : 财务部 * * Execution : any time * * Ref no: : * * Author : ABAP30/ABAP20 * * Req Date : 20151103 * *********************************************************************** * * *********************************************************************** *********************************************************************** * 增强1.FBCJ(现金日记账) 财务凭证过账保存BSEG同时，用业务交易从自建表 * * 关联原因代码将原因代码直接存入BSEG表， * * GBB1 替代实现， * * 2.业务交易 原因代码关联表 ZFIT102. * * * *1.取数:按照 年度，公司代码，科目 = 1001*&1002*. * * 会计期间 取数公司代码货币计金额（BSEG-DMBTR）根据项目类型对应原因代码 * 按类型合计DMBTR, * *2.以固定格式，ALV list显示报表( 6列、35行 ) * *********************************************************************** * MODIFICATIONS (latest entry at the top) * * ------------------------------------------------------------------- * * REL DATE NAME (COMPANY) DESCRIPTION TASK-NO * * --- ---- ---- --------- ----------- ------- * * * *********************************************************************** REPORT ZFIR054 MESSAGE-ID ZMM_001 LINE-COUNT 130 LINE-SIZE 300. *---------------------------------------------------------------------- * TYPE-POOLS *---------------------------------------------------------------------- TYPE-POOLS: SLIS. "相关表引用声明 TABLES:BKPF, BSEG, T001, TF189. *---------------------------------------------------------------------- * Internal table *---------------------------------------------------------------------- *&ALV DATA: BEGIN OF GT_DATA OCCURS 0, TEXT_XM TYPE STRING, LINE_XM TYPE STRING, DMBTR LIKE BSEG-DMBTR,"项目金额-BSEG TEXT_BC TYPE STRING, LINE_BC TYPE STRING, HSL00 LIKE FAGLFLEXT-HSL01,"补充金额-FAGLFLEXT SEL TYPE C, END OF GT_DATA. DATA:WA_DATA LIKE GT_DATA. DATA: BEGIN OF GT_REGUP OCCURS 0, VBLNR TYPE REGUP-VBLNR, BUKRS TYPE REGUP-BUKRS, * VBLNR TYPE REGUP-VBLNR, BELNR TYPE REGUP-BELNR, GJAHR TYPE REGUP-GJAHR, BUZEI TYPE REGUP-BUZEI, DMBTR TYPE REGUP-DMBTR, * vbeln type END OF GT_REGUP. DATA:LT_REGUP_ADD LIKE TABLE OF GT_REGUP WITH HEADER LINE. *&现金流量表-项目 DATA:BEGIN OF GT_BSEG OCCURS 0, BUKRS LIKE BSEG-BUKRS, BELNR LIKE BSEG-BELNR, BUZEI LIKE BSEG-BUZEI, GJAHR LIKE BSEG-GJAHR,"会计年度 RSTGR LIKE BSEG-RSTGR,"原因代码 HKONT LIKE BSEG-HKONT,"科目 SHKZG LIKE BSEG-SHKZG,"借贷方（S(+) H(-)） DMBTR LIKE BSEG-DMBTR,"项目金额-BSEG EBELN LIKE BSEG-EBELN, *BUKRS *BELNR *GJAHR *BUZEI *&->add on 20160324 BY ABAP30 req by fi_ljj. KOART LIKE BSEG-KOART, LIFNR LIKE BSEG-LIFNR, *&->end add. END OF GT_BSEG. DATA:WA_BSEG LIKE GT_BSEG. *&1000版本 DATA:BEGIN OF GT_1000 OCCURS 0, ZZNUMB LIKE ZFI030_TEXT-ZZNUMB, ZZTEXT LIKE ZFI030_TEXT-ZZTEXT, ZZSUM LIKE ZFI030_TEXT-ZZSUM, ZZTXPE LIKE ZFI030_TEXT-ZZTXPE, HSLVT LIKE FAGLFLEXT-HSLVT, HSL01 LIKE FAGLFLEXT-HSL01, HSL02 LIKE FAGLFLEXT-HSL01, HSL03 LIKE FAGLFLEXT-HSL01, HSL04 LIKE FAGLFLEXT-HSL01, HSL05 LIKE FAGLFLEXT-HSL01, HSL06 LIKE FAGLFLEXT-HSL01, HSL07 LIKE FAGLFLEXT-HSL01, HSL08 LIKE FAGLFLEXT-HSL01, HSL09 LIKE FAGLFLEXT-HSL01, HSL10 LIKE FAGLFLEXT-HSL01, HSL11 LIKE FAGLFLEXT-HSL01, HSL12 LIKE FAGLFLEXT-HSL01, HSL01_Y LIKE FAGLFLEXT-HSL01, LIN TYPE SY-TABIX, END OF GT_1000. DATA:WA_1000 LIKE GT_1000. DATA: BEGIN OF GT_FAGT OCCURS 0, RYEAR LIKE FAGLFLEXT-RYEAR, RACCT LIKE FAGLFLEXT-RACCT, DRCRK LIKE FAGLFLEXT-DRCRK,"借方/贷方标识 HSLVT LIKE FAGLFLEXT-HSLVT, HSL01 LIKE FAGLFLEXT-HSLVT, HSL02 LIKE FAGLFLEXT-HSLVT, HSL03 LIKE FAGLFLEXT-HSLVT, HSL04 LIKE FAGLFLEXT-HSLVT, HSL05 LIKE FAGLFLEXT-HSLVT, HSL06 LIKE FAGLFLEXT-HSLVT, HSL07 LIKE FAGLFLEXT-HSLVT, HSL08 LIKE FAGLFLEXT-HSLVT, HSL09 LIKE FAGLFLEXT-HSLVT, HSL10 LIKE FAGLFLEXT-HSLVT, HSL11 LIKE FAGLFLEXT-HSLVT, HSL12 LIKE FAGLFLEXT-HSLVT, HSL13 LIKE FAGLFLEXT-HSLVT, HSL14 LIKE FAGLFLEXT-HSLVT, HSL15 LIKE FAGLFLEXT-HSLVT, HSL16 LIKE FAGLFLEXT-HSLVT, END OF GT_FAGT. DATA:WA_FAGT LIKE GT_FAGT. *&ADD DATA:BEGIN OF GT_TAB OCCURS 0, ZZSUM LIKE ZFI030-ZZSUM, "汇总栏位 ZZNUMB LIKE ZFI030-ZZNUMB, "栏位编号 HKONT LIKE ZFI030-HKONT, "总账科目 HSLVT LIKE FAGLFLEXT-HSLVT, HSL01 LIKE FAGLFLEXT-HSL01, HSL02 LIKE FAGLFLEXT-HSL01, HSL03 LIKE FAGLFLEXT-HSL01, HSL04 LIKE FAGLFLEXT-HSL01, HSL05 LIKE FAGLFLEXT-HSL01, HSL06 LIKE FAGLFLEXT-HSL01, HSL07 LIKE FAGLFLEXT-HSL01, HSL08 LIKE FAGLFLEXT-HSL01, HSL09 LIKE FAGLFLEXT-HSL01, HSL10 LIKE FAGLFLEXT-HSL01, HSL11 LIKE FAGLFLEXT-HSL01, HSL12 LIKE FAGLFLEXT-HSL01, HSL01_Y LIKE FAGLFLEXT-HSL01, * DMBTR1 LIKE FAGLFLEXT-HSLVT, "当月 * DMBTR2 LIKE FAGLFLEXT-HSLVT, "本年 END OF GT_TAB. DATA:WA_TAB LIKE GT_TAB. DATA:GT_SUM_C LIKE TABLE OF GT_TAB WITH HEADER LINE, GT_SUM_S LIKE TABLE OF GT_TAB WITH HEADER LINE. FIELD-SYMBOLS:<FN1>, <FN2>, <FN1_QC>, <FN2_QC>. DATA:GV_BZ_HSL00 LIKE FAGLFLEXT-HSL01. *---------------------------------------------------------------------- * Variants *---------------------------------------------------------------------- DATA: G_LEN TYPE I, "内表行数 G_TABIX TYPE SY-TABIX. *---------------------------------------------------------------------* * Data parameters for alv report use *---------------------------------------------------------------------* DATA: G_PROGRAM TYPE SY-REPID, GS_LAYOUT TYPE SLIS_LAYOUT_ALV, GS_LAYOUT1 TYPE SLIS_LAYOUT_ALV, GT_FIELDCAT TYPE SLIS_T_FIELDCAT_ALV, GS_FIELDCAT LIKE LINE OF GT_FIELDCAT, GT_FIELDCAT1 TYPE SLIS_T_FIELDCAT_ALV, GS_FIELDCAT1 LIKE LINE OF GT_FIELDCAT, WA_FIELDCAT TYPE SLIS_FIELDCAT_ALV, WA_FIELDCAT1 TYPE SLIS_FIELDCAT_ALV, IT_EVENTS TYPE SLIS_T_EVENT WITH HEADER LINE, GT_EVENT TYPE SLIS_T_EVENT, WA_EVENT TYPE SLIS_ALV_EVENT. DATA: GT_LIST_TOP_OF_PAGE TYPE SLIS_T_LISTHEADER. DATA: GC_FORMNAME_TOP_OF_PAGE TYPE SLIS_FORMNAME VALUE ‘ALV_TOP_OF_PAGE‘. ************************************************************************ * Select Screen * ************************************************************************ SELECTION-SCREEN BEGIN OF BLOCK BLK1 WITH FRAME TITLE TEXT-001. PARAMETERS:P_BUKRS LIKE BKPF-BUKRS OBLIGATORY DEFAULT ‘3000‘, P_GJAHR LIKE BKPF-GJAHR DEFAULT SY-DATUM(4) OBLIGATORY. SELECT-OPTIONS:S_MONAT FOR BKPF-MONAT DEFAULT SY-DATUM+4(2) NO-EXTENSION OBLIGATORY MODIF ID R01. PARAMETERS:P_MONAT LIKE BKPF-MONAT DEFAULT SY-DATUM+4(2) NO-DISPLAY."MODIF ID R02 PARAMETERS:P_PRINT AS CHECKBOX MODIF ID R02. PARAMETERS:P_EXCEL AS CHECKBOX MODIF ID R02. PARAMETERS:FN1 LIKE RLGRAP-FILENAME MEMORY ID M01 MODIF ID R02 DEFAULT ‘C:\‘ NO-DISPLAY. *SELECT-OPTIONS:S_HKONT FOR BSEG-HKONT ."NO-DISPLAY. SELECTION-SCREEN END OF BLOCK BLK1. SELECTION-SCREEN BEGIN OF BLOCK B1 WITH FRAME TITLE TEXT-002. SELECTION-SCREEN BEGIN OF LINE. PARAMETERS:RB_01 RADIOBUTTON GROUP RB DEFAULT ‘X‘ USER-COMMAND RB."3000版本 SELECTION-SCREEN COMMENT 3(12) TEXT-B01 MODIF ID RZ2. PARAMETERS:P_3000 AS CHECKBOX. SELECTION-SCREEN COMMENT 18(10) TEXT-B02 MODIF ID RZ2. SELECTION-SCREEN END OF LINE. PARAMETERS:RB_02 RADIOBUTTON GROUP RB. "1000 版本 PARAMETERS:RB_03 NO-DISPLAY."集团版本 *SELECTION-SCREEN BEGIN OF BLOCK B2 WITH FRAME TITLE TEXT-003. *PARAMETERS:RB_ RADIOBUTTON GROUP RB . "1000 版本 *SELECTION-SCREEN END OF BLOCK B2. SELECTION-SCREEN END OF BLOCK B1. *&------------------------------------------------------------------* *& INITIALIZATION *&------------------------------------------------------------------* INITIALIZATION. *&初始化数据 PERFORM FRM_INIT_DATA. AT SELECTION-SCREEN OUTPUT. CASE ‘X‘. WHEN RB_01. LOOP AT SCREEN. IF SCREEN-GROUP1 EQ ‘R02‘. SCREEN-ACTIVE = 0. MODIFY SCREEN. ENDIF. ENDLOOP. WHEN RB_02 OR RB_03. LOOP AT SCREEN. IF SCREEN-GROUP1 EQ ‘R01‘. SCREEN-ACTIVE = 0. MODIFY SCREEN. ENDIF. ENDLOOP. WHEN OTHERS. ENDCASE. *&------------------------------------------------------------------* *& AT SELECTION-SCREEN *&------------------------------------------------------------------* AT SELECTION-SCREEN. PERFORM FRM_CHECK_AUTHOR. *&------------------------------------------------------------------* *& START-OF-SELECTION *&------------------------------------------------------------------* START-OF-SELECTION. CASE ‘X‘. WHEN RB_01. PERFORM FRM_GET_DATA. PERFORM FRM_ALV_OUTPUT. WHEN RB_02. PERFORM FRM_GET_1000. IF P_PRINT = ‘X‘. * PERFORM FRM_ALV_OUTPUT_3000. PERFORM FRM_PRINT_DATA. ELSE. IF P_EXCEL = ‘X‘. PERFORM FRM_EXCEL_OUT. PERFORM FRM_WRITE_OUT. ELSE. PERFORM FRM_WRITE_OUT. ENDIF. ENDIF. WHEN RB_03. ENDCASE. END-OF-SELECTION. *& page header TOP-OF-PAGE. PERFORM DISPLAY_HEADER. *& page footer END-OF-PAGE. *&------------------------------------------------------------------* *& END-OF-SELECTION *&------------------------------------------------------------------* END-OF-SELECTION. *&---------------------------------------------------------------------* *& Form FRM_CHECK_AUTHOR *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_CHECK_AUTHOR . *&init screen. CASE ‘X‘. WHEN RB_02 OR RB_03. P_BUKRS = ‘1000‘. WHEN RB_01. P_BUKRS = ‘3000‘. WHEN OTHERS. ENDCASE. LOOP AT S_MONAT. IF S_MONAT-HIGH IS INITIAL. S_MONAT-HIGH = S_MONAT-LOW. ENDIF. IF S_MONAT-LOW IS INITIAL. S_MONAT-LOW = S_MONAT-HIGH. ENDIF. MODIFY S_MONAT. ENDLOOP. IF P_EXCEL = ‘X‘ AND P_PRINT = ‘X‘. MESSAGE E000(ZMM_001) WITH ‘不能同时打印并导出‘ DISPLAY LIKE ‘S‘. ENDIF. ENDFORM. " FRM_CHECK_AUTHOR *&---------------------------------------------------------------------* *& Form FRM_GET_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_GET_DATA. DATA:LT_DA LIKE TABLE OF GT_DATA WITH HEADER LINE. DATA:BEGIN OF LT_BKPF OCCURS 0, BUKRS LIKE BKPF-BUKRS, BELNR LIKE BKPF-BELNR, GJAHR LIKE BKPF-GJAHR, BLART LIKE BKPF-BLART, END OF LT_BKPF. DATA:LT_BKPF_C LIKE TABLE OF LT_BKPF WITH HEADER LINE. DATA:LT_BSEG LIKE TABLE OF GT_BSEG WITH HEADER LINE, LT_BSEG_C LIKE TABLE OF GT_BSEG WITH HEADER LINE, LT_BSEG_P LIKE TABLE OF GT_BSEG WITH HEADER LINE, LT_BSEG_BC LIKE TABLE OF GT_BSEG WITH HEADER LINE. DATA:LT_BSEG_BF LIKE TABLE OF GT_BSEG WITH HEADER LINE. DATA:LT_BSEG_ADD LIKE TABLE OF GT_BSEG WITH HEADER LINE. DATA:LV_DMBTR LIKE BSEG-DMBTR, LV_VAL16 LIKE BSEG-DMBTR, LV_VAL17 LIKE BSEG-DMBTR, LV_HSL00 LIKE FAGLFLEXT-HSL01. DATA:LV_DMBTR_9 LIKE BSEG-DMBTR, LV_DMBTR_20 LIKE BSEG-DMBTR. DATA:LV_HSL00_1 LIKE BSEG-DMBTR, LV_HSL00_2 LIKE BSEG-DMBTR. RANGES:R_HKONT FOR BSEG-HKONT. RANGES:R_HKONT1 FOR BSEG-HKONT. *&项目数据 科目为1001*和1002*的才需要处理. *& +1022*（银行清算科目） CLEAR:R_HKONT,R_HKONT[]. R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001001*‘. APPEND R_HKONT. R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001002*‘. APPEND R_HKONT. *&->start add by ABAP30 on 20160126 REQ BY fi_wxq (项目列添加银行清算科目: 1022*) R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001022*‘. APPEND R_HKONT. *&->end add. *&S1.BKPF 凭证抬头表取出 年度+期间内的数据 SELECT BUKRS BELNR GJAHR BLART INTO TABLE LT_BKPF FROM BKPF WHERE BUKRS EQ P_BUKRS AND GJAHR EQ P_GJAHR AND MONAT IN S_MONAT AND BSTAT NE ‘S‘. *&--->不能加 * AND STBLG = ‘‘"冲销凭证号 * AND BLART NOT IN (‘WA‘,‘WE‘,‘WL‘). *&---< *& WA 发货/ WE 收货/ WI 库存凭证 IF SY-SUBRC NE 0. MESSAGE S007 DISPLAY LIKE ‘E‘. * STOP. ELSE. SORT LT_BKPF BY BUKRS BELNR GJAHR. DELETE ADJACENT DUPLICATES FROM LT_BKPF COMPARING BUKRS BELNR GJAHR. *&add_lxq on 20151109 排除凭证状态为S的会计凭证 * DELETE LT_BKPF WHERE BSTAT EQ ‘S‘."S注释项目 *& bseg 四个主键 *BUKRS *BELNR *BUZEI *GJAHR *&S2.取BSEG 凭证金额 SELECT BUKRS BELNR BUZEI GJAHR RSTGR HKONT SHKZG DMBTR EBELN KOART LIFNR INTO TABLE LT_BSEG * INTO CORRESPONDING FIELDS OF TABLE LT_BSEG FROM BSEG FOR ALL ENTRIES IN LT_BKPF WHERE BUKRS EQ LT_BKPF-BUKRS AND BELNR EQ LT_BKPF-BELNR AND GJAHR EQ LT_BKPF-GJAHR. * AND ( HKONT LIKE ‘001001%‘ OR HKONT LIKE ‘001002%‘ ). ENDIF. *&for test CLEAR:R_HKONT1,R_HKONT1[]. R_HKONT1(3) = ‘IBT‘. R_HKONT1-LOW = ‘0014020101‘. "‘001402*‘. R_HKONT1-HIGH = ‘0014129999‘. "‘001412*‘. APPEND R_HKONT1. LT_BSEG_BF[] = LT_BSEG[]. DELETE LT_BSEG_BF WHERE HKONT NOT IN R_HKONT1. *&S3.汇总本位币金额 BSEG-DMBTR(借方为S(+) ,贷方为H(-),) LOOP AT LT_BSEG. *"WHERE HKONT IN R_HKONT. *&S3.1.项目列 通过原因代码汇总，+科目为1001*和1002*(已加001022*)的才需要处理. IF LT_BSEG-HKONT IN R_HKONT. GT_BSEG-RSTGR = LT_BSEG-RSTGR. IF LT_BSEG-SHKZG EQ ‘S‘. GT_BSEG-DMBTR = LT_BSEG-DMBTR. ELSE. GT_BSEG-DMBTR = -1 * LT_BSEG-DMBTR. ENDIF. COLLECT GT_BSEG. CLEAR GT_BSEG. ENDIF. *&S3.2补充资料列 通过科目汇总， *&001602*根据期间科目贷方(SHKZG = H)金额汇总 - 16020798、16020704两个科目 IF LT_BSEG-HKONT(6) EQ ‘001602‘. LT_BSEG_BC-SHKZG = LT_BSEG-SHKZG. ENDIF. *&对于项目部分，为后续处理去除科目前导0. CALL FUNCTION ‘CONVERSION_EXIT_ALPHA_OUTPUT‘ EXPORTING INPUT = LT_BSEG-HKONT IMPORTING OUTPUT = LT_BSEG_BC-HKONT. * LT_BSEG_BC-HKONT = LT_BSEG-HKONT. IF LT_BSEG-SHKZG EQ ‘S‘. LT_BSEG_BC-DMBTR = LT_BSEG-DMBTR. ELSE. LT_BSEG_BC-DMBTR = -1 * LT_BSEG-DMBTR. ENDIF. COLLECT LT_BSEG_BC. CLEAR LT_BSEG_BC. ENDLOOP. SORT GT_BSEG BY RSTGR. SORT LT_BSEG_BC BY HKONT SHKZG. " ADD BY ABAP20 MOVE LT_BKPF[] TO LT_BKPF_C[]. *&->add on 20160324 req by FI_LJJ 要把固定资产这块 从“140”转到“240”来 *&-就是从140里面取1601和1604数据转换成240，这步可以做到了是吧 by Lizhihua on 20160323. * BREAK ABAP30. *&S1.处理原因代码为 140 的条目 LOOP AT LT_BSEG INTO WA_BSEG WHERE RSTGR = ‘140‘. READ TABLE LT_BSEG WITH KEY BUKRS = WA_BSEG-BUKRS BELNR = WA_BSEG-BELNR GJAHR = WA_BSEG-GJAHR KOART = ‘K‘. IF SY-SUBRC EQ 0. WA_BSEG-LIFNR = LT_BSEG-LIFNR. ENDIF. *& 通过‘K‘类型财务凭证找 REGUP付款凭证 CLEAR:LT_REGUP_ADD,LT_REGUP_ADD[]. CLEAR:LT_BSEG_ADD,LT_BSEG_ADD[]. CLEAR:LT_REGUP_ADD. SELECT VBLNR BUKRS BELNR GJAHR BUZEI DMBTR INTO CORRESPONDING FIELDS OF TABLE LT_REGUP_ADD FROM REGUP WHERE ZBUKR = WA_BSEG-BUKRS AND VBLNR = WA_BSEG-BELNR AND LIFNR = WA_BSEG-LIFNR AND GJAHR = WA_BSEG-GJAHR. IF SY-SUBRC EQ 0. *&通过付款凭证 找回 科目为 A 资产 *& 科目类型 = ‘S‘的 总分类账科目 SELECT BUKRS BELNR BUZEI GJAHR RSTGR HKONT SHKZG DMBTR EBELN KOART LIFNR INTO CORRESPONDING FIELDS OF TABLE LT_BSEG_ADD FROM BSEG FOR ALL ENTRIES IN LT_REGUP_ADD WHERE BUKRS EQ LT_REGUP_ADD-BUKRS AND BELNR EQ LT_REGUP_ADD-BELNR AND GJAHR EQ LT_REGUP_ADD-GJAHR AND KOART EQ ‘A‘. DATA:LV_140_240 LIKE BSEG-DMBTR. IF SY-SUBRC EQ 0. *&科目为 ‘1601*‘ 或 ‘1604*‘,则记为 原因代码 = ‘240‘ LOOP AT LT_BSEG_ADD." WHERE HKONT IF LT_BSEG_ADD-HKONT(6) = ‘001601‘ OR LT_BSEG_ADD-HKONT(6) = ‘001604‘. * IF LT_BSEG-SHKZG EQ ‘S‘. * GT_BSEG-DMBTR = LT_BSEG-DMBTR. * ELSE. * GT_BSEG-DMBTR = -1 * LT_BSEG-DMBTR. * ENDIF. READ TABLE LT_REGUP_ADD WITH KEY BUKRS = LT_BSEG_ADD-BUKRS BELNR = LT_BSEG_ADD-BELNR GJAHR = LT_BSEG_ADD-GJAHR. IF SY-SUBRC EQ 0. LV_140_240 = LV_140_240 + LT_REGUP_ADD-DMBTR. EXIT. ENDIF. ENDIF. ENDLOOP. ENDIF. ENDIF. ENDLOOP. *&->end add. *&->删除 凭证类型 <> ‘ZP‘---删除掉 付款过帐 的凭证. DELETE LT_BKPF_C[] WHERE BLART NE‘ZP‘. IF LT_BKPF_C[] IS NOT INITIAL . SELECT REGUP~VBLNR REGUP~BUKRS REGUP~BELNR REGUP~GJAHR REGUP~BUZEI FROM REGUP "来自收付程序的处理项目 INTO CORRESPONDING FIELDS OF TABLE GT_REGUP FOR ALL ENTRIES IN LT_BKPF_C WHERE XVORL = ‘‘ AND GJAHR = LT_BKPF_C-GJAHR AND VBLNR = LT_BKPF_C-BELNR AND BUKRS = LT_BKPF_C-BUKRS. * BELNR = LT_BKPF-VBLNR AND * GJAHR = LT_BKPF-GJAHR. IF GT_REGUP[] IS NOT INITIAL. *& 取会计凭证 SELECT BUKRS BELNR BUZEI GJAHR RSTGR HKONT SHKZG DMBTR EBELN INTO TABLE LT_BSEG_C * INTO CORRESPONDING FIELDS OF TABLE LT_BSEG FROM BSEG FOR ALL ENTRIES IN GT_REGUP WHERE BUKRS EQ GT_REGUP-BUKRS AND BELNR EQ GT_REGUP-BELNR AND GJAHR EQ GT_REGUP-GJAHR. *& 取付款凭证 SELECT BUKRS BELNR BUZEI GJAHR RSTGR HKONT SHKZG DMBTR EBELN INTO TABLE LT_BSEG_P * INTO CORRESPONDING FIELDS OF TABLE LT_BSEG FROM BSEG FOR ALL ENTRIES IN GT_REGUP WHERE BUKRS EQ GT_REGUP-BUKRS AND BELNR EQ GT_REGUP-VBLNR AND GJAHR EQ GT_REGUP-GJAHR. ENDIF. *BREAK ABAP30. *&->来自收付程序的处理项目(付款数据处理) *->use it LOOP AT GT_REGUP. AT END OF GJAHR. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS "汇总1601或16002的科目值 BELNR = GT_REGUP-BELNR HKONT(6) = ‘001601‘ . IF SY-SUBRC NE 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘001604‘ . IF SY-SUBRC = 0. *& 加上科目 ‘2202*‘ READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL16 = LT_BSEG_C-DMBTR + LV_VAL16. ENDIF. ENDIF. ELSE. *& 加上科目 ‘2202*‘ READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL16 = LT_BSEG_C-DMBTR + LV_VAL16. ENDIF. ENDIF. READ TABLE LT_BSEG_P WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-VBLNR HKONT(6) = ‘001002‘ . IF SY-SUBRC = 0 . "排除0010021702/0010021901 READ TABLE LT_BSEG_P WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-VBLNR HKONT = ‘0010021702‘ . IF SY-SUBRC = 0. CONTINUE. ENDIF. READ TABLE LT_BSEG_P WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-VBLNR HKONT = ‘0010021901‘ . IF SY-SUBRC = 0. CONTINUE. ENDIF. "*************** READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘412‘."取zac3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC NE 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘422‘."取zaf3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC = 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. ELSE. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. ELSE. "处理001001开头的科目 READ TABLE LT_BSEG_P WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-VBLNR HKONT(6) = ‘001001‘ . IF SY-SUBRC = 0 . READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘412‘."取zac3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC NE 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘422‘."取zaf3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC = 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. ELSE. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. *&->add by abap30 on 20160128 REQ BY FI_WXQ (添加 科目 = ‘1022*‘ 银行清算类科目) ELSE. *& 处理001022 开头的科目 READ TABLE LT_BSEG_P WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-VBLNR HKONT(6) = ‘001022‘ . IF SY-SUBRC = 0 . READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘412‘."取zac3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC NE 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR EBELN(3) = ‘422‘."取zaf3的采购订单凭证后取002202的金额汇总LV_VAL17 IF SY-SUBRC = 0. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. ELSE. READ TABLE LT_BSEG_C WITH KEY BUKRS = GT_REGUP-BUKRS BELNR = GT_REGUP-BELNR HKONT(6) = ‘002202‘ . IF SY-SUBRC = 0. LV_VAL17 = LT_BSEG_C-DMBTR + LV_VAL17. ENDIF. ENDIF. *&->end add. ENDIF. ENDIF. ENDIF. * ENDAT. ENDLOOP. * LOOP AT GT_REGUP. * AT END OF GJAHR. * ENDAT. * ENDLOOP. ENDIF. "END ADD BY ABAP20 "END ADD BY BAIYUZHUANG *&->行项目写入 *&1 一、经营活动产生的现金流量： ------- /1、将净利润调节为经营活动现金流量 CLEAR:LV_DMBTR,LV_HSL00. **&test * LV_DMBTR = ‘1000‘. * LV_HSL00 = ‘1000‘. PERFORM FRM_APPEND_DATA USING ‘一、经营活动产生的现金流量：‘ ‘‘ LV_DMBTR ‘1、将净利润调节为经营活动现金流量‘ ‘‘ LV_HSL00. * GT_DATA-TEXT_XM = ‘一、经营活动产生的现金流量：‘. * GT_DATA-LINE_XM = ‘‘. * GT_DATA-DMBTR = ‘‘. * GT_DATA-TEXT_BC = ‘1、将净利润调节为经营活动现金流量 ‘. * GT_DATA-LINE_BC = ‘‘. * GT_DATA-HSL00 = ‘‘. * APPEND GT_DATA. *&2 销售商品、提供劳务收到的现金 1 原因代码101汇总 / CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘101‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. PERFORM FRM_APPEND_DATA USING ‘销售商品、提供劳务收到的现金‘ ‘1‘ LV_DMBTR ‘‘ ‘‘ LV_HSL00. *&3 收到的税费返还 3 原因代码102汇总 /净利润 57 等于利润表总净利润 (?1) 净利润=6001*+6051*-6401*-6402*-6403*-6601*-6602*-6603*-6701*+6101*+6111*+6301*-6711*-6801* CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘102‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. * BREAK ABAP30. *&->start change by ABAP30 on 20160401. * 净利润 CLEAR:R_HKONT,R_HKONT[]. R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘006*‘. APPEND R_HKONT. DATA:L_P_J LIKE P_MONAT, L_PJ_C LIKE P_MONAT, L_NAME_J TYPE CHAR13, L_NAME2_J TYPE CHAR13, L_NAME_QC_J TYPE CHAR13, L_NAME2_QC_J TYPE CHAR13. DATA:LT_FAGT LIKE TABLE OF GT_FAGT WITH HEADER LINE. **&将这个值，改成抓FAGLFLEXT 里的值，006* 科目的，当期的总额，HSL*(月份对应)： *& 净利润栏位取值改为从T表取数据 *& FAGLFLEXT表中取现金的余额汇总 （期余额和期初余额） *&->start add by ABAP30 on 20160405 req by FI_LJJ CLEAR:GT_FAGT,GT_FAGT[], L_P_J , L_NAME_J , L_NAME2_J , L_NAME_QC_J , L_NAME2_QC_J. CLEAR:LV_HSL00. SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_FAGT FROM FAGLFLEXT WHERE RBUKRS EQ P_BUKRS AND RACCT IN R_HKONT AND RYEAR = P_GJAHR AND RRCTY = ‘0‘. IF SY-SUBRC EQ 0. *&Way 1. *&1.按月汇总 LOOP AT GT_FAGT. LT_FAGT = GT_FAGT. CLEAR:LT_FAGT-RACCT,LT_FAGT-DRCRK. COLLECT LT_FAGT. ENDLOOP. CLEAR:GT_FAGT[]. GT_FAGT[] = LT_FAGT[]. CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-HIGH INTO L_NAME_J. CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-LOW INTO L_NAME_QC_J. L_PJ_C = S_MONAT-HIGH. LOOP AT GT_FAGT. *&确定月数 L_P_J = S_MONAT-HIGH - S_MONAT-LOW. IF S_MONAT-HIGH = S_MONAT-LOW. CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-HIGH INTO L_NAME2_QC_J. ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. LV_HSL00 = LV_HSL00 + <FN1_QC>. ELSE. *&得到当月余额 ASSIGN (L_NAME_J) TO <FN2_QC>. DO L_P_J TIMES. IF L_P_J EQ 1. CONCATENATE ‘GT_FAGT-HSL‘ L_P_J INTO L_NAME2_QC_J. ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. <FN2_QC> = <FN2_QC> + <FN1_QC>. ELSEIF L_P_J GT 1. *&按月份往前推 L_PJ_C = L_PJ_C - 1. CONCATENATE ‘GT_FAGT-HSL‘ L_PJ_C INTO L_NAME2_QC_J. ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. <FN2_QC> = <FN2_QC> + <FN1_QC>. ENDIF. ENDDO. *&净利润计算： LV_HSL00 = LV_HSL00 + <FN2_QC>. ENDIF. CLEAR:GT_FAGT. IF <FN1_QC> IS NOT INITIAL. CLEAR <FN1_QC>. ENDIF. IF <FN2_QC> IS NOT INITIAL. CLEAR <FN2_QC>. ENDIF. ENDLOOP. **&Way 2. * CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-HIGH INTO L_NAME_J. * CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-LOW INTO L_NAME_QC_J. ** CLEAR:LV_QC_J,LV_QM_J. * LOOP AT GT_FAGT. **&确定月数 * L_P_J = S_MONAT-HIGH - S_MONAT-LOW. **&L1.只查询一个月 * IF S_MONAT-HIGH = S_MONAT-LOW. * CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-HIGH INTO L_NAME2_QC_J. * ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. * LV_HSL00 = LV_HSL00 + <FN1_QC>. * ELSE. **&L2.查询多月： **&得到当月余额 * ASSIGN (L_NAME_J) TO <FN2_QC>. * DO L_P_J TIMES. * IF L_P_J EQ 1. * CONCATENATE ‘GT_FAGT-HSL‘ L_P_J INTO L_NAME2_QC_J. * ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. * <FN2_QC> = <FN2_QC> + <FN1_QC>. * ELSEIF L_P_J GT 1. **&按月份往前推 * L_P_J = L_P_J - 1. * CONCATENATE ‘GT_FAGT-HSL‘ L_P_J INTO L_NAME2_QC_J. * ASSIGN (L_NAME2_QC_J) TO <FN1_QC>. * <FN2_QC> = <FN2_QC> + <FN1_QC>. * ENDIF. * ENDDO. **&净利润计算： * LV_HSL00 = LV_HSL00 + <FN2_QC>. * ENDIF. * CLEAR:GT_FAGT. * IF <FN1_QC> IS NOT INITIAL. * CLEAR <FN1_QC>. * ENDIF. * IF <FN2_QC> IS NOT INITIAL. * CLEAR <FN2_QC>. * ENDIF. * ENDLOOP. ENDIF. *&->end add. * LOOP AT GT_FAGT INTO WA_FAGT WHERE RACCT IN R_HKONT. * LV_HSL00 = LV_HSL00 + WA_FAGT-DMBTR. * ENDLOOP. * LV_HSL00 = LV_HSL00 * -1. *&->change on 20151110.以6*科目的余额汇总 LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = LV_HSL00 * -1. * LOOP AT LT_BSEG_BC. * IF LT_BSEG_BC-HKONT(4) = ‘6001‘. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ** PERFORM FRM_GET_HSLOO USING LT_BSEG_BC-DMBTR LV_HSL00. * ENDIF. **&收入的发生是在贷方，费用的产生是在借方 **&收入类的科目需要* -1. * LV_HSL00 = LV_HSL00 * -1. * IF LT_BSEG_BC-HKONT(4) = ‘6051‘. * LT_BSEG_BC-DMBTR = LT_BSEG_BC-DMBTR * -1. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6401‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6402‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6403‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6601‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6602‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6603‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6701‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6101‘. * LT_BSEG_BC-DMBTR = LT_BSEG_BC-DMBTR * -1. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6111‘. * LT_BSEG_BC-DMBTR = LT_BSEG_BC-DMBTR * -1. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6301‘. * LT_BSEG_BC-DMBTR = LT_BSEG_BC-DMBTR * -1. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6711‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * IF LT_BSEG_BC-HKONT(4) = ‘6801‘. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * ENDLOOP. PERFORM FRM_APPEND_DATA USING ‘收到的税费返还‘ ‘3‘ LV_DMBTR ‘净利润‘ ‘57‘ LV_HSL00. *4 收到的其他与经营活动有关的现金 8 原因代码103汇总 /加： 资产减值准备 58 001603*根据期间科目余额加总 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘103‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1603‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. * READ TABLE LT_BSEG_BC WITH KEY HKONT(4) = ‘1603‘ BINARY SEARCH. * IF SY-SUBRC EQ 0. * LV_HSL00 = LT_BSEG_BC-DMBTR. * ENDIF. PERFORM FRM_APPEND_DATA USING ‘收到的其他与经营活动有关的现金‘ ‘8‘ LV_DMBTR ‘加： 资产减值准备‘ ‘58‘ LV_HSL00. *5 现金流入小计 9 101~103金额加总 /固定资产折旧、油气资产折耗、生产性生物资产折旧 59 001602*根据期间科目贷方(SHKZG = H)金额加总排除16020798、16020704两个科目 CLEAR:LV_DMBTR,LV_HSL00. *&取101~103金额加总. LOOP AT GT_DATA INTO WA_DATA. AT LAST. SUM. LV_DMBTR = WA_DATA-DMBTR. ENDAT. ENDLOOP. *BC->001602*根据期间科目贷方(SHKZG = H)金额加总 LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1602‘ AND SHKZG = ‘H‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘16020798‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. ENDIF. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘16020704‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. ENDIF. *&累积折旧需要显示正数 LV_HSL00 = LV_HSL00 * -1. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘ 现金流入小计‘ ‘9‘ LV_DMBTR ‘固定资产折旧、油气资产折耗、生产性生物资产折旧 ‘ ‘59‘ LV_HSL00. *6 购买商品、接受劳务支付的现金 10 原因代码140汇总 /无形资产摊销 60 001702*根据期间科目余额加总 * BREAK ABAP30. CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘140‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. *&->注释 on 20160324 * LV_DMBTR = LV_DMBTR - LV_VAL16 - LV_VAL17."add by abap20 *BREAK ABAP30. *&->add by ABAP30 on 20160324. -LV_140_240 (- 固定资产) IF LV_140_240 NE 0. LV_DMBTR = LV_DMBTR - LV_140_240. ENDIF. *&->end add. *BC->001702*根据期间科目余额加总 *&->C3.change by rainy on 20151108 改成：无形资产摊销=16020798+16020704 * LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1702‘. * LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. * ENDLOOP. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘16020798‘. IF SY-SUBRC EQ 0. LV_HSL00 = LT_BSEG_BC-DMBTR. ENDIF. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘16020704‘. IF SY-SUBRC EQ 0. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDIF. LV_HSL00 = LV_HSL00 * -1. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘购买商品、接受劳务支付的现金 ‘ ‘10‘ LV_DMBTR ‘无形资产摊销 ‘ ‘60‘ LV_HSL00. *7 支付给职工以及为职工支付的现金 12 原因代码141汇总 /长期待摊费用摊销 61 001801*根据期间科目余额加总 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘141‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. *BREAK ABAP30. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1801‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. * LV_HSL00 = ‘3‘. *&C4.余额的贷方应该为整数 LV_HSL00 = LV_HSL00 * -1. *&->start add on 20160323 by ABAP30. req by fi_ljj *& 61 这一项增加科目:2503* LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘2503‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. *&->end add. PERFORM FRM_APPEND_DATA USING ‘支付给职工以及为职工支付的现金 ‘ ‘12‘ LV_DMBTR ‘长期待摊费用摊销 ‘ ‘61‘ LV_HSL00. *8 支付的各项税费 13 原因代码142汇总 /处置固定资产、无形资产和其他长期资产的损失（收益以“－”号填列）64 64050303 按照期间余额加总 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘142‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘64050303‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_HSL00 = LT_BSEG_BC-DMBTR. ENDIF. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘支付的各项税费 ‘ ‘13‘ LV_DMBTR ‘处置固定资产、无形资产和其他长期资产的损失（收益以“－”号填列） ‘ ‘64‘ LV_HSL00. * BREAK ABAP30. BREAK TEST_13. *9 支付的其他与经营活动有关的现金 18 原因代码143汇总 /固定资产报废损失（收益以“－”号填列） 65 64050301 按照期间余额加总 *BREAK ABAP30. *&->add by ABAP30 on 20160415. *(原因代码143汇总*-1 + ) CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘143‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. *&->change by ABAP30 on 20160419 (数据不对要调对) * LV_DMBTR = LV_DMBTR + LV_VAL17."ADD BY ABAP20 (被FI_LZH 反映这个处理有问题 on 20160415) READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘64050301‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_HSL00 = LT_BSEG_BC-DMBTR. ENDIF. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘支付的其他与经营活动有关的现金‘ ‘18‘ LV_DMBTR ‘固定资产报废损失（收益以“－”号填列） ‘ ‘65‘ LV_HSL00. RANGES:R_RSTGR FOR BSEG-RSTGR. *10 现金流出小计 20 140~143金额加总 /公允价值变动损失（收益以“－”号填列） 66 CLEAR:LV_DMBTR,LV_HSL00. CLEAR:R_RSTGR,R_RSTGR[]. *BREAK ABAP30. *&->start change by ABAP30 on 20160325. *& 现金流出小计 = line 10 + 12 + 13 + 18. READ TABLE GT_DATA WITH KEY LINE_XM = ‘10‘. IF SY-SUBRC EQ 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘12‘. IF SY-SUBRC EQ 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘13‘. IF SY-SUBRC EQ 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘18‘. IF SY-SUBRC EQ 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. *&->end change. **&add_lxq 140~143 加总 * R_RSTGR(3) = ‘IBT‘. * R_RSTGR-LOW = ‘140‘. * R_RSTGR-HIGH = ‘143‘. * APPEND R_RSTGR. **&取140~143金额加总 * LOOP AT GT_BSEG WHERE RSTGR IN R_RSTGR. * LV_DMBTR = GT_BSEG-DMBTR + LV_DMBTR. * ENDLOOP. ** LV_DMBTR = LV_DMBTR * -1. * LV_DMBTR = LV_DMBTR * -1. * LV_DMBTR = LV_DMBTR - LV_VAL16."add by abap20 PERFORM FRM_APPEND_DATA USING ‘ 现金流出小计‘ ‘20‘ LV_DMBTR ‘公允价值变动损失（收益以“－”号填列）‘ ‘66‘ LV_HSL00. *11 经营活动产生的现金流量净额 21 现金流入-现金流出 / CLEAR:LV_DMBTR,LV_HSL00. CLEAR:LV_DMBTR_9,LV_DMBTR_20. *&计算 现金流入-现金流出 *&现金流入小计 READ TABLE GT_DATA WITH KEY LINE_XM = ‘9‘. LV_DMBTR = GT_DATA-DMBTR. *&现金流出小计 READ TABLE GT_DATA WITH KEY LINE_XM = ‘20‘. LV_DMBTR = LV_DMBTR - GT_DATA-DMBTR. PERFORM FRM_APPEND_DATA USING ‘经营活动产生的现金流量净额 ‘ ‘21‘ LV_DMBTR ‘ ‘ ‘‘ LV_HSL00. *12 二、投资活动产生的现金流量 /财务费用（收益以“－”号填列） 67 66031501 按照期间余额加总 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘66031501‘ BINARY SEARCH. IF SY-SUBRC EQ 0. LV_HSL00 = LT_BSEG_BC-DMBTR. ENDIF. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘二、投资活动产生的现金流量‘ ‘‘ LV_DMBTR ‘财务费用（收益以“－”号填列） ‘ ‘67‘ LV_HSL00. *13 收回投资所收到的现金 22 原因代码201汇总 -/投资损失（收益以“－”号填列） 68 (?2) CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘201‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. * LV_DMBTR = LV_DMBTR * -1."MOD BY ABAP20 CHANGE BY wxq_20151130 201不需要乘-1 PERFORM FRM_APPEND_DATA USING ‘收回投资所收到的现金‘ ‘22‘ LV_DMBTR ‘投资损失（收益以“－”号填列） ‘ ‘68‘ LV_HSL00. *14 取得投资收益所收到的现金 23 原因代码202汇总 -/递延所得税资产减少（增加以“－”号填列） 69 1811*（期初数-期末数->0-DMBTR CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘202‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1811‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = 0 - LV_HSL00. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘取得投资收益所收到的现金‘ ‘23‘ LV_DMBTR ‘递延所得税资产减少（增加以“－”号填列） ‘ ‘69‘ LV_HSL00. *15 处置固定资产、无形资产和其他长期资产所收回的现金净额 25 原因代码203汇总 /递延所得税负债增加（减少以“－”号填列） 70 2901*（期末数-期初数->DMBTR - 0 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘203‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘2901‘. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. *&贷方为 正 LV_HSL00 = LV_HSL00 * -1. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘处置固定资产、无形资产和其他长期资产所收回的现金净额‘ ‘25‘ LV_DMBTR ‘递延所得税负债增加（减少以“－”号填列） ‘ ‘70 ‘ LV_HSL00. *16 收到的其他与投资活动有关的现金 28 原因代码204汇总 /存货的减少（增加以“－”号填列） 71 1402*~1412*（期初数-期末数） CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘204‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. CLEAR:R_HKONT,R_HKONT[]. R_HKONT(3) = ‘IBT‘. R_HKONT-LOW = ‘1402*‘. R_HKONT-HIGH = ‘1412*‘. APPEND R_HKONT. LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = 0 - LV_HSL00. *&add on 20151108 by wxq增加1471* CLEAR:LV_HSL00_1. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1471‘. LV_HSL00_1 = LV_HSL00_1 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00_1 = 0 - LV_HSL00_1. LV_HSL00 = LV_HSL00 + LV_HSL00_1. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘收到的其他与投资活动有关的现金‘ ‘28‘ LV_DMBTR ‘存货的减少（增加以“－”号填列） ‘ ‘71‘ LV_HSL00. *17 现金流入小计 29 201~204金额加总 /经营性应收项目的减少（增加以“－”号填列）72 （1122*+1121*+1123*+1221*+1801*）-1231*期末余额 （期初数-期末数）add on 20151108 by wxq 需要删除1801* *BREAK ABAP30. CLEAR:LV_DMBTR,LV_HSL00. CLEAR:R_RSTGR,R_RSTGR[]. R_RSTGR(3) = ‘IBT‘. R_RSTGR-LOW = ‘201‘. R_RSTGR-HIGH = ‘204‘. APPEND R_RSTGR. CLEAR:R_RSTGR. LOOP AT GT_BSEG WHERE RSTGR IN R_RSTGR. LV_DMBTR = LV_DMBTR + GT_BSEG-DMBTR. ENDLOOP. CLEAR:R_HKONT,R_HKONT[]. DEFINE MCR_RANGE . R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = &1. * R_HKONT-HIGH = &2. APPEND R_HKONT. END-OF-DEFINITION. MCR_RANGE:‘1122*‘. MCR_RANGE:‘1121*‘. MCR_RANGE:‘1123*‘. MCR_RANGE:‘1221*‘. MCR_RANGE:‘1801*‘. *A CLEAR:LV_HSL00_1, LV_HSL00_2. LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = 0 - LV_HSL00. LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1231‘. LV_HSL00_1 = LV_HSL00_1 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = LV_HSL00 - LV_HSL00_1. *&C8-需要删除1801* LOOP AT LT_BSEG_BC WHERE HKONT(4) = ‘1801‘. LV_HSL00_2 = LV_HSL00_2 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = LV_HSL00 - LV_HSL00_2. *&->start add on 20160323 by ABAP30. req by fi_ljj *&->end add. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘ 现金流入小计‘ ‘29‘ LV_DMBTR ‘经营性应收项目的减少（增加以“－”号填列） ‘ ‘72‘ LV_HSL00. *18 购建固定资产、无形资产和其他长期资产所支付的现金 30 原因代码240汇总 /经营性应付项目的增加（减少以“－”号填列）73 经营活动产生的现金流量净额-以上项目加总金额 *&->add by rainy on 20151125 req by fi_wxq *经营性应付项目的增加（减少以“－”号填列）73 （2202*+2203*+2201*+2211*+2221*+2241*）余额加总乘以-1 *&->end add. CLEAR:LV_DMBTR,LV_HSL00, LV_HSL00_1. READ TABLE GT_BSEG WITH KEY RSTGR = ‘240‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. " ADD BY ABAP20 * MOVE LT_BKPF[] TO LT_BKPF_C[]. * DELETE LT_BKPF_C[] WHERE BLART ne‘ZP‘. * IF LT_BKPF_C[] IS NOT INITIAL . * * SELECT REGUP~VBLNR * REGUP~BUKRS * REGUP~BELNR * REGUP~GJAHR * REGUP~BUZEI FROM REGUP * INTO CORRESPONDING FIELDS OF TABLE GT_REGUP FOR ALL ENTRIES IN LT_BKPF_C * WHERE XVORL = ‘‘ AND GJAHR = LT_BKPF_C-GJAHR AND VBLNR = LT_BKPF_C-BELNR * AND BUKRS = LT_BKPF_C-BUKRS. ** BELNR = LT_BKPF-VBLNR AND ** GJAHR = LT_BKPF-GJAHR. * . * SELECT BUKRS * BELNR * BUZEI * GJAHR * RSTGR * HKONT * SHKZG * DMBTR * INTO TABLE LT_BSEG_C ** INTO CORRESPONDING FIELDS OF TABLE LT_BSEG * FROM BSEG * FOR ALL ENTRIES IN GT_REGUP * WHERE BUKRS EQ GT_REGUP-BUKRS * AND BELNR EQ GT_REGUP-BELNR * AND GJAHR EQ GT_REGUP-GJAHR. IF P_3000 EQ ‘X‘. CLEAR:R_HKONT,R_HKONT[]. DEFINE MCR_RANGE . R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = &1. * R_HKONT-HIGH = &2. APPEND R_HKONT. END-OF-DEFINITION. MCR_RANGE:‘2202*‘. MCR_RANGE:‘2203*‘. MCR_RANGE:‘2201*‘. MCR_RANGE:‘2211*‘. MCR_RANGE:‘2221*‘. MCR_RANGE:‘2241*‘. LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. LV_HSL00 = LV_HSL00 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00 = 0 - LV_HSL00. ELSE. *&BC->经营活动产生的现金流量净额-以上项目加总金额 READ TABLE GT_DATA WITH KEY LINE_XM = ‘21‘. LV_HSL00 = GT_DATA-DMBTR. LOOP AT GT_DATA. AT LAST. SUM. LV_HSL00_1 = GT_DATA-HSL00. ENDAT. ENDLOOP. LV_HSL00 = LV_HSL00 - LV_HSL00_1. ENDIF. * LV_HSL00 = ‘3‘. **&->注释 on 20160324. * IF LV_VAL16 NE 0. * LV_DMBTR = LV_DMBTR + LV_VAL16. * ENDIF. *BREAK ABAP30. *&->add by ABAP30 on 20160324. +LV_140_240 IF LV_140_240 NE 0. LV_DMBTR = LV_DMBTR + LV_140_240. ENDIF. *&->end add. PERFORM FRM_APPEND_DATA USING ‘购建固定资产、无形资产和其他长期资产所支付的现金‘ ‘30‘ LV_DMBTR ‘经营性应付项目的增加（减少以“－”号填列）‘ ‘73‘ LV_HSL00. *19 投资所支付的现金 31 原因代码241汇总 - / 其他 74 *&->add by rainy on 20151125 req by fi_wxq. *&其他 74 经营活动产生的现金流量净额-以上项目加总金额 *&->end add. *BREAK ABAP30. CLEAR:LV_DMBTR,LV_HSL00,LV_HSL00_1. READ TABLE GT_BSEG WITH KEY RSTGR = ‘241‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. *&add * -1. LV_DMBTR = LV_DMBTR * -1. IF P_3000 EQ ‘X‘. *&BC->经营活动产生的现金流量净额-以上项目加总金额 READ TABLE GT_DATA WITH KEY LINE_XM = ‘21‘. LV_HSL00 = GT_DATA-DMBTR. LOOP AT GT_DATA. AT LAST. SUM. LV_HSL00_1 = GT_DATA-HSL00. ENDAT. ENDLOOP. LV_HSL00 = LV_HSL00 - LV_HSL00_1. ENDIF. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘投资所支付的现金‘ ‘31‘ LV_DMBTR ‘其他 ‘ ‘74‘ LV_HSL00. *20 支付的其他与投资活动有关的现金 35 原因代码242汇总 / CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘242‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. * LV_DMBTR = LV_DMBTR + LV_VAL17." ADD 采购订单的值 LV_DMBTR = LV_DMBTR * -1. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘支付的其他与投资活动有关的现金‘ ‘35‘ LV_DMBTR ‘‘ ‘‘ LV_HSL00. *21 现金流出小计 36 240~242金额加总 / CLEAR:LV_DMBTR,LV_HSL00. CLEAR:R_RSTGR,R_RSTGR[]. *&->start change by ABAP30 on 20160325. *&现金流出小计 = line 30+31+35 READ TABLE GT_DATA WITH KEY LINE_XM = ‘30‘. IF SY-SUBRC = 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘31‘. IF SY-SUBRC = 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘35‘. IF SY-SUBRC = 0. LV_DMBTR = LV_DMBTR + GT_DATA-DMBTR. ENDIF. *&->end change *& 240~242、 R_RSTGR(3) = ‘IBT‘. R_RSTGR-LOW = ‘240‘. R_RSTGR-HIGH = ‘242‘. APPEND R_RSTGR. CLEAR R_RSTGR. **&计算240~242金额加总 * LOOP AT GT_BSEG WHERE RSTGR IN R_RSTGR. * LV_DMBTR = GT_BSEG-DMBTR + LV_DMBTR. * ENDLOOP. * LV_DMBTR = LV_DMBTR * -1. * IF LV_VAL16 NE 0. * LV_DMBTR = LV_DMBTR + LV_VAL16. * ENDIF. *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘ 现金流出小计‘ ‘36‘ LV_DMBTR ‘‘ ‘‘ LV_HSL00. *22 投资活动产生的现金流量净额 37 现金流入-现金流出 /经营活动产生的现金流量净额 75 以上项目汇总 DATA:LV_DMBTR_29 LIKE BSEG-DMBTR, LV_DMBTR_36 LIKE BSEG-DMBTR. CLEAR:LV_DMBTR,LV_HSL00. CLEAR:LV_DMBTR_29,LV_DMBTR_36. *&金额 = 现金流入-现金流出 *&现金流入 READ TABLE GT_DATA WITH KEY LINE_XM = ‘29‘. LV_DMBTR_29 = GT_DATA-DMBTR. *&现金流出 READ TABLE GT_DATA WITH KEY LINE_XM = ‘36‘. LV_DMBTR_36 = GT_DATA-DMBTR. LV_DMBTR = LV_DMBTR_29 - LV_DMBTR_36. *BC->sum LOOP AT GT_DATA. AT LAST. SUM. LV_HSL00 = GT_DATA-HSL00. ENDAT. ENDLOOP. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘投资活动产生的现金流量净额‘ ‘37‘ LV_DMBTR ‘经营活动产生的现金流量净额‘ ‘75‘ LV_HSL00. *23 三、 筹资活动产生的现金流量 /2、 不涉及现金收支的投资和筹资活动 CLEAR:LV_DMBTR,LV_HSL00. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘三、筹资活动产生的现金流量‘ ‘‘ LV_DMBTR ‘2、 不涉及现金收支的投资和筹资活动‘ ‘‘ ‘‘. *24 吸收投资所收到的现金 38 原因代码301汇总 9,336,182.00 /债务转为资本 76 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘301‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘吸收投资所收到的现金‘ ‘38‘ LV_DMBTR ‘债务转为资本‘ ‘76‘ ‘‘. *25 借款所收到的现金 40 原因代码302汇总 - /一年内到期的可转换公司债券 77 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘302‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘借款所收到的现金‘ ‘40‘ LV_DMBTR ‘一年内到期的可转换公司债券‘ ‘77‘ ‘‘. *26 收到的其他与筹资活动有关的现金 43 原因代码303汇总 /融资租入固定资产 78 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘303‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘收到的其他与筹资活动有关的现金‘ ‘43‘ LV_DMBTR ‘融资租入固定资产‘ ‘78‘ ‘‘. *27 现金流入小计 44 301~303金额汇总 / CLEAR:LV_DMBTR,LV_HSL00. CLEAR:R_RSTGR,R_RSTGR[]. R_RSTGR(3) = ‘IBT‘. R_RSTGR-LOW = ‘301‘. R_RSTGR-HIGH = ‘303‘. APPEND R_RSTGR. CLEAR R_RSTGR. LOOP AT GT_BSEG WHERE RSTGR IN R_RSTGR. LV_DMBTR = GT_BSEG-DMBTR + LV_DMBTR. ENDLOOP. *&delete. *LV_DMBTR = LV_DMBTR * -1. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘ 现金流入小计‘ ‘44‘ LV_DMBTR ‘‘ ‘‘ ‘‘. *28 偿还债务所支付的现金 45 原因代码340汇总 - / CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘340‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. *&add_lxq * -1 LV_DMBTR = LV_DMBTR * -1. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘偿还债务所支付的现金‘ ‘45‘ LV_DMBTR ‘‘ ‘‘ ‘‘. *29 分配股利、利润或偿付利息所支付的现金 46 原因代码341汇总 -/3、 现金及现金等价物净增加情况 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘341‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘分配股利、利润或偿付利息所支付的现金‘ ‘46‘ LV_DMBTR ‘3、 现金及现金等价物净增加情况‘ ‘‘ ‘‘. *30 支付的其他与筹资活动有关的现金 52 原因代码342汇总 /现金的期末余额 79 现金的期末余额＝资产负债表“货币资金”期末余额(N?) CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘342‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_DMBTR = LV_DMBTR * -1. *&BC-30 1001*+1002*期末余额 CLEAR:R_HKONT,R_HKONT[]. R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001001*‘. APPEND R_HKONT. R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001002*‘. APPEND R_HKONT. *&->start add by ABAP30 on 20160420 REQ BY fi_LJJ (期末余额/期末余额 添加银行清算科目: 1022*) R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = ‘001022*‘. APPEND R_HKONT. *&->end add. DATA: L_NAME TYPE CHAR13, L_NAME2 TYPE CHAR13, L_NAME_QC TYPE CHAR13, L_NAME2_QC TYPE CHAR13. *BREAK ABAP30. DATA:LV_QC LIKE FAGLFLEXT-HSL01, LV_QM LIKE FAGLFLEXT-HSL01. DATA:LT_FAGT_QC LIKE TABLE OF GT_FAGT WITH HEADER LINE, LT_FAGT_QM LIKE TABLE OF GT_FAGT WITH HEADER LINE. * DATA:LT_10021702 LIKE TABLE OF GT_FAGT WITH HEADER LINE, * LT_10021901 LIKE TABLE OF GT_FAGT WITH HEADER LINE. DATA:L_1_QC LIKE P_MONAT, L_1 LIKE P_MONAT. CLEAR:GT_FAGT[],LT_FAGT_QC[],LT_FAGT_QM[]. *&add_lxq FAGLFLEXT表中取现金的期末余额和期初余额 SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_FAGT FROM FAGLFLEXT WHERE RBUKRS EQ P_BUKRS AND RACCT IN R_HKONT AND RYEAR = P_GJAHR AND RRCTY = ‘0‘. IF SY-SUBRC EQ 0. DELETE GT_FAGT WHERE RACCT EQ ‘0010021702‘. DELETE GT_FAGT WHERE RACCT EQ ‘0010021901‘. CLEAR:L_NAME,L_NAME_QC. L_1_QC = S_MONAT-LOW - 1. CONCATENATE ‘GT_FAGT-HSL‘ S_MONAT-HIGH INTO L_NAME. * IF L_1_QC = ‘00‘. * L_NAME_QC = ‘GT_FAGT-HSLVT‘. * ELSE. CONCATENATE ‘GT_FAGT-HSL‘ L_1_QC INTO L_NAME_QC. * ENDIF. * BREAK ABAP30. BREAK TEST_13. *&减：现金的期初余额 *& bug-fix by ABAP30 on 20160419 (期初余额取数错误【指针问题】) CLEAR:LV_QC,LV_QM. LOOP AT GT_FAGT. L_1_QC = S_MONAT-LOW - 1. *&期初取选择的最小值 ASSIGN (L_NAME_QC) TO <FN2_QC>. IF SY-SUBRC EQ 0. DO L_1_QC TIMES. IF L_1_QC GT 1. *&->change by ABAP30 on 20160422 (期初余额 （当年的第一月期间到选择的前一个期间的金额合计）) *& 按月往前推(取期初不用推)-【需要按月汇总】 L_1_QC = L_1_QC - 1. CONCATENATE ‘GT_FAGT-HSL‘ L_1_QC INTO L_NAME2_QC. ASSIGN (L_NAME2_QC) TO <FN1_QC>. <FN2_QC> = <FN2_QC> + <FN1_QC>. ENDIF. ENDDO. LT_FAGT_QC-HSLVT = <FN2_QC> + GT_FAGT-HSLVT. ELSE. LT_FAGT_QC-HSLVT = GT_FAGT-HSLVT. ENDIF. APPEND LT_FAGT_QC. CLEAR:LT_FAGT_QC,GT_FAGT. ENDLOOP. LOOP AT GT_FAGT. *&期末取选择的最大值 L_1 = S_MONAT-HIGH. ASSIGN (L_NAME) TO <FN2>. DO S_MONAT-HIGH TIMES. IF L_1 GT 1. L_1 = L_1 - 1. CONCATENATE ‘GT_FAGT-HSL‘ L_1 INTO L_NAME2. ASSIGN (L_NAME2) TO <FN1>. <FN2> = <FN2> + <FN1>. ENDIF. ENDDO. *&期末 = 余额结转 + 到当月 LT_FAGT_QM-HSLVT = <FN2> + GT_FAGT-HSLVT. APPEND LT_FAGT_QM. CLEAR:LT_FAGT_QM,GT_FAGT. ENDLOOP. ENDIF. CLEAR:LV_QM,LV_QC. *&20151110-期末余额 LOOP AT LT_FAGT_QM. AT LAST. SUM. LV_QM = LT_FAGT_QM-HSLVT. ENDAT. ENDLOOP. *&20151110-期初余额 LOOP AT LT_FAGT_QC. AT LAST. SUM. LV_QC = LT_FAGT_QC-HSLVT. ENDAT. ENDLOOP. LV_HSL00 = LV_QM. **& add on 20151108 排除 10021702&10021901 * CLEAR:LV_HSL00_1,LV_HSL00_2. * READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘10021702‘. * IF SY-SUBRC EQ 0. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * READ TABLE LT_BSEG_BC WITH KEY HKONT = ‘10021901‘. * IF SY-SUBRC EQ 0. * LV_HSL00 = LV_HSL00 - LT_BSEG_BC-DMBTR. * ENDIF. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘支付的其他与筹资活动有关的现金‘ ‘52‘ LV_DMBTR ‘现金的期末余额‘ ‘79‘ LV_HSL00. *31 现金流出小计 53 301~303金额汇总 - /减：现金的期初余额 80 现金的期初余额＝资产负债表“货币资金”期初余额(N?) CLEAR:LV_DMBTR,LV_HSL00. CLEAR:R_RSTGR,R_RSTGR[]. *&add_lxq 340~342 的汇总 R_RSTGR(3) = ‘IBT‘. R_RSTGR-LOW = ‘340‘. R_RSTGR-HIGH = ‘342‘. APPEND R_RSTGR. LOOP AT GT_BSEG WHERE RSTGR IN R_RSTGR. LV_DMBTR = GT_BSEG-DMBTR + LV_DMBTR. ENDLOOP. LV_DMBTR = LV_DMBTR * -1. LV_HSL00 = LV_QC. **&BC-31 1001*+1002*期初余额 * CLEAR:R_HKONT,R_HKONT[]. * R_HKONT(3) = ‘ICP‘. * R_HKONT-LOW = ‘1001*‘. * APPEND R_HKONT. * R_HKONT(3) = ‘ICP‘. * R_HKONT-LOW = ‘1002*‘. * APPEND R_HKONT. * LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. * LV_HSL00 = LT_BSEG_BC-DMBTR + LV_HSL00. * ENDLOOP. * LV_HSL00 = 0 - LV_HSL00. *&-> add on 20151108 期初的也不好取。 *LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘ 现金流出小计‘ ‘53‘ LV_DMBTR ‘减：现金的期初余额‘ ‘80‘ LV_HSL00. *32 筹资活动产生的现金流量净额 54 现金流入-现金流出 /加：现金等价物的期末余额 81 DATA:LV_DMBTR_44 LIKE BSEG-DMBTR, LV_DMBTR_53 LIKE BSEG-DMBTR. CLEAR:LV_DMBTR,LV_HSL00. CLEAR:LV_DMBTR_44,LV_DMBTR_53. *&金额 = 现金流入-现金流出 （44-53） READ TABLE GT_DATA WITH KEY LINE_XM = ‘44‘. IF SY-SUBRC EQ 0. LV_DMBTR_44 = GT_DATA-DMBTR. ENDIF. READ TABLE GT_DATA WITH KEY LINE_XM = ‘53‘. IF SY-SUBRC EQ 0. LV_DMBTR_53 = GT_DATA-DMBTR. ENDIF. *&->20151125加：现金等价物的期末余额 = 现金流入 - 现金流出. LV_DMBTR = LV_DMBTR_44 - LV_DMBTR_53. * LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘筹资活动产生的现金流量净额‘ ‘54‘ LV_DMBTR ‘加：现金等价物的期末余额‘ ‘81‘ ‘‘. *33 四、 汇率变动对现金流量的影响 55 原因代码400汇总 /减：现金等价物的期初余额 82 CLEAR:LV_DMBTR,LV_HSL00. READ TABLE GT_BSEG WITH KEY RSTGR = ‘400‘. IF SY-SUBRC EQ 0. LV_DMBTR = GT_BSEG-DMBTR. ENDIF. LV_HSL00 = ‘3‘. PERFORM FRM_APPEND_DATA USING ‘四、 汇率变动对现金流量的影响‘ ‘55‘ LV_DMBTR ‘减：现金等价物的期初余额‘ ‘82‘ ‘‘. *34 五、 现金及现金等价物净增加额 56 净额类加总 /现金及现金等价物净增加额 83 现金的期末余额-现金的期初余额 DATA:LV_DMBTR_21 LIKE BSEG-DMBTR, LV_DMBTR_37 LIKE BSEG-DMBTR, LV_DMBTR_54 LIKE BSEG-DMBTR, LV_DMBTR_55 LIKE BSEG-DMBTR. CLEAR:LV_DMBTR,LV_HSL00. CLEAR:LV_DMBTR_21,LV_DMBTR_37,LV_DMBTR_54,LV_DMBTR_55. READ TABLE GT_DATA WITH KEY LINE_XM = ‘21‘. LV_DMBTR_21 = GT_DATA-DMBTR. READ TABLE GT_DATA WITH KEY LINE_XM = ‘37‘. LV_DMBTR_37 = GT_DATA-DMBTR. READ TABLE GT_DATA WITH KEY LINE_XM = ‘54‘. LV_DMBTR_54 = GT_DATA-DMBTR. READ TABLE GT_DATA WITH KEY LINE_XM = ‘55‘. LV_DMBTR_55 = GT_DATA-DMBTR. LV_DMBTR = LV_DMBTR_21 + LV_DMBTR_37 + LV_DMBTR_54 + LV_DMBTR_55. * CLEAR:LV_HSL00_1,LV_HSL00_2. * READ TABLE GT_DATA WITH KEY LINE_BC = 79. * LV_HSL00 = GT_DATA-HSL00. * READ TABLE GT_DATA WITH KEY LINE_BC = 80. * LV_HSL00 = LV_HSL00 - GT_DATA-HSL00. LV_HSL00 = LV_QM - LV_QC. PERFORM FRM_APPEND_DATA USING ‘五、 现金及现金等价物净增加额 ‘ ‘56‘ LV_DMBTR ‘现金及现金等价物净增加额‘ ‘83‘ LV_HSL00. *&add备注：其他=经营性应付项目的增加-（2202*+2203*+2201*+2211*+2221*+2241*）（期末数-期间数） CLEAR:GV_BZ_HSL00. READ TABLE GT_DATA WITH KEY LINE_BC = ‘73‘. GV_BZ_HSL00 = GT_DATA-HSL00. CLEAR:R_HKONT,R_HKONT[], LV_HSL00_1. DEFINE MCR_RANGE . R_HKONT(3) = ‘ICP‘. R_HKONT-LOW = &1. * R_HKONT-HIGH = &2. APPEND R_HKONT. END-OF-DEFINITION. MCR_RANGE:‘2202*‘. MCR_RANGE:‘2203*‘. MCR_RANGE:‘2201*‘. MCR_RANGE:‘2211*‘. MCR_RANGE:‘2221*‘. MCR_RANGE:‘2241*‘. LOOP AT LT_BSEG_BC WHERE HKONT IN R_HKONT. LV_HSL00_1 = LV_HSL00_1 + LT_BSEG_BC-DMBTR. ENDLOOP. LV_HSL00_1 = LV_HSL00_1 * -1. GV_BZ_HSL00 = GV_BZ_HSL00 - LV_HSL00_1. *&条目数 G_LEN = LINES( GT_DATA ). IF G_LEN EQ 0. MESSAGE I003 WITH ‘没有找到符合条件的数据!‘. STOP. ELSE. MESSAGE S003 WITH ‘找到数据条目数：‘ G_LEN. ENDIF. ENDFORM. " FRM_GET_DATA *&---------------------------------------------------------------------* *& Form FRM_ALV_OUTPUT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_ALV_OUTPUT . DATA:LV_COL TYPE I. DATA:LV_LINES TYPE I. DATA:LV_GRID_TITLE TYPE LVC_TITLE. DATA:LW_DATA LIKE GT_DATA. DEFINE MAR_ADD_FIELDCAT0. CLEAR WA_FIELDCAT. LV_COL = LV_COL + 1. WA_FIELDCAT-FIELDNAME = &1. WA_FIELDCAT-SELTEXT_L = &2. WA_FIELDCAT-COL_POS = LV_COL. WA_FIELDCAT-KEY = &3. WA_FIELDCAT-JUST = &4. WA_FIELDCAT-OUTPUTLEN = &5. WA_FIELDCAT-NO_OUT = &6. WA_FIELDCAT-EDIT = &7. WA_FIELDCAT-NO_ZERO = &8. WA_FIELDCAT-EMPHASIZE = &9. * WA_FIELDCAT-EDIT_MASK = &9. *WA_FIELDCAT-DO_SUM = &8. *WA_FIELDCAT-NO_ZERO = &9. *WA_FIELDCAT-EDIT_MASK = &10. *WA_FIELDCAT-EMPHASIZE = &10. APPEND WA_FIELDCAT TO GT_FIELDCAT. END-OF-DEFINITION. *BREAK ABAP30. *&->start add by ABAP30 on 20160414 现金流量表 项目栏与补充资料最后一个项目不等时报错-B315 LOOP AT GT_DATA WHERE LINE_XM = ‘56‘. READ TABLE GT_DATA INTO LW_DATA WITH KEY LINE_BC = ‘83‘. IF GT_DATA-DMBTR NE LW_DATA-HSL00. MESSAGE I003 WITH ‘报表不平!‘. * CONTINUE. ENDIF. ENDLOOP. *&->end add. *&设定输出格式： CLEAR GS_LAYOUT. MOVE: ‘X‘ TO GS_LAYOUT-ZEBRA, ‘X‘ TO GS_LAYOUT-COLWIDTH_OPTIMIZE, ‘X‘ TO GS_LAYOUT-DETAIL_POPUP. GS_LAYOUT-BOX_FIELDNAME = ‘SEL‘. GS_LAYOUT-INFO_FIELDNAME = ‘ROWCOLOR‘. *GS_LAYOUT-LIGHTS_FIELDNAME = ‘ICON‘. CLEAR:WA_FIELDCAT,GT_FIELDCAT[]. MAR_ADD_FIELDCAT0 :"‘LIN‘ ‘序号‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘C110‘ , ‘TEXT_XM‘ ‘项目‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ , ‘LINE_XM‘ ‘行次‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ , ‘DMBTR‘ ‘金额‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘, ‘TEXT_BC‘ ‘补充资料‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ , ‘LINE_BC‘ ‘行次‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ , ‘HSL00‘ ‘金额‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ ‘‘ . CALL FUNCTION ‘REUSE_ALV_GRID_DISPLAY‘ EXPORTING I_CALLBACK_PROGRAM = SY-CPROG I_CALLBACK_PF_STATUS_SET = ‘SET_PF_STATUS‘ "设定菜单栏 I_CALLBACK_USER_COMMAND = ‘USER_COMMAND‘ "设定对应菜单项及相应事件功能：如双击、保存等 I_SAVE = ‘A‘ IS_LAYOUT = GS_LAYOUT "输出布局设置 IT_FIELDCAT = GT_FIELDCAT "输出字段列信息内表 I_CALLBACK_HTML_TOP_OF_PAGE = ‘HTML_TOP_OF_PAGE‘ * I_CALLBACK_HTML_END_OF_LIST = ‘HTML_END_OF_PAGE‘ I_HTML_HEIGHT_TOP = 26 I_HTML_HEIGHT_END = 8 TABLES T_OUTTAB = GT_DATA. "需显示的数据内表 * IF P_3000 NE ‘X‘. * CALL FUNCTION ‘REUSE_ALV_LIST_DISPLAY‘ * EXPORTING * I_CALLBACK_PROGRAM = SY-CPROG" SY-REPID * I_CALLBACK_PF_STATUS_SET = ‘SET_PF_STATUS‘ * I_CALLBACK_USER_COMMAND = ‘USER_COMMAND‘ * I_SAVE = ‘A‘ * IS_LAYOUT = GS_LAYOUT "输出布局设置 * IT_FIELDCAT = GT_FIELDCAT "输出字段列信息内表 ** I_SCREEN_START_COLUMN = ‘Report‘ * I_SCREEN_END_COLUMN = 0 * I_SCREEN_START_LINE = 0 ** I_SCREEN_END_LINE = ‘10000‘ ** IR_SALV_LIST_ADAPTER = ‘TEST‘ ** I_CALLBACK_HTML_TOP_OF_PAGE = ‘ALV_TOP_OF_PAGE‘ "list ->没有这个参数 ** I_HTML_HEIGHT_TOP = 20 * TABLES * T_OUTTAB = GT_DATA. "需显示的数据内表 * ELSE. * ENDIF. ENDFORM. " FRM_ALV_OUTPUT *&---------------------------------------------------------------------* *& Form USER_COMMAND *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->R_UCOMM text * -->RS_SELFIELD text *----------------------------------------------------------------------* FORM USER_COMMAND USING R_UCOMM LIKE SY-UCOMM RS_SELFIELD TYPE SLIS_SELFIELD . DATA: LR_GRID TYPE REF TO CL_GUI_ALV_GRID, MYINDEX TYPE SY-TABIX. * CALL FUNCTION ‘GET_GLOBALS_FROM_SLVC_FULLSCR‘ * IMPORTING * E_GRID = LR_GRID. * CALL METHOD LR_GRID->CHECK_CHANGED_DATA. * RS_SELFIELD-REFRESH = ‘X‘. CASE R_UCOMM. WHEN ‘&PRSO‘. PERFORM PRINTDATA. ENDCASE. CLEAR R_UCOMM. ENDFORM. "alv_user_command *&---------------------------------------------------------------------* *& Form SET_PF_STATUS *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->EXTAB text *----------------------------------------------------------------------* FORM SET_PF_STATUS USING EXTAB TYPE SLIS_T_EXTAB. SET PF-STATUS ‘Z_F103_01‘. ENDFORM. "SET_PF *&---------------------------------------------------------------------* *& Form html_top_of_page *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->DOCUMENT text *----------------------------------------------------------------------* FORM HTML_TOP_OF_PAGE USING DOCUMENT TYPE REF TO CL_DD_DOCUMENT. DATA: TEXT TYPE SDYDO_TEXT_ELEMENT. DATA: S_CONTENTS TYPE STRING. DATA: POSITION TYPE I. DATA: C_MONTH TYPE CHAR3. SEARCH DOCUMENT->HTML_TABLE FOR DOCUMENT->CURSOR. IF SY-SUBRC EQ 0. POSITION = SY-TABIX. *&H1.东莞添威电子制品有限公司 TEXT = ‘东莞添威电子制品有限公司‘. CONCATENATE ‘<span align="center" style=" font-weight:bold;"><H3>‘ TEXT ‘</H3></span> </DIV>‘ INTO S_CONTENTS. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = ‘<div class=MsoNormal align=center style="text-align:center"> ‘ CHANGING POSITION = POSITION. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = S_CONTENTS CHANGING POSITION = POSITION. ENDIF. CALL METHOD DOCUMENT->NEW_LINE. *&H2.现金流量表 TEXT = ‘现金流量表 会企03表‘. CONCATENATE ‘<span align="center" style=" font-weight:bold;"><H4>‘ TEXT ‘</H4></span> </DIV>‘ INTO S_CONTENTS. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = ‘<div class=MsoNormal align=center style="text-align:center"> ‘ CHANGING POSITION = POSITION. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = S_CONTENTS CHANGING POSITION = POSITION. *&H3.P_GJAHR年度 CONCATENATE P_GJAHR ‘年度‘ S_MONAT-LOW ‘月-‘ S_MONAT-HIGH ‘月 单位：元‘ INTO TEXT. CONCATENATE ‘<span align="center" style=" font-weight:bold;"><H5>‘ TEXT ‘</H5></span> </DIV>‘ INTO S_CONTENTS. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = ‘<div class=MsoNormal align=center style="text-align:center"> ‘ CHANGING POSITION = POSITION. CALL METHOD DOCUMENT->HTML_INSERT EXPORTING CONTENTS = S_CONTENTS CHANGING POSITION = POSITION. **&H3.年度 * CALL METHOD DOCUMENT->ADD_GAP * EXPORTING * WIDTH = 30. * CONCATENATE P_GJAHR ‘年度‘ INTO TEXT. * CALL METHOD DOCUMENT->ADD_TEXT * EXPORTING * TEXT = TEXT * SAP_EMPHASIS = ‘Strong‘. * * CALL METHOD DOCUMENT->ADD_GAP * EXPORTING * WIDTH = 30. * TEXT = ‘单位：元‘. * CALL METHOD DOCUMENT->ADD_TEXT * EXPORTING * TEXT = TEXT * SAP_EMPHASIS = ‘Strong‘. * CONCATENATE P_GJAHR ‘年‘ C_MONTH ‘月‘ INTO TEXT. * CALL METHOD DOCUMENT->ADD_TEXT * EXPORTING * TEXT = TEXT * SAP_EMPHASIS = ‘Strong‘. * * CALL METHOD DOCUMENT->ADD_GAP * EXPORTING * WIDTH = 13. * * TEXT = ‘单位:元‘. * CALL METHOD DOCUMENT->ADD_TEXT * EXPORTING * TEXT = TEXT * SAP_EMPHASIS = ‘‘. * * CALL METHOD DOCUMENT->UNDERLINE. "Draw an underLine ENDFORM. "HTML_TOP_OF_PAGE *&---------------------------------------------------------------------* *& Form html_top_of_page *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->DOCUMENT text *----------------------------------------------------------------------* FORM HTML_END_OF_PAGE USING DOCUMENT TYPE REF TO CL_DD_DOCUMENT. DATA: TEXT TYPE SDYDO_TEXT_ELEMENT, TEXT_1 TYPE SDYDO_TEXT_ELEMENT. DATA: S_CONTENTS TYPE STRING. DATA: POSITION TYPE I. DATA: LV_BZ_HSL00 LIKE FAGLFLEXT-HSL01. DATA: LV_JINE TYPE STRING. *BREAK ABAP30. CLEAR:LV_JINE. LV_JINE = GV_BZ_HSL00. IF LV_JINE IS NOT INITIAL. TEXT_1 = LV_JINE. ELSE. TEXT_1 = ‘0.00‘. ENDIF. IF TEXT_1 CS ‘-‘. CALL FUNCTION ‘CLOI_PUT_SIGN_IN_FRONT‘ CHANGING VALUE = TEXT_1 EXCEPTIONS OTHERS = 1. ENDIF. CONCATENATE ‘备注：其他 = ‘ TEXT INTO TEXT SEPARATED BY SPACE. * TEXT = ‘备注：其他=经营性应付项目的增加-（2202*+2203*+2201*+2211*+2221*+2241*）（期末数-期间数）‘. CALL METHOD DOCUMENT->ADD_TEXT EXPORTING TEXT = TEXT SAP_EMPHASIS = ‘‘. CALL METHOD DOCUMENT->ADD_TEXT EXPORTING TEXT = TEXT_1 SAP_EMPHASIS = ‘‘. ENDFORM. "HTML_END_OF_PAGE *&---------------------------------------------------------------------* *& Form FRM_INIT_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_INIT_DATA . ENDFORM. " FRM_INIT_DATA *&---------------------------------------------------------------------* *& Form FRM_APPEND_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->P_0399 text * -->P_0400 text * -->P_0401 text * -->P_0402 text * -->P_0403 text * -->P_0404 text * GT_DATA-TEXT_XM = ‘一、经营活动产生的现金流量：‘. * GT_DATA-LINE_XM = ‘‘. * GT_DATA-DMBTR = ‘‘. * GT_DATA-TEXT_BC = ‘1、将净利润调节为经营活动现金流量 ‘. * GT_DATA-LINE_BC = ‘‘. * GT_DATA-HSL00 = ‘‘. *----------------------------------------------------------------------* FORM FRM_APPEND_DATA USING VALUE(TEXT_XM) VALUE(LINE_XM) VALUE(DMBTR) VALUE(TEXT_BC) VALUE(LINE_BC) VALUE(HSL00). GT_DATA-TEXT_XM = TEXT_XM. GT_DATA-LINE_XM = LINE_XM. GT_DATA-DMBTR = DMBTR. GT_DATA-TEXT_BC = TEXT_BC. GT_DATA-LINE_BC = LINE_BC. GT_DATA-HSL00 = HSL00. APPEND GT_DATA. CLEAR:GT_DATA. ENDFORM. " FRM_APPEND_DATA *&---------------------------------------------------------------------* *& Form FRM_GET_1000 *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_GET_1000 . *&取1000公司代码数据 FAGLFLEXT DATA: L_NAME TYPE CHAR13, L_NAME2 TYPE CHAR13, L_YEAR TYPE CHAR13, L_YEAR2 TYPE CHAR13, L_1 LIKE P_MONAT, L_2 LIKE P_MONAT. DATA: LT_ZFI030 LIKE ZFI030 OCCURS 0 WITH HEADER LINE. DATA: BEGIN OF LT_ITAC OCCURS 0, ZZSUM LIKE ZFI030-ZZSUM, ZZNUMB LIKE ZFI030-ZZNUMB, DMBTR LIKE FAGLFLEXT-HSLVT, END OF LT_ITAC. DATA: LT_TAB1 LIKE LT_ITAC OCCURS 0 WITH HEADER LINE, LT_TAB2 LIKE LT_ITAC OCCURS 0 WITH HEADER LINE, LT_TAB3 LIKE LT_ITAC OCCURS 0 WITH HEADER LINE, LT_TAB4 LIKE LT_ITAC OCCURS 0 WITH HEADER LINE. DATA: L_DMBTR1 LIKE FAGLFLEXT-HSLVT, L_DMBTR2 LIKE FAGLFLEXT-HSLVT, L_DMBTR3 LIKE FAGLFLEXT-HSLVT. DATA: L_WRBTR LIKE FAGLFLEXT-HSLVT. DATA: L_DMBTR(15) TYPE P DECIMALS 5. DATA: FLD_NAME TYPE CHAR20. FIELD-SYMBOLS: <FLD_VALUE> TYPE ANY. FIELD-SYMBOLS: <FLD_VALUE_S> TYPE ANY. FIELD-SYMBOLS: <FLD_VALUE_H> TYPE ANY. DATA:LT_C1_002 LIKE TABLE OF GT_TAB WITH HEADER LINE, LT_C5_002 LIKE TABLE OF GT_TAB WITH HEADER LINE, LT_C5_003 LIKE TABLE OF GT_TAB WITH HEADER LINE. DATA:LT_ZFIT103 LIKE TABLE OF ZFIT103 WITH HEADER LINE. DATA:BEGIN OF LT_BSIS OCCURS 0, BUKRS LIKE BSIS-BUKRS, BELNR LIKE BSIS-BELNR, GJAHR LIKE BSIS-GJAHR, BUZEI LIKE BSIS-BUZEI, HKONT LIKE BSIS-HKONT, MONAT LIKE BSIS-MONAT, SHKZG LIKE BSIS-SHKZG,"借贷方（S(+) H(-)） DMBTR LIKE BSIS-DMBTR,"项目金额-BSEG END OF LT_BSIS. DATA:BEGIN OF LT_BSIS_S OCCURS 0, MONAT LIKE BSIS-MONAT, SHKZG LIKE BSIS-SHKZG,"借贷方（S(+) H(-)） DMBTR LIKE BSIS-DMBTR,"项目金额-BSEG END OF LT_BSIS_S. DATA:LT_BSIS_L LIKE TABLE OF LT_BSIS_S WITH HEADER LINE. DATA:BEGIN OF LT_BSEG OCCURS 0, BUKRS LIKE BSEG-BUKRS, BELNR LIKE BSEG-BELNR, BUZEI LIKE BSEG-BUZEI, GJAHR LIKE BSEG-GJAHR,"会计年度 RSTGR LIKE BSEG-RSTGR,"原因代码 HKONT LIKE BSEG-HKONT,"科目 SHKZG LIKE BSEG-SHKZG,"借贷方（S(+) H(-)） DMBTR LIKE BSEG-DMBTR,"项目金额-BSEG END OF LT_BSEG. RANGES:R_KUNNR FOR KNA1-KUNNR. RANGES:R_LIFNR FOR LFA1-LIFNR. RANGES:R_HKONT1 FOR BSEG-HKONT, R_HKONT2 FOR BSEG-HKONT, R_HKONT3 FOR BSEG-HKONT, R_HKONT4 FOR BSEG-HKONT. CLEAR:R_HKONT1,R_HKONT1[]. R_HKONT1(3) = ‘IBT‘. R_HKONT1-LOW = ‘0060000000‘. R_HKONT1-HIGH = ‘0069999999‘. APPEND R_HKONT1. CLEAR:R_HKONT2,R_HKONT2[]. R_HKONT2(3) = ‘IBT‘. R_HKONT2-LOW = ‘0068010000‘. R_HKONT2-HIGH = ‘0068019999‘. APPEND R_HKONT2. *BREAK ABAP30. *&S1.取1000版本数据 GT_1000 SELECT ZZNUMB ZZTEXT ZZSUM ZZTXPE FROM ZFI030_TEXT INTO TABLE GT_1000 WHERE ZZTYPE = ‘C‘. SORT GT_1000 BY ZZNUMB. *&S2.取现金流量表对应科目(ZFI030) SELECT * FROM ZFI030 INTO CORRESPONDING FIELDS OF TABLE LT_ZFI030 WHERE ZZTYPE = ‘C‘. *&B1.不可删除重复 * SORT LT_ZFI030 BY HKONT. * DELETE ADJACENT DUPLICATES FROM LT_ZFI030 COMPARING HKONT. IF LT_ZFI030[] IS NOT INITIAL. *&取T表所有数据 SELECT * INTO CORRESPONDING FIELDS OF TABLE GT_FAGT FROM FAGLFLEXT WHERE RBUKRS = P_BUKRS AND RYEAR = P_GJAHR AND RRCTY = ‘0‘. SORT GT_FAGT BY RACCT. ENDIF. DATA:LT_C7_001 LIKE TABLE OF GT_TAB WITH HEADER LINE, LT_C7_001_SUM LIKE TABLE OF GT_TAB WITH HEADER LINE. DATA:LV_GJAHR LIKE P_GJAHR. *&A13.C7-001 期初余额，本年累计的期初余额为上年期末余额 *& 取HSL01 为上年12月的值 LV_GJAHR = P_GJAHR."change by baiyuzhuang CLEAR:LT_C7_001, LT_C7_001[]. SELECT * INTO CORRESPONDING FIELDS OF TABLE LT_C7_001 FROM FAGLFLEXT AS A JOIN ZFI030 AS B ON A~RACCT EQ B~HKONT WHERE RBUKRS = P_BUKRS AND RYEAR = LV_GJAHR AND RRCTY = ‘0‘ AND ZZNUMB = ‘C7-001‘."add by baiyuzhuang IF SY-SUBRC EQ 0. LOOP AT LT_C7_001. MOVE-CORRESPONDING LT_C7_001 TO LT_C7_001_SUM. LT_C7_001_SUM-ZZNUMB = ‘C7-001‘. CLEAR : LT_C7_001_SUM-HKONT. COLLECT LT_C7_001_SUM. CLEAR LT_C7_001_SUM. ENDLOOP. ENDIF. LV_GJAHR = P_GJAHR - 1. *&S4.得到 1-12期间的余额， LOOP AT GT_FAGT. *&A1.C1-002【Profit before income tax expense】取数逻辑：（60000000到69999999加总）-（68010000到68019999的加总） *& 计算 C1-002 栏位的值， IF GT_FAGT-RACCT IN R_HKONT1. IF GT_FAGT-RACCT IN R_HKONT2. *&排除科目（68010000到68019999的加总） ELSE. MOVE-CORRESPONDING GT_FAGT TO LT_C1_002. LT_C1_002-HSL01_Y = LT_C1_002-HSL01 + LT_C1_002-HSL02 + LT_C1_002-HSL03 + LT_C1_002-HSL04 + LT_C1_002-HSL05 + LT_C1_002-HSL06 + LT_C1_002-HSL07 + LT_C1_002-HSL08 + LT_C1_002-HSL09 + LT_C1_002-HSL10 + LT_C1_002-HSL11 + LT_C1_002-HSL12. CLEAR:LT_C1_002-ZZSUM,LT_C1_002-ZZNUMB,LT_C1_002-HKONT. LT_C1_002-ZZNUMB = ‘C1-002‘. COLLECT LT_C1_002. CLEAR LT_C1_002. ENDIF. ENDIF. *&E7.C5-002 增加借款（贷方金额）2501* ‘H’条目汇总 *& 20151117‘H’贷方金额且贷方金额为正，要（*-1） IF GT_FAGT-RACCT(6) = ‘002501‘ AND GT_FAGT-DRCRK = ‘H‘. MOVE-CORRESPONDING GT_FAGT TO LT_C5_002. LT_C5_002-ZZNUMB = ‘C5-002‘. LT_C5_002-HSL01_Y = GT_FAGT-HSL01 + GT_FAGT-HSL02 + GT_FAGT-HSL03 + GT_FAGT-HSL04 + GT_FAGT-HSL05 + GT_FAGT-HSL06 + GT_FAGT-HSL07 + GT_FAGT-HSL08 + GT_FAGT-HSL09 + GT_FAGT-HSL10 + GT_FAGT-HSL11 + GT_FAGT-HSL12. COLLECT LT_C5_002. CLEAR LT_C5_002. ENDIF. *&>E8.C5-003 -还款金额（借方金额）2501* ‘S’条目汇总 IF GT_FAGT-RACCT(6) = ‘002501‘ AND GT_FAGT-DRCRK = ‘S‘. MOVE-CORRESPONDING GT_FAGT TO LT_C5_003. LT_C5_003-ZZNUMB = ‘C5-003‘. LT_C5_003-HSL01_Y = GT_FAGT-HSL01 + GT_FAGT-HSL02 + GT_FAGT-HSL03 + GT_FAGT-HSL04 + GT_FAGT-HSL05 + GT_FAGT-HSL06 + GT_FAGT-HSL07 + GT_FAGT-HSL08 + GT_FAGT-HSL09 + GT_FAGT-HSL10 + GT_FAGT-HSL11 + GT_FAGT-HSL12. COLLECT LT_C5_003. CLEAR LT_C5_003. ENDIF. *&S4.1读取科目对应的余额，/期初结转/当年累积/分月余额， LOOP AT LT_ZFI030 WHERE HKONT = GT_FAGT-RACCT AND ZZNUMB NE ‘C5-003‘. *READ TABLE LT_ZFI030 WITH KEY HKONT = GT_FAGT-RACCT. * IF SY-SUBRC EQ 0. GT_TAB-ZZSUM = LT_ZFI030-ZZSUM. "汇总栏位 GT_TAB-ZZNUMB = LT_ZFI030-ZZNUMB."栏位编号 GT_TAB-HKONT = GT_FAGT-RACCT. "总账科目 *&S4.2本年累计 GT_TAB-HSL01_Y = GT_FAGT-HSL01 + GT_FAGT-HSL02 + GT_FAGT-HSL03 + GT_FAGT-HSL04 + GT_FAGT-HSL05 + GT_FAGT-HSL06 + GT_FAGT-HSL07 + GT_FAGT-HSL08 + GT_FAGT-HSL09 + GT_FAGT-HSL10 + GT_FAGT-HSL11 + GT_FAGT-HSL12. *&S4.3用本币计算的结转余额 GT_TAB-HSLVT = GT_FAGT-HSLVT. GT_TAB-HSL01 = GT_FAGT-HSL01. GT_TAB-HSL02 = GT_FAGT-HSL02. GT_TAB-HSL03 = GT_FAGT-HSL03. GT_TAB-HSL04 = GT_FAGT-HSL04. GT_TAB-HSL05 = GT_FAGT-HSL05. GT_TAB-HSL06 = GT_FAGT-HSL06. GT_TAB-HSL07 = GT_FAGT-HSL07. GT_TAB-HSL08 = GT_FAGT-HSL08. GT_TAB-HSL09 = GT_FAGT-HSL09. GT_TAB-HSL10 = GT_FAGT-HSL10. GT_TAB-HSL11 = GT_FAGT-HSL11. GT_TAB-HSL12 = GT_FAGT-HSL12. * ELSE. * MOVE-CORRESPONDING GT_FAGT TO GT_TAB. * GT_TAB-HKONT = GT_FAGT-RACCT. "总账科目 * GT_TAB-HSL01_Y = GT_FAGT-HSL01 + GT_FAGT-HSL02 + GT_FAGT-HSL03 + GT_FAGT-HSL04 * + GT_FAGT-HSL05 + GT_FAGT-HSL06 + GT_FAGT-HSL07 + GT_FAGT-HSL08 * + GT_FAGT-HSL09 + GT_FAGT-HSL10 + GT_FAGT-HSL11 + GT_FAGT-HSL12. COLLECT GT_TAB. CLEAR:GT_TAB,LT_ZFI030. * ENDIF . ENDLOOP. CLEAR:GT_FAGT. ENDLOOP. SORT GT_TAB BY ZZSUM ZZNUMB. CLEAR:GT_SUM_C,GT_SUM_C[], GT_SUM_S,GT_SUM_S[]. *&change on 2015119 更改汇总方式 *&S5.根据栏位编码汇总金额 LOOP AT GT_TAB. MOVE-CORRESPONDING GT_TAB TO GT_SUM_C. "add by abap20 20151120 CLEAR:GT_SUM_C-ZZSUM, GT_SUM_C-HKONT. COLLECT GT_SUM_C. CLEAR GT_SUM_C. MOVE-CORRESPONDING GT_TAB TO GT_SUM_S. "add by abap20 20151120 IF GT_SUM_S-ZZNUMB = ‘C1-006‘OR GT_SUM_S-ZZNUMB = ‘C1-007‘OR GT_SUM_S-ZZNUMB = ‘C4-004‘ OR GT_SUM_S-ZZNUMB = ‘C2-001‘ OR GT_SUM_S-ZZNUMB = ‘C2-003‘ OR GT_SUM_S-ZZNUMB = ‘C2-006‘ OR GT_SUM_S-ZZNUMB = ‘C3-001‘ OR GT_SUM_S-ZZNUMB = ‘C3-002‘ OR GT_SUM_S-ZZNUMB = ‘C4-002‘ OR GT_SUM_S-ZZNUMB = ‘C5-005‘ . GT_SUM_S-HSL01_Y = GT_SUM_S-HSL01_Y * -1. GT_SUM_S-HSLVT = GT_SUM_S-HSLVT * -1. GT_SUM_S-HSL01 = GT_SUM_S-HSL01 * -1. GT_SUM_S-HSL02 = GT_SUM_S-HSL02 * -1. GT_SUM_S-HSL03 = GT_SUM_S-HSL03 * -1. GT_SUM_S-HSL04 = GT_SUM_S-HSL04 * -1. GT_SUM_S-HSL05 = GT_SUM_S-HSL05 * -1. GT_SUM_S-HSL06 = GT_SUM_S-HSL06 * -1. GT_SUM_S-HSL07 = GT_SUM_S-HSL07 * -1. GT_SUM_S-HSL08 = GT_SUM_S-HSL08 * -1. GT_SUM_S-HSL09 = GT_SUM_S-HSL09 * -1. GT_SUM_S-HSL10 = GT_SUM_S-HSL10 * -1. GT_SUM_S-HSL11 = GT_SUM_S-HSL11 * -1. GT_SUM_S-HSL12 = GT_SUM_S-HSL12 * -1. ENDIF. "end add CLEAR:GT_SUM_S-ZZNUMB, GT_SUM_S-HKONT. COLLECT GT_SUM_S. CLEAR GT_SUM_S. **&A1.C1-002【Profit before income tax expense】取数逻辑：（60000000到69999999加总）-（68010000到68019999的加总） **& 计算 C1-002 栏位的值， * IF GT_TAB-HKONT IN R_HKONT1. * IF GT_TAB-HKONT IN R_HKONT2. **&排除科目（68010000到68019999的加总） * ELSE. * MOVE-CORRESPONDING GT_TAB TO LT_C1_002. * CLEAR:LT_C1_002-ZZSUM,LT_C1_002-ZZNUMB,LT_C1_002-HKONT. * LT_C1_002-ZZNUMB = ‘C1-002‘. * COLLECT LT_C1_002. * CLEAR LT_C1_002. * ENDIF. * ENDIF. ENDLOOP. *BREAK ABAP30. **&A.C2-004 1122*(针对部分客户）* (-1） **&计算C2-004 栏位值 CLEAR:LT_ZFIT103,LT_ZFIT103[]. SELECT * INTO TABLE LT_ZFIT103 FROM ZFIT103. IF SY-SUBRC EQ 0. LOOP AT LT_ZFIT103 WHERE ZZNUMB EQ ‘C2-004‘. R_KUNNR(3) = ‘IEQ‘. R_KUNNR-LOW = LT_ZFIT103-KUNNR. APPEND R_KUNNR. CLEAR R_KUNNR. ENDLOOP. **&通过BSIS 索引找BSEG * CLEAR:LT_BSIS,LT_BSIS[]. * SELECT BUKRS BELNR * GJAHR BUZEI * HKONT MONAT * SHKZG DMBTR * INTO TABLE LT_BSIS * FROM BSIS ** FOR ALL ENTRIES IN LT_ZFIT103 * WHERE BUKRS EQ P_BUKRS * AND HKONT LIKE ‘001122%‘ * AND GJAHR EQ P_GJAHR. * "ADD BY ABAP20 20151120 已请未清都取 * SELECT BUKRS BELNR * GJAHR BUZEI * HKONT MONAT * SHKZG DMBTR * APPENDING TABLE LT_BSIS * FROM BSAD ** FOR ALL ENTRIES IN LT_ZFIT103 * WHERE BUKRS EQ P_BUKRS * AND HKONT LIKE ‘001122%‘ * AND GJAHR EQ P_GJAHR. * "ADD BY ABAP20 20151120 * SORT LT_BSIS BY BUKRS BELNR GJAHR. * DELETE ADJACENT DUPLICATES FROM LT_BSIS COMPARING BUKRS BELNR GJAHR. * * IF SY-SUBRC EQ 0. * CLEAR:LT_BSEG,LT_BSEG[]. * SELECT BUKRS BELNR * BUZEI GJAHR * RSTGR HKONT * SHKZG DMBTR * INTO TABLE LT_BSEG * FROM BSEG * FOR ALL ENTRIES IN LT_BSIS * WHERE BUKRS = LT_BSIS-BUKRS * AND BELNR = LT_BSIS-BELNR * AND GJAHR = LT_BSIS-GJAHR * AND KUNNR IN R_KUNNR. * SORT LT_BSEG BY BUKRS GJAHR BELNR. * * LOOP AT LT_BSIS. * READ TABLE LT_BSEG WITH KEY BUKRS = LT_BSIS-BUKRS * GJAHR = LT_BSIS-GJAHR * BELNR = LT_BSIS-BELNR BINARY SEARCH. * IF SY-SUBRC <> 0. * DELETE LT_BSIS. * CONTINUE. * ENDIF. * ENDLOOP. * ENDIF. * ENDIF. **& 按期间汇总 BSIS 金额 * CLEAR:LT_BSIS_S,LT_BSIS_S[]. * LOOP AT LT_BSIS. * LT_BSIS_S-MONAT = LT_BSIS-MONAT. * IF LT_BSIS-SHKZG = ‘H‘. * LT_BSIS_S-DMBTR = LT_BSIS-DMBTR * -1. * ELSE. * LT_BSIS_S-DMBTR = LT_BSIS-DMBTR. * ENDIF. * COLLECT LT_BSIS_S. * CLEAR LT_BSIS_S. * ENDLOOP. "ADD BY ABAP20 DATA :LT_KNC1 TYPE TABLE OF KNC1 WITH HEADER LINE. DATA :LT_KNC1_S TYPE TABLE OF KNC1 WITH HEADER LINE. SELECT * FROM KNC1 INTO TABLE LT_KNC1 WHERE KUNNR IN R_KUNNR AND GJAHR EQ P_GJAHR AND BUKRS = P_BUKRS. LOOP AT LT_KNC1. MOVE LT_KNC1 TO LT_KNC1_S. LT_KNC1_S-KUNNR = ‘‘. LT_KNC1_S-ERDAT = ‘‘. LT_KNC1_S-USNAM = ‘‘. COLLECT LT_KNC1_S. CLEAR LT_KNC1_S. ENDLOOP. ENDIF. "END ADD BY ABAP20 *& A6.C2-007 加 2202* (针对部分供应商）【(Decrease)/increase in amounts due to related companies on trade accounts】 *& 计算C2-007 栏位值 DATA:LT_USE LIKE TABLE OF LT_BSIS WITH HEADER LINE. DATA:L_LAST TYPE C, L_COUNT TYPE I, L_NMAX TYPE I. LOOP AT LT_ZFIT103 WHERE ZZNUMB EQ ‘C2-007‘. R_LIFNR(3) = ‘IEQ‘. R_LIFNR-LOW = LT_ZFIT103-LIFNR. APPEND R_LIFNR. CLEAR R_LIFNR. ENDLOOP. LOOP AT LT_ZFI030 WHERE ZZNUMB EQ ‘C2-007‘. R_HKONT3(3) = ‘IEQ‘. R_HKONT3-LOW = LT_ZFI030-HKONT. APPEND R_HKONT3. CLEAR R_HKONT3. ENDLOOP. LOOP AT LT_ZFI030 WHERE ZZNUMB EQ ‘C2-002‘. R_HKONT4(3) = ‘IEQ‘. R_HKONT4-LOW = LT_ZFI030-HKONT. APPEND R_HKONT4. CLEAR R_HKONT4. ENDLOOP. "ADD BY ABAP20 DATA :LT_LFC1 TYPE TABLE OF LFC1 WITH HEADER LINE. DATA :LT_LFC1_S TYPE TABLE OF LFC1 WITH HEADER LINE. SELECT * FROM LFC1 INTO TABLE LT_LFC1 WHERE LIFNR IN R_LIFNR AND GJAHR EQ P_GJAHR AND BUKRS = P_BUKRS. LOOP AT LT_LFC1. MOVE LT_LFC1 TO LT_LFC1_S. LT_LFC1_S-LIFNR = ‘‘. LT_LFC1_S-ERDAT = ‘‘. LT_LFC1_S-USNAM = ‘‘. COLLECT LT_LFC1_S. CLEAR LT_LFC1_S. ENDLOOP. * * CLEAR:LT_BSIS,LT_BSIS[]. * SELECT BUKRS BELNR * GJAHR BUZEI * HKONT MONAT * SHKZG DMBTR * INTO TABLE LT_BSIS * FROM BSIS * WHERE BUKRS EQ P_BUKRS * AND HKONT LIKE ‘002202%‘ * AND GJAHR EQ P_GJAHR. * " ADD BY ABAP20 20151120 * SELECT BUKRS BELNR * GJAHR BUZEI * HKONT MONAT * SHKZG DMBTR * INTO TABLE LT_BSIS * FROM BSAD * WHERE BUKRS EQ P_BUKRS * AND HKONT LIKE ‘002202%‘ * AND GJAHR EQ P_GJAHR. * " ADD BY ABAP20 20151120 * SORT LT_BSIS BY BUKRS BELNR GJAHR. * DELETE ADJACENT DUPLICATES FROM LT_BSIS COMPARING BUKRS BELNR GJAHR. * * CLEAR:LT_USE[],LT_USE. * CLEAR:LT_BSEG,LT_BSEG[]. ** LT_USE[] = LT_BSIS[]. * LOOP AT LT_BSIS. * CLEAR L_LAST. * AT LAST. * L_LAST = ‘X‘. * ENDAT. * * APPEND LT_BSIS TO LT_USE. * ADD 1 TO L_COUNT. **&for all entries 后条目数限制，5000（10000也可以取） * IF L_COUNT = 5000 OR L_LAST = ‘X‘. * SELECT BUKRS BELNR * BUZEI GJAHR * RSTGR HKONT * SHKZG DMBTR * APPENDING TABLE LT_BSEG * FROM BSEG * FOR ALL ENTRIES IN LT_BSIS * WHERE BUKRS EQ LT_BSIS-BUKRS * AND BELNR EQ LT_BSIS-BELNR * AND GJAHR EQ LT_BSIS-GJAHR * AND LIFNR IN R_LIFNR. * REFRESH LT_USE. * CLEAR L_COUNT. * ENDIF. * ENDLOOP. * SORT LT_BSEG BY BUKRS GJAHR BELNR. * * LOOP AT LT_BSIS. * READ TABLE LT_BSEG WITH KEY BUKRS = LT_BSIS-BUKRS * GJAHR = LT_BSIS-GJAHR * BELNR = LT_BSIS-BELNR BINARY SEARCH. * IF SY-SUBRC <> 0. * DELETE LT_BSIS. * CONTINUE. * ENDIF. * ENDLOOP. * **& 按期间汇总供应商条件下的科目 * CLEAR:LT_BSIS_L,LT_BSIS_L[]. * LOOP AT LT_BSIS. * LT_BSIS_L-MONAT = LT_BSIS-MONAT. * IF LT_BSIS-SHKZG = ‘H‘. * LT_BSIS_L-DMBTR = LT_BSIS-DMBTR * -1. * ELSE. * LT_BSIS_L-DMBTR = LT_BSIS-DMBTR. * ENDIF. * COLLECT LT_BSIS_L. * CLEAR LT_BSIS_L. * ENDLOOP. *BREAK ABAP30. *&S6.读取对应栏位汇总值到显示内表 LOOP AT GT_1000. GT_1000-LIN = SY-TABIX. *&读取编号栏位金额 IF GT_1000-ZZNUMB IS NOT INITIAL AND GT_1000-ZZSUM NE ‘C2-002‘. READ TABLE GT_SUM_C WITH KEY ZZNUMB = GT_1000-ZZNUMB. IF SY-SUBRC EQ 0. MOVE-CORRESPONDING GT_SUM_C TO GT_1000. ENDIF. ENDIF. *&读取汇总栏位金额 IF GT_1000-ZZSUM IS NOT INITIAL . READ TABLE GT_SUM_S WITH KEY ZZSUM = GT_1000-ZZSUM. IF SY-SUBRC EQ 0. * MOVE-CORRESPONDING GT_SUM_S TO GT_1000. GT_1000-HSL01_Y = GT_SUM_S-HSL01_Y . GT_1000-HSLVT = GT_SUM_S-HSLVT. GT_1000-HSL01 = GT_SUM_S-HSL01. GT_1000-HSL02 = GT_SUM_S-HSL02. GT_1000-HSL03 = GT_SUM_S-HSL03. GT_1000-HSL04 = GT_SUM_S-HSL04. GT_1000-HSL05 = GT_SUM_S-HSL05. GT_1000-HSL06 = GT_SUM_S-HSL06. GT_1000-HSL07 = GT_SUM_S-HSL07. GT_1000-HSL08 = GT_SUM_S-HSL08. GT_1000-HSL09 = GT_SUM_S-HSL09. GT_1000-HSL10 = GT_SUM_S-HSL10. GT_1000-HSL11 = GT_SUM_S-HSL11. GT_1000-HSL12 = GT_SUM_S-HSL12. IF GT_1000-ZZSUM = ‘C2‘. READ TABLE GT_SUM_C WITH KEY ZZNUMB = ‘C2-002‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y - GT_SUM_C-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT - GT_SUM_C-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 - GT_SUM_C-HSL01. GT_1000-HSL02 = GT_1000-HSL02 - GT_SUM_C-HSL02. GT_1000-HSL03 = GT_1000-HSL03 - GT_SUM_C-HSL03. GT_1000-HSL04 = GT_1000-HSL04 - GT_SUM_C-HSL04. GT_1000-HSL05 = GT_1000-HSL05 - GT_SUM_C-HSL05. GT_1000-HSL06 = GT_1000-HSL06 - GT_SUM_C-HSL06. GT_1000-HSL07 = GT_1000-HSL07 - GT_SUM_C-HSL07. GT_1000-HSL08 = GT_1000-HSL08 - GT_SUM_C-HSL08. GT_1000-HSL09 = GT_1000-HSL09 - GT_SUM_C-HSL09. GT_1000-HSL10 = GT_1000-HSL10 - GT_SUM_C-HSL10. GT_1000-HSL11 = GT_1000-HSL11 - GT_SUM_C-HSL11. GT_1000-HSL12 = GT_1000-HSL12 - GT_SUM_C-HSL12. * MOVE-CORRESPONDING GT_SUM_C TO GT_1000. ENDIF. READ TABLE GT_SUM_C WITH KEY ZZNUMB = ‘C2-005‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y - GT_SUM_C-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT - GT_SUM_C-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 - GT_SUM_C-HSL01. GT_1000-HSL02 = GT_1000-HSL02 - GT_SUM_C-HSL02. GT_1000-HSL03 = GT_1000-HSL03 - GT_SUM_C-HSL03. GT_1000-HSL04 = GT_1000-HSL04 - GT_SUM_C-HSL04. GT_1000-HSL05 = GT_1000-HSL05 - GT_SUM_C-HSL05. GT_1000-HSL06 = GT_1000-HSL06 - GT_SUM_C-HSL06. GT_1000-HSL07 = GT_1000-HSL07 - GT_SUM_C-HSL07. GT_1000-HSL08 = GT_1000-HSL08 - GT_SUM_C-HSL08. GT_1000-HSL09 = GT_1000-HSL09 - GT_SUM_C-HSL09. GT_1000-HSL10 = GT_1000-HSL10 - GT_SUM_C-HSL10. GT_1000-HSL11 = GT_1000-HSL11 - GT_SUM_C-HSL11. GT_1000-HSL12 = GT_1000-HSL12 - GT_SUM_C-HSL12. * MOVE-CORRESPONDING GT_SUM_C TO GT_1000. ENDIF. * READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-002‘. * IF SY-SUBRC EQ 0. * GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y . * GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. * GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. * GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. * GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. * GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. * GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. * GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. * GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. * GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. * GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. * GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. * GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. * GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. * ENDIF. READ TABLE GT_SUM_C WITH KEY ZZNUMB = ‘C2-004‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y - GT_SUM_C-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT - GT_SUM_C-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 - GT_SUM_C-HSL01. GT_1000-HSL02 = GT_1000-HSL02 - GT_SUM_C-HSL02. GT_1000-HSL03 = GT_1000-HSL03 - GT_SUM_C-HSL03. GT_1000-HSL04 = GT_1000-HSL04 - GT_SUM_C-HSL04. GT_1000-HSL05 = GT_1000-HSL05 - GT_SUM_C-HSL05. GT_1000-HSL06 = GT_1000-HSL06 - GT_SUM_C-HSL06. GT_1000-HSL07 = GT_1000-HSL07 - GT_SUM_C-HSL07. GT_1000-HSL08 = GT_1000-HSL08 - GT_SUM_C-HSL08. GT_1000-HSL09 = GT_1000-HSL09 - GT_SUM_C-HSL09. GT_1000-HSL10 = GT_1000-HSL10 - GT_SUM_C-HSL10. GT_1000-HSL11 = GT_1000-HSL11 - GT_SUM_C-HSL11. GT_1000-HSL12 = GT_1000-HSL12 - GT_SUM_C-HSL12. * MOVE-CORRESPONDING GT_SUM_C TO GT_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-004‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. ENDIF. READ TABLE GT_SUM_C WITH KEY ZZNUMB = ‘C2-007‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y - GT_SUM_C-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT - GT_SUM_C-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 - GT_SUM_C-HSL01. GT_1000-HSL02 = GT_1000-HSL02 - GT_SUM_C-HSL02. GT_1000-HSL03 = GT_1000-HSL03 - GT_SUM_C-HSL03. GT_1000-HSL04 = GT_1000-HSL04 - GT_SUM_C-HSL04. GT_1000-HSL05 = GT_1000-HSL05 - GT_SUM_C-HSL05. GT_1000-HSL06 = GT_1000-HSL06 - GT_SUM_C-HSL06. GT_1000-HSL07 = GT_1000-HSL07 - GT_SUM_C-HSL07. GT_1000-HSL08 = GT_1000-HSL08 - GT_SUM_C-HSL08. GT_1000-HSL09 = GT_1000-HSL09 - GT_SUM_C-HSL09. GT_1000-HSL10 = GT_1000-HSL10 - GT_SUM_C-HSL10. GT_1000-HSL11 = GT_1000-HSL11 - GT_SUM_C-HSL11. GT_1000-HSL12 = GT_1000-HSL12 - GT_SUM_C-HSL12. * MOVE-CORRESPONDING GT_SUM_C TO GT_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-007‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y . GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. ENDIF. ENDIF. ENDIF. ENDIF. *&>A1.C1-002 （006*加总-6801*）*-1 【Profit before income tax expense】 CASE GT_1000-ZZNUMB. WHEN ‘C1-002‘. READ TABLE LT_C1_002 WITH KEY ZZNUMB = ‘C1-002‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = LT_C1_002-HSL01_Y * -1. GT_1000-HSLVT = LT_C1_002-HSLVT * -1. GT_1000-HSL01 = LT_C1_002-HSL01 * -1. GT_1000-HSL02 = LT_C1_002-HSL02 * -1. GT_1000-HSL03 = LT_C1_002-HSL03 * -1. GT_1000-HSL04 = LT_C1_002-HSL04 * -1. GT_1000-HSL05 = LT_C1_002-HSL05 * -1. GT_1000-HSL06 = LT_C1_002-HSL06 * -1. GT_1000-HSL07 = LT_C1_002-HSL07 * -1. GT_1000-HSL08 = LT_C1_002-HSL08 * -1. GT_1000-HSL09 = LT_C1_002-HSL09 * -1. GT_1000-HSL10 = LT_C1_002-HSL10 * -1. GT_1000-HSL11 = LT_C1_002-HSL11 * -1. GT_1000-HSL12 = LT_C1_002-HSL12 * -1. CLEAR LT_C1_002. ENDIF. *&>A3.C2-002 科目汇总结果*（-1）-C2-004【 Decrease/(increase) in trade receivables】 *& 需要后面单独处理 WHEN ‘C2-002‘. * GT_1000-HSL01_Y = GT_1000-HSL01_Y * -1. * GT_1000-HSLVT = GT_1000-HSLVT * -1. * GT_1000-HSL01 = GT_1000-HSL01 * -1. * GT_1000-HSL02 = GT_1000-HSL02 * -1. * GT_1000-HSL03 = GT_1000-HSL03 * -1. * GT_1000-HSL04 = GT_1000-HSL04 * -1. * GT_1000-HSL05 = GT_1000-HSL05 * -1. * GT_1000-HSL06 = GT_1000-HSL06 * -1. * GT_1000-HSL07 = GT_1000-HSL07 * -1. * GT_1000-HSL08 = GT_1000-HSL08 * -1. * GT_1000-HSL09 = GT_1000-HSL09 * -1. * GT_1000-HSL10 = GT_1000-HSL10 * -1. * GT_1000-HSL11 = GT_1000-HSL11 * -1. * GT_1000-HSL12 = GT_1000-HSL12 * -1. GT_1000-HSL01_Y = 0. GT_1000-HSLVT = 0. GT_1000-HSL01 = 0. GT_1000-HSL02 = 0. GT_1000-HSL03 = 0. GT_1000-HSL04 = 0. GT_1000-HSL05 = 0. GT_1000-HSL06 = 0. GT_1000-HSL07 = 0. GT_1000-HSL08 = 0. GT_1000-HSL09 = 0. GT_1000-HSL10 = 0. GT_1000-HSL11 = 0. GT_1000-HSL12 = 0. * GT_1000-HSLVT = 0. * GT_1000-HSL01_Y = 0 . LOOP AT GT_FAGT WHERE RACCT IN R_HKONT4. LT_BSIS_S-MONAT = 0. GT_1000-HSLVT = GT_FAGT-HSLVT + GT_1000-HSLVT. DO 12 TIMES. LT_BSIS_S-MONAT = LT_BSIS_S-MONAT + 1. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_FAGT TO <FLD_VALUE_S>. * CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘H‘ INTO FLD_NAME. * ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_LFC1_S TO <FLD_VALUE_H>. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. IF SY-SUBRC = 0. <FLD_VALUE> = <FLD_VALUE> + <FLD_VALUE_S> . ELSE. STOP. ENDIF. GT_1000-HSL01_Y = GT_1000-HSL01_Y + <FLD_VALUE_S>. ENDDO. * GT_1000-HSL01 = GT_1000-HSL01 + GT_FAGT-HSL01. ENDLOOP. * BREAK ABAP20. *&>A4.C2-004 1122*(针对部分客户）* (-1）【Decrease/(increase) in amounts due from related companies on trade accounts】 *& 针对部分客户，如何处理？ WHEN ‘C2-004‘. "MOD BY BAIYUZHUANG * LOOP AT LT_BSIS_S. *&<FS> 赋值 * CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. * ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. * IF SY-SUBRC = 0. * <FLD_VALUE> = LT_BSIS_S-DMBTR. * ENDIF. * GT_1000-HSL01_Y = GT_1000-HSL01_Y + LT_BSIS_S-DMBTR. * CLEAR LT_BSIS_S. READ TABLE LT_KNC1_S INDEX 1. IF SY-SUBRC = 0 . LT_BSIS_S-MONAT = 0. DO 12 TIMES. LT_BSIS_S-MONAT = LT_BSIS_S-MONAT + 1. CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘S‘ INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_KNC1_S TO <FLD_VALUE_S>. CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘H‘ INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_KNC1_S TO <FLD_VALUE_H>. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. IF SY-SUBRC = 0. <FLD_VALUE> = <FLD_VALUE_H> - <FLD_VALUE_S> . ENDIF. GT_1000-HSL01_Y = GT_1000-HSL01_Y + <FLD_VALUE>. * CLEAR LT_BSIS_S. ENDDO. ENDIF. "END BY BAIYUZHUANG * ENDLOOP. *&>A6.C2-007 加 2202* (针对部分供应商）【(Decrease)/increase in amounts due to related companies on trade accounts】 WHEN ‘C2-007‘. "BEGIN MOD BY ABAP20 * LOOP AT LT_BSIS_L. **&<FS> 赋值 * CONCATENATE ‘HSL‘ LT_BSIS_L-MONAT INTO FLD_NAME. * ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. * IF SY-SUBRC = 0. * <FLD_VALUE> = LT_BSIS_L-DMBTR. * ENDIF. * GT_1000-HSL01_Y = GT_1000-HSL01_Y + LT_BSIS_L-DMBTR. * CLEAR LT_BSIS_S. * ENDLOOP. READ TABLE LT_LFC1_S INDEX 1. IF SY-SUBRC = 0 . LT_BSIS_S-MONAT = 0. DO 12 TIMES. LT_BSIS_S-MONAT = LT_BSIS_S-MONAT + 1. CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘S‘ INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_LFC1_S TO <FLD_VALUE_S>. CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘H‘ INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_LFC1_S TO <FLD_VALUE_H>. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. IF SY-SUBRC = 0. <FLD_VALUE> = <FLD_VALUE_H> - <FLD_VALUE_S> . ENDIF. GT_1000-HSL01_Y = GT_1000-HSL01_Y + <FLD_VALUE>. * CLEAR LT_BSIS_S. ENDDO. ENDIF. * READ TABLE GT_FAGT WITH KEY LOOP AT GT_FAGT WHERE RACCT IN R_HKONT3. LT_BSIS_S-MONAT = 0. DO 12 TIMES. LT_BSIS_S-MONAT = LT_BSIS_S-MONAT + 1. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_FAGT TO <FLD_VALUE_S>. * CONCATENATE ‘UM‘ LT_BSIS_S-MONAT ‘H‘ INTO FLD_NAME. * ASSIGN COMPONENT FLD_NAME OF STRUCTURE LT_LFC1_S TO <FLD_VALUE_H>. CONCATENATE ‘HSL‘ LT_BSIS_S-MONAT INTO FLD_NAME. ASSIGN COMPONENT FLD_NAME OF STRUCTURE GT_1000 TO <FLD_VALUE>. IF SY-SUBRC = 0. <FLD_VALUE> = <FLD_VALUE> + <FLD_VALUE_S> . ENDIF. GT_1000-HSL01_Y = GT_1000-HSL01_Y + <FLD_VALUE_S>. ENDDO. ENDLOOP. *& C2-007本年累计 CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. "END BY BAIYUZHUANG *&>9.C5-002 增加借款（贷方金额）2501* FAG*A 表 借贷为‘H’ WHEN ‘C5-002‘. READ TABLE LT_C5_002 WITH KEY ZZNUMB = ‘C5-002‘. IF SY-SUBRC EQ 0. MOVE-CORRESPONDING LT_C5_002 TO GT_1000. CLEAR LT_C5_002. ENDIF. *&>10.C5-003 -还款金额（借方金额）2501* FAG*A 表 借贷为‘S’ WHEN ‘C5-003‘. READ TABLE LT_C5_003 WITH KEY ZZNUMB = ‘C5-003‘. IF SY-SUBRC EQ 0. MOVE-CORRESPONDING LT_C5_003 TO GT_1000. CLEAR LT_C5_003. ENDIF. *&A13.C7-001 期初余额，本年累计的期初余额为上年期末余额 *&HSL01 为上年12月的值-期末结转值 WHEN ‘C7-001‘. READ TABLE GT_SUM_C WITH KEY ZZNUMB = GT_1000-ZZNUMB. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_SUM_C-HSLVT. READ TABLE LT_C7_001_SUM WITH KEY ZZNUMB = GT_1000-ZZNUMB. IF SY-SUBRC EQ 0. * GT_1000-HSL01 = LT_C7_001_SUM-HSL12. GT_1000-HSL01 = LT_C7_001_SUM-HSLVT. ENDIF. GT_1000-HSL02 = GT_SUM_C-HSL01 + GT_1000-HSL01. GT_1000-HSL03 = GT_SUM_C-HSL02 + GT_1000-HSL02. GT_1000-HSL04 = GT_SUM_C-HSL03 + GT_1000-HSL03. GT_1000-HSL05 = GT_SUM_C-HSL04 + GT_1000-HSL04. GT_1000-HSL06 = GT_SUM_C-HSL05 + GT_1000-HSL05. GT_1000-HSL07 = GT_SUM_C-HSL06 + GT_1000-HSL06. GT_1000-HSL08 = GT_SUM_C-HSL07 + GT_1000-HSL07. GT_1000-HSL09 = GT_SUM_C-HSL08 + GT_1000-HSL08. GT_1000-HSL10 = GT_SUM_C-HSL09 + GT_1000-HSL09. GT_1000-HSL11 = GT_SUM_C-HSL10 + GT_1000-HSL10. GT_1000-HSL12 = GT_SUM_C-HSL11 + GT_1000-HSL11. GT_1000-HSL01_Y = GT_SUM_C-HSLVT. CLEAR GT_SUM_C. ENDIF. *&C7-001本年累计 * CLEAR:GT_1000-HSL01_Y. * GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 * + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 * + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. *&栏位相加 汇总项…………………………………… *&>11.C5-007 C5系列加总 WHEN OTHERS. ENDCASE. **& * -1 处理 **&>A2.C1-004 *(-1) *IF GT_1000-ZZNUMB = ‘C1-004‘ OR GT_1000-ZZNUMB = ‘C1-006‘ OR GT_1000-ZZNUMB = ‘C1-007‘. "MOD BY BAIYUZHUANG IF GT_1000-ZZNUMB = ‘C1-006‘OR GT_1000-ZZNUMB = ‘C1-007‘"OR GT_1000-ZZNUMB = ‘C1-004‘ OR GT_1000-ZZNUMB = ‘C2-001‘ OR GT_1000-ZZNUMB = ‘C2-003‘ OR GT_1000-ZZNUMB = ‘C2-006‘ OR GT_1000-ZZNUMB = ‘C3-001‘ OR GT_1000-ZZNUMB = ‘C3-002‘ OR GT_1000-ZZNUMB = ‘C4-002‘ OR GT_1000-ZZNUMB = ‘C5-005‘. GT_1000-HSL01_Y = GT_1000-HSL01_Y * -1. GT_1000-HSLVT = GT_1000-HSLVT * -1. GT_1000-HSL01 = GT_1000-HSL01 * -1. GT_1000-HSL02 = GT_1000-HSL02 * -1. GT_1000-HSL03 = GT_1000-HSL03 * -1. GT_1000-HSL04 = GT_1000-HSL04 * -1. GT_1000-HSL05 = GT_1000-HSL05 * -1. GT_1000-HSL06 = GT_1000-HSL06 * -1. GT_1000-HSL07 = GT_1000-HSL07 * -1. GT_1000-HSL08 = GT_1000-HSL08 * -1. GT_1000-HSL09 = GT_1000-HSL09 * -1. GT_1000-HSL10 = GT_1000-HSL10 * -1. GT_1000-HSL11 = GT_1000-HSL11 * -1. GT_1000-HSL12 = GT_1000-HSL12 * -1. ENDIF. MODIFY GT_1000. CLEAR GT_1000. ENDLOOP. *BREAK ABAP30. *&>add on 20151116 *&*&S7.特殊栏位处理-需要相加项目的处理： LOOP AT GT_1000. *&>A3.C2-002 科目汇总结果*-1-C2-004【 Decrease/(increase) in trade receivables】 CASE GT_1000-ZZNUMB. *&营运资金变动前的经验利润 C1-011 = 原始汇总 + C1-002. WHEN ‘C1-011‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C1-002‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. *&-C2-004 (相减操作) 【科目汇总结果*-1-C2-004】 WHEN ‘C2-002‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-004‘. IF SY-SUBRC EQ 0. * GT_1000-HSL01_Y = GT_1000-HSL01_Y - WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT * -1 - WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 * -1 - WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 * -1 - WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 * -1 - WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 * -1 - WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 * -1 - WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 * -1 - WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 * -1 - WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 * -1 - WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 * -1 - WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 * -1 - WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 * -1 - WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 * -1 - WA_1000-HSL12. CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. CLEAR WA_1000. ENDIF. *&>A5.C2-005 科目汇总结果*-1-C2-007 【(Decrease)/increase in trade payables】 WHEN ‘C2-005‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-007‘. IF SY-SUBRC EQ 0. * GT_1000-HSL01_Y = GT_1000-HSL01_Y * -1 - WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT * -1 - WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 * -1 - WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 * -1 - WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 * -1 - WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 * -1 - WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 * -1 - WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 * -1 - WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 * -1 - WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 * -1 - WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 * -1 - WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 * -1 - WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 * -1 - WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 * -1 - WA_1000-HSL12. CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. CLEAR WA_1000. ENDIF. *&>A7.C2-009 原汇总基础上 + 第15项目（C1-011） 【Cash generated from operations】 WHEN ‘C2-009‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-002‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-005‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C1-011‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. *&A 20151119 - C3-001 = C1-005 * -1. WHEN ‘C3-001‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C1-005‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = WA_1000-HSL01_Y * -1. GT_1000-HSLVT = WA_1000-HSLVT * -1. GT_1000-HSL01 = WA_1000-HSL01 * -1. GT_1000-HSL02 = WA_1000-HSL02 * -1. GT_1000-HSL03 = WA_1000-HSL03 * -1. GT_1000-HSL04 = WA_1000-HSL04 * -1. GT_1000-HSL05 = WA_1000-HSL05 * -1. GT_1000-HSL06 = WA_1000-HSL06 * -1. GT_1000-HSL07 = WA_1000-HSL07 * -1. GT_1000-HSL08 = WA_1000-HSL08 * -1. GT_1000-HSL09 = WA_1000-HSL09 * -1. GT_1000-HSL10 = WA_1000-HSL10 * -1. GT_1000-HSL11 = WA_1000-HSL11 * -1. GT_1000-HSL12 = WA_1000-HSL12 * -1. CLEAR WA_1000. ENDIF. *&A 20151119 - C4-001 = C1-004 * -1. WHEN ‘C4-004‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C1-004‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = WA_1000-HSL01_Y * -1. GT_1000-HSLVT = WA_1000-HSLVT * -1. GT_1000-HSL01 = WA_1000-HSL01 * -1. GT_1000-HSL02 = WA_1000-HSL02 * -1. GT_1000-HSL03 = WA_1000-HSL03 * -1. GT_1000-HSL04 = WA_1000-HSL04 * -1. GT_1000-HSL05 = WA_1000-HSL05 * -1. GT_1000-HSL06 = WA_1000-HSL06 * -1. GT_1000-HSL07 = WA_1000-HSL07 * -1. GT_1000-HSL08 = WA_1000-HSL08 * -1. GT_1000-HSL09 = WA_1000-HSL09 * -1. GT_1000-HSL10 = WA_1000-HSL10 * -1. GT_1000-HSL11 = WA_1000-HSL11 * -1. GT_1000-HSL12 = WA_1000-HSL12 * -1. CLEAR WA_1000. ENDIF. *&A 20151119 - C4-007 = C4-004 * c4-007. WHEN ‘C4-007‘. * READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C4-004‘. * IF SY-SUBRC EQ 0. * GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. * GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. * GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. * GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. * GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. * GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. * GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. * GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. * GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. * GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. * GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. * GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. * GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. * GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. * CLEAR WA_1000. * ENDIF. *&>A8.C3-004 原汇总基础上+第24行（C2-009） 【Net cash flows from/(used in) operating activities】 WHEN ‘C3-004‘. "ADD BY ABAP20 没有汇总C3-001 * READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C3-001‘. * IF SY-SUBRC EQ 0. * GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. * GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. * GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. * GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. * GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. * GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. * GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. * GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. * GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. * GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. * GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. * GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. * GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. * GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. * CLEAR WA_1000. * ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C2-009‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. *&C3004本年累计 CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. *&>12.C6-001 28+36+44 (C3-004+C4-007+C5-007) WHEN ‘C6-001‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C3-004‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C4-007‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C5-007‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. *&C6-001本年累计 CLEAR:GT_1000-HSL01_Y. GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. *&>14.C9-001 46+48+50 (C6-001+C7-001+C8-001) WHEN ‘C9-001‘. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C6-001‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C7-001‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. READ TABLE GT_1000 INTO WA_1000 WITH KEY ZZNUMB = ‘C8-001‘. IF SY-SUBRC EQ 0. GT_1000-HSL01_Y = GT_1000-HSL01_Y + WA_1000-HSL01_Y. GT_1000-HSLVT = GT_1000-HSLVT + WA_1000-HSLVT. GT_1000-HSL01 = GT_1000-HSL01 + WA_1000-HSL01. GT_1000-HSL02 = GT_1000-HSL02 + WA_1000-HSL02. GT_1000-HSL03 = GT_1000-HSL03 + WA_1000-HSL03. GT_1000-HSL04 = GT_1000-HSL04 + WA_1000-HSL04. GT_1000-HSL05 = GT_1000-HSL05 + WA_1000-HSL05. GT_1000-HSL06 = GT_1000-HSL06 + WA_1000-HSL06. GT_1000-HSL07 = GT_1000-HSL07 + WA_1000-HSL07. GT_1000-HSL08 = GT_1000-HSL08 + WA_1000-HSL08. GT_1000-HSL09 = GT_1000-HSL09 + WA_1000-HSL09. GT_1000-HSL10 = GT_1000-HSL10 + WA_1000-HSL10. GT_1000-HSL11 = GT_1000-HSL11 + WA_1000-HSL11. GT_1000-HSL12 = GT_1000-HSL12 + WA_1000-HSL12. CLEAR WA_1000. ENDIF. *&C9-001本年累计 * CLEAR:GT_1000-HSL01_Y. * GT_1000-HSL01_Y = GT_1000-HSL01 + GT_1000-HSL02 + GT_1000-HSL03 + GT_1000-HSL04 * + GT_1000-HSL05 + GT_1000-HSL06 + GT_1000-HSL07 + GT_1000-HSL08 * + GT_1000-HSL09 + GT_1000-HSL10 + GT_1000-HSL11 + GT_1000-HSL12. WHEN OTHERS. ENDCASE. MODIFY GT_1000. CLEAR GT_1000. ENDLOOP. *&条目数 G_LEN = LINES( GT_1000[] ). IF G_LEN EQ 0. MESSAGE I003 WITH ‘没有找到符合条件的数据!‘. STOP. ELSE. MESSAGE S003 WITH ‘找到数据条目数：‘ G_LEN. ENDIF. ENDFORM. " FRM_GET_1000 *&---------------------------------------------------------------------* *& Form FRM_WRITE_OUT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_OUT. *DATA: LOOP AT GT_1000. *&1.文本 IF GT_1000-ZZTXPE EQ ‘X‘. PERFORM FRM_WRITE_TEXT. ENDIF. *&2.科目栏位 IF GT_1000-ZZSUM EQ ‘‘ AND GT_1000-ZZTXPE EQ ‘‘. PERFORM FRM_WRITE_ITEM. ENDIF. IF GT_1000-ZZSUM CS ‘C‘ AND GT_1000-ZZTXPE IS INITIAL. * IF GT_1000-ZZSUM EQ ‘C1‘ OR GT_1000-ZZSUM EQ ‘C2‘ OR GT_1000-ZZSUM EQ ‘C3‘ * OR GT_1000-ZZSUM EQ ‘C4‘ OR GT_1000-ZZSUM EQ ‘C5‘. PERFORM FRM_WRITE_SUM. ENDIF. ENDLOOP. ENDFORM. " FRM_WRITE_OUT *&---------------------------------------------------------------------* *& Form FRM_WRITE_TEXT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_TEXT. WRITE AT:/(80) GT_1000-ZZTEXT LEFT-JUSTIFIED. ENDFORM. " FRM_WRITE_TEXT *&---------------------------------------------------------------------* *& Form FRM_WRITE_ITEM *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_ITEM. WRITE AT:/3(80) GT_1000-ZZTEXT LEFT-JUSTIFIED, (3) ‘‘, (15) GT_1000-HSL01 RIGHT-JUSTIFIED, (15) GT_1000-HSL02 RIGHT-JUSTIFIED, (15) GT_1000-HSL03 RIGHT-JUSTIFIED, (15) GT_1000-HSL04 RIGHT-JUSTIFIED, (15) GT_1000-HSL05 RIGHT-JUSTIFIED, (15) GT_1000-HSL06 RIGHT-JUSTIFIED, (15) GT_1000-HSL07 RIGHT-JUSTIFIED, (15) GT_1000-HSL08 RIGHT-JUSTIFIED, (15) GT_1000-HSL09 RIGHT-JUSTIFIED, (15) GT_1000-HSL10 RIGHT-JUSTIFIED, (15) GT_1000-HSL11 RIGHT-JUSTIFIED, (15) GT_1000-HSL12 RIGHT-JUSTIFIED, (15) GT_1000-HSL01_Y RIGHT-JUSTIFIED. ENDFORM. " FRM_WRITE_ITEM *&---------------------------------------------------------------------* *& Form FRM_WRITE_SUM *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_SUM . WRITE AT:/87(192) SY-ULINE,(15) SY-ULINE. "(15)SY-ULINE, (15)SY-ULINE, (10) SY-ULINE. WRITE AT:/3(80) GT_1000-ZZTEXT LEFT-JUSTIFIED, (3) ‘‘, (15) GT_1000-HSL01 RIGHT-JUSTIFIED, (15) GT_1000-HSL02 RIGHT-JUSTIFIED, (15) GT_1000-HSL03 RIGHT-JUSTIFIED, (15) GT_1000-HSL04 RIGHT-JUSTIFIED, (15) GT_1000-HSL05 RIGHT-JUSTIFIED, (15) GT_1000-HSL06 RIGHT-JUSTIFIED, (15) GT_1000-HSL07 RIGHT-JUSTIFIED, (15) GT_1000-HSL08 RIGHT-JUSTIFIED, (15) GT_1000-HSL09 RIGHT-JUSTIFIED, (15) GT_1000-HSL10 RIGHT-JUSTIFIED, (15) GT_1000-HSL11 RIGHT-JUSTIFIED, (15) GT_1000-HSL12 RIGHT-JUSTIFIED, (15) GT_1000-HSL01_Y RIGHT-JUSTIFIED. WRITE AT:/87(192) SY-ULINE,(15) SY-ULINE. "(15)SY-ULINE, (15)SY-ULINE, (10) SY-ULINE. ENDFORM. " FRM_WRITE_SUM *&---------------------------------------------------------------------* *& Form FRM_WRITE_TOTAL *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_TOTAL . * WRITE AT:/3(30) GT_1000-ZZTEXT LEFT-JUSTIFIED, * (3) ‘‘, * (17) GT_1000-HSL01_Y RIGHT-JUSTIFIED, * (17) GT_1000-HSL01_N RIGHT-JUSTIFIED. ** (17) ITAB-DMBTR1 RIGHT-JUSTIFIED, ** (17) ITAB-DMBTR2 RIGHT-JUSTIFIED, ** (17) ITAB-DMBTR3 RIGHT-JUSTIFIED, ** (10) ITAB-DMBTR4 RIGHT-JUSTIFIED. * WRITE AT:/37(17) ‘=================‘, * (17) ‘=================‘, * (17) ‘=================‘, * (10) ‘=================‘. ENDFORM. " FRM_WRITE_TOTAL *&---------------------------------------------------------------------* *& Form FRM_WRITE_OTHER *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_WRITE_OTHER . * WRITE AT:/37(17) SY-ULINE, (17) SY-ULINE, (17) SY-ULINE, (10) SY-ULINE. * WRITE AT:/3(30) GT_1000-ZZTEXT LEFT-JUSTIFIED, * (3) ‘‘, * (17) GT_1000-HSL01_Y RIGHT-JUSTIFIED, * (17) GT_1000-HSL01_N RIGHT-JUSTIFIED. ** (17) ITAB-DMBTR1 RIGHT-JUSTIFIED, ** (17) ITAB-DMBTR2 RIGHT-JUSTIFIED, ** (17) ITAB-DMBTR3 RIGHT-JUSTIFIED, ** (10) ITAB-DMBTR4 RIGHT-JUSTIFIED. * WRITE AT:/37(17) ‘=================‘, * (17) ‘=================‘, * (17) ‘=================‘, * (10) ‘=================‘. ENDFORM. " FRM_WRITE_OTHER *&---------------------------------------------------------------------* *& Form DISPLAY_HEADER *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM DISPLAY_HEADER . DATA:LV_TEXT TYPE STRING. DATA: L_TEXT TYPE CHAR80. DATA: L_YEAR01 TYPE CHAR7, L_YEAR02 TYPE CHAR7, L_YEAR03 TYPE CHAR7, L_YEAR04 TYPE CHAR7, L_YEAR05 TYPE CHAR7, L_YEAR06 TYPE CHAR7, L_YEAR07 TYPE CHAR7, L_YEAR08 TYPE CHAR7, L_YEAR09 TYPE CHAR7, L_YEAR10 TYPE CHAR7, L_YEAR11 TYPE CHAR7, L_YEAR12 TYPE CHAR7. CONCATENATE P_GJAHR ‘/‘ ‘01‘ INTO L_YEAR01. CONCATENATE P_GJAHR ‘/‘ ‘02‘ INTO L_YEAR02. CONCATENATE P_GJAHR ‘/‘ ‘03‘ INTO L_YEAR03. CONCATENATE P_GJAHR ‘/‘ ‘04‘ INTO L_YEAR04. CONCATENATE P_GJAHR ‘/‘ ‘05‘ INTO L_YEAR05. CONCATENATE P_GJAHR ‘/‘ ‘06‘ INTO L_YEAR06. CONCATENATE P_GJAHR ‘/‘ ‘07‘ INTO L_YEAR07. CONCATENATE P_GJAHR ‘/‘ ‘08‘ INTO L_YEAR08. CONCATENATE P_GJAHR ‘/‘ ‘09‘ INTO L_YEAR09. CONCATENATE P_GJAHR ‘/‘ ‘10‘ INTO L_YEAR10. CONCATENATE P_GJAHR ‘/‘ ‘11‘ INTO L_YEAR11. CONCATENATE P_GJAHR ‘/‘ ‘12‘ INTO L_YEAR12. SELECT SINGLE * FROM T001 WHERE BUKRS = P_BUKRS. CONCATENATE ‘From 1st Jan‘ P_GJAHR ‘to Current Month‘ INTO LV_TEXT. WRITE AT:/1(20) ‘TEAMWISE LIMITED‘, /1(16) ‘Cash flows -‘, (20)T001-BUTXT LEFT-JUSTIFIED, /1(80) LV_TEXT. CLEAR L_TEXT. * CONCATENATE ‘Y-T-D‘ P_GJAHR INTO L_TEXT SEPARATED BY SPACE. L_TEXT = ‘Y-T-D‘&& P_GJAHR . WRITE AT:/80(3) T001-WAERS, (15) L_YEAR01 RIGHT-JUSTIFIED, (15) L_YEAR02 RIGHT-JUSTIFIED, (15) L_YEAR03 RIGHT-JUSTIFIED, (15) L_YEAR04 RIGHT-JUSTIFIED, (15) L_YEAR05 RIGHT-JUSTIFIED, (15) L_YEAR06 RIGHT-JUSTIFIED, (15) L_YEAR07 RIGHT-JUSTIFIED, (15) L_YEAR08 RIGHT-JUSTIFIED, (15) L_YEAR09 RIGHT-JUSTIFIED, (15) L_YEAR10 RIGHT-JUSTIFIED, (15) L_YEAR11 RIGHT-JUSTIFIED, (15) L_YEAR12 RIGHT-JUSTIFIED, (15) L_TEXT RIGHT-JUSTIFIED. * (15) ‘Last Year‘ right-justified, * (15) ‘Diff‘ right-justified, * (10) ‘%‘ right-justified. WRITE AT:/1(297) SY-ULINE. ENDFORM. " DISPLAY_HEADER *&---------------------------------------------------------------------* *& Form PRINTDATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* FORM PRINTDATA . DATA: F_INDEX LIKE SY-TABIX. DATA: LINES_LEN TYPE I. DATA: LS_CONTROL_PARAMETERS TYPE SSFCTRLOP. DATA: LS_OUTPUT_OPTIONS TYPE SSFCOMPOP. DATA: L_SMF_NAME TYPE RS38L_FNAM. DATA GT_OUT TYPE TABLE OF ZST_F103_3000 WITH HEADER LINE. DATA GT_PRINT TYPE TABLE OF ZST_F103_3000. *MOVE-CORRESPONDING GT_DATA[] TO GT_OUT[]. LOOP AT GT_DATA. MOVE-CORRESPONDING GT_DATA TO GT_OUT. APPEND GT_OUT TO GT_PRINT. ENDLOOP. LS_CONTROL_PARAMETERS-NO_CLOSE = ‘‘. LS_CONTROL_PARAMETERS-NO_DIALOG = ‘‘. LS_CONTROL_PARAMETERS-PREVIEW = ‘X‘. LS_OUTPUT_OPTIONS-TDDEST = ‘LP01‘. LS_OUTPUT_OPTIONS-TDIMMED = ‘X‘. LS_OUTPUT_OPTIONS-TDDELETE = ‘X‘. CALL FUNCTION ‘SSF_FUNCTION_MODULE_NAME‘ "这个函数主要用来取你要调用的FUNCTION MODULE EXPORTING FORMNAME = ‘ZFI103_1000_3000‘ "将SMARTFORM赋值给FORMNAME IMPORTING FM_NAME = L_SMF_NAME. LS_CONTROL_PARAMETERS-NO_CLOSE = SPACE. CALL FUNCTION L_SMF_NAME "调用SMARTFORM,这里是以FUNCTION的方式和SMARTFORM交互 EXPORTING CONTROL_PARAMETERS = LS_CONTROL_PARAMETERS OUTPUT_OPTIONS = LS_OUTPUT_OPTIONS USER_SETTINGS = ‘X‘ FLAG = ‘X‘ P_GJAHR = P_GJAHR MONATL = S_MONAT-LOW MONATH = S_MONAT-HIGH TABLES GT_DATA = GT_PRINT EXCEPTIONS FORMATTING_ERROR = 1 INTERNAL_ERROR = 2 SEND_ERROR = 3 USER_CANCELED = 4 OTHERS = 5. 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. " PRINTDATA *&---------------------------------------------------------------------* *& Form FRM_PRINT_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM FRM_PRINT_DATA . DATA: F_INDEX LIKE SY-TABIX. DATA: LINES_LEN TYPE I. DATA: LS_CONTROL_PARAMETERS TYPE SSFCTRLOP. DATA: LS_OUTPUT_OPTIONS TYPE SSFCOMPOP. DATA: L_SMF_NAME TYPE RS38L_FNAM. DATA GT_OUT TYPE TABLE OF ZST_1000 WITH HEADER LINE. DATA GT_PRINT TYPE TABLE OF ZST_1000. *MOVE-CORRESPONDING GT_DATA[] TO GT_OUT[]. LOOP AT GT_1000. MOVE-CORRESPONDING GT_1000 TO GT_OUT. * IF GT_1000-ZZNUMB = ‘C1-011‘. APPEND GT_OUT TO GT_PRINT. CLEAR GT_OUT. IF GT_1000-ZZNUMB = ‘C1-011‘ OR GT_1000-ZZNUMB = ‘C2-009‘ . * GT_OUT-ZZTEXT = ‘X‘. APPEND GT_OUT TO GT_PRINT. ENDIF. ENDLOOP. LS_CONTROL_PARAMETERS-NO_CLOSE = ‘‘. LS_CONTROL_PARAMETERS-NO_DIALOG = ‘‘. LS_CONTROL_PARAMETERS-PREVIEW = ‘X‘. LS_OUTPUT_OPTIONS-TDDEST = ‘LP01‘. LS_OUTPUT_OPTIONS-TDIMMED = ‘X‘. LS_OUTPUT_OPTIONS-TDDELETE = ‘X‘. CALL FUNCTION ‘SSF_FUNCTION_MODULE_NAME‘ "这个函数主要用来取你要调用的FUNCTION MODULE EXPORTING FORMNAME = ‘ZFI103_TH‘ "将SMARTFORM赋值给FORMNAME IMPORTING FM_NAME = L_SMF_NAME. LS_CONTROL_PARAMETERS-NO_CLOSE = SPACE. CALL FUNCTION L_SMF_NAME "调用SMARTFORM,这里是以FUNCTION的方式和SMARTFORM交互 EXPORTING CONTROL_PARAMETERS = LS_CONTROL_PARAMETERS OUTPUT_OPTIONS = LS_OUTPUT_OPTIONS USER_SETTINGS = ‘X‘ * FLAG = P_3000 P_GJAHR = P_GJAHR TABLES GT_DATA = GT_PRINT EXCEPTIONS FORMATTING_ERROR = 1 INTERNAL_ERROR = 2 SEND_ERROR = 3 USER_CANCELED = 4 OTHERS = 5. 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. " FRM_PRINT_DATA *&---------------------------------------------------------------------* *& Form FRM_EXCEL_OUT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* FORM FRM_EXCEL_OUT . INCLUDE OLE2INCL. *定义OLE变量 DATA:EXCEL TYPE OLE2_OBJECT, SHEET TYPE OLE2_OBJECT, CELL TYPE OLE2_OBJECT, WORKBOOK TYPE OLE2_OBJECT. FIELD-SYMBOLS :<FS_01> TYPE ANY . DATA:VAL1(20) TYPE C. DATA:VAL2(80) TYPE C. DATA: R1 TYPE I, R2 TYPE I. DATA P_MONTH TYPE T54C6-SMONT . *输入文件名参数 * *启动excel CREATE OBJECT EXCEL ‘EXCEL.APPLICATION‘. IF SY-SUBRC NE 0 . WRITE: / ‘‘. STOP. ENDIF. CALL METHOD OF EXCEL ‘WORKBOOKS‘ = WORKBOOK. *使excel 可视 SET PROPERTY OF EXCEL ‘VISIBLE‘ = 1. *建立worksheet SET PROPERTY OF EXCEL ‘SHEETSINNEWWORKBOOK‘ = 1. "如果是读取excel文件中的内容 则是直接打开工作簿第一页 CALL METHOD OF WORKBOOK ‘ADD‘. " 例如：CALL METHOD OF EXCEL ‘WORKSHEETS‘ = SHEET EXPORTING #1 = 1. *写前1行1列 CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 1 #2 = 1. SET PROPERTY OF CELL ‘VALUE‘ = SY-DATUM. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 2 #2 = 1. SET PROPERTY OF CELL ‘VALUE‘ = ‘TEAMWISE LIMITED‘. VAL2 = ‘Cash flows -‘ && T001-BUTXT. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 3 #2 = 1. SET PROPERTY OF CELL ‘VALUE‘ = VAL2. VAL2 = ‘From 1st Jan‘&& P_GJAHR &&‘to Current Month‘. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 4 #2 = 1. SET PROPERTY OF CELL ‘VALUE‘ = VAL2. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 5 #2 = 1. SET PROPERTY OF CELL ‘VALUE‘ = ‘HKD‘. DO 14 TIMES. R1 = SY-INDEX. IF R1 = 1. VAL1 = ‘HKD‘. ELSEIF R1 = 14. VAL1 = ‘Y-T-D‘ && P_GJAHR. ELSE. P_MONTH = R1 - 1. VAL1 = P_GJAHR && ‘/‘ && P_MONTH. ENDIF. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = 5 #2 = R1. SET PROPERTY OF CELL ‘VALUE‘ = VAL1. ENDDO. CLEAR : R1,R2. LOOP AT GT_1000. R1 = SY-TABIX + 6. DO 14 TIMES. R2 = SY-INDEX. IF GT_1000-ZZTEXT IS NOT INITIAL. CASE R2. WHEN 1. VAL2 = GT_1000-ZZTEXT. WHEN 2. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL01 CHANGING VAL1 . * VAL1 = GT_1000-HSL01. WHEN 3. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL02 CHANGING VAL1 . * VAL1 = GT_1000-HSL02. WHEN 4. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL03 CHANGING VAL1 . * VAL1 = GT_1000-HSL03. WHEN 5. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL04 CHANGING VAL1 . * VAL1 = GT_1000-HSL04. WHEN 6. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL05 CHANGING VAL1 . * VAL1 = GT_1000-HSL05. WHEN 7. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL06 CHANGING VAL1 . * VAL1 = GT_1000-HSL06. WHEN 8. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL07 CHANGING VAL1 . * VAL1 = GT_1000-HSL07. WHEN 9. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL08 CHANGING VAL1 . * VAL1 = GT_1000-HSL08. WHEN 10. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL09 CHANGING VAL1 . * VAL1 = GT_1000-HSL09. WHEN 11. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL10 CHANGING VAL1 . * VAL1 = GT_1000-HSL10. WHEN 12. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL11 CHANGING VAL1 . * VAL1 = GT_1000-HSL11. WHEN 13. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL12 CHANGING VAL1 . * VAL1 = GT_1000-HSL12. WHEN 14. PERFORM FRM_CHANGE_DATA USING GT_1000-HSL01_Y CHANGING VAL1 . * VAL1 = GT_1000-HSL01_Y . WHEN OTHERS. ENDCASE. ELSE. VAL1 = ‘‘. VAL2 = ‘‘. ENDIF. *指定单元格，并写入值 IF R2 = 1. CONDENSE VAL2. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = R1 #2 = R2. SET PROPERTY OF CELL ‘VALUE‘ = VAL2. ELSE. CONDENSE VAL1. CALL METHOD OF EXCEL ‘CELLS‘ = CELL EXPORTING #1 = R1 #2 = R2. SET PROPERTY OF CELL ‘VALUE‘ = VAL1. ENDIF. ENDDO. ENDLOOP. *存入文件 GET PROPERTY OF EXCEL ‘ACTIVESHEET‘ = SHEET. "激活工作簿 GET PROPERTY OF EXCEL ‘ACTIVEWORKBOOK‘ = WORKBOOK. "激活工作区 CALL METHOD OF WORKBOOK ‘SAVEAS‘ EXPORTING #1 = FN1 #2 = 1. "将excel文件保存为 FN1 路径 CALL METHOD OF WORKBOOK ‘CLOSE‘. "关闭工作区 CALL METHOD OF EXCEL ‘QUIT‘. " 退出excel WRITE ‘DONE‘. "退出成功，输出done FREE OBJECT SHEET. "释放操作 FREE OBJECT WORKBOOK. FREE OBJECT EXCEL. ENDFORM. " FRM_EXCEL_OUT *&---------------------------------------------------------------------* *& Form GET_PC_FILENAME *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM GET_PC_FILENAME . IF P_EXCEL = ‘X‘. * CALL FUNCTION ‘F4_FILENAME‘ "取得文件路徑 * EXPORTING * FIELD_NAME = ‘FN1‘ * IMPORTING * FILE_NAME = FN1. CALL FUNCTION ‘WS_FILENAME_GET‘ EXPORTING DEF_FILENAME = ‘*.*‘ DEF_PATH = ‘C:\‘ MASK = ‘,*.*.‘ MODE = ‘O‘ TITLE = ‘Choose File‘(002) IMPORTING FILENAME = FN1 EXCEPTIONS INV_WINSYS = 1 NO_BATCH = 2 SELECTION_CANCEL = 3 SELECTION_ERROR = 4 OTHERS = 5. ENDIF. ENDFORM. " GET_PC_FILENAME *&---------------------------------------------------------------------* *& Form FRM_CHANGE_DATA *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->PV_DATA text * -->LV_CHAR text *----------------------------------------------------------------------* FORM FRM_CHANGE_DATA USING PV_DATA TYPE HSLVT12 CHANGING LV_CHAR TYPE CHAR20. DATA : L_AMT(17), L_INT(10), L_CHAR(17), L_FAC(2), L_LEN TYPE I, L_COUNT TYPE I, L_POS TYPE I, L_REST TYPE I, L_TIME TYPE I. DATA L_NUM TYPE DMBTR. DATA L_RESULT TYPE CHAR30. L_NUM = PV_DATA. CONSTANTS: C_TAB VALUE ‘,‘, C_POT VALUE ‘.‘. CLEAR L_AMT. IF L_NUM > 0. L_AMT = ABS( L_NUM ). CONDENSE L_AMT. SPLIT L_AMT AT C_POT INTO L_INT L_FAC. L_LEN = STRLEN( L_INT ). L_COUNT = L_LEN. L_REST = L_LEN MOD 3. IF L_REST = 0. L_TIME = L_LEN DIV 3. ELSE. L_TIME = L_LEN DIV 3 + 1. ENDIF. DO L_TIME TIMES. L_COUNT = L_COUNT - 3. IF L_COUNT > 0. CONCATENATE C_TAB L_INT+L_COUNT(3) L_CHAR INTO L_CHAR. ELSEIF L_COUNT <= 0. L_COUNT = L_COUNT + 3. CONCATENATE L_INT+0(L_COUNT) L_CHAR INTO L_CHAR. EXIT. ENDIF. ENDDO. CLEAR L_LEN. L_LEN = STRLEN( L_FAC ). IF L_FAC IS INITIAL. CONCATENATE L_CHAR ‘.00‘ INTO L_RESULT. ELSEIF L_LEN = 1. CONCATENATE L_CHAR ‘.‘ L_FAC ‘0‘ INTO L_RESULT. ELSEIF L_LEN = 2. CONCATENATE L_CHAR ‘.‘ L_FAC INTO L_RESULT. ENDIF. CONDENSE L_RESULT. ELSEIF L_NUM < 0. L_AMT = ABS( L_NUM ). CONDENSE L_AMT. SPLIT L_AMT AT C_POT INTO L_INT L_FAC. L_LEN = STRLEN( L_INT ). L_COUNT = L_LEN. L_REST = L_LEN MOD 3. IF L_REST = 0. L_TIME = L_LEN DIV 3. ELSE. L_TIME = L_LEN DIV 3 + 1. ENDIF. DO L_TIME TIMES. L_COUNT = L_COUNT - 3. IF L_COUNT > 0. CONCATENATE C_TAB L_INT+L_COUNT(3) L_CHAR INTO L_CHAR. ELSEIF L_COUNT <= 0. L_COUNT = L_COUNT + 3. CONCATENATE L_INT+0(L_COUNT) L_CHAR INTO L_CHAR. EXIT. ENDIF. ENDDO. CLEAR L_LEN. L_LEN = STRLEN( L_FAC ). IF L_FAC IS INITIAL. CONCATENATE ‘-‘ L_CHAR ‘.00‘ INTO L_RESULT. ELSEIF L_LEN = 1. CONCATENATE ‘-‘ L_CHAR ‘.‘ L_FAC ‘0‘ INTO L_RESULT. ELSEIF L_LEN = 2. CONCATENATE ‘-‘ L_CHAR ‘.‘ L_FAC INTO L_RESULT. ENDIF. CONDENSE L_RESULT. ELSE. L_RESULT = ‘0.00‘. ENDIF. LV_CHAR = L_RESULT. * ENDIF. *LV_CHAR = LS_DATA-DMBTR. *CONDENSE LV_CHAR. *data lv_num type i. *lv_num = STRLEN( LV_CHAR ). *lv_num = lv_num - 1. *IF LV_CHAR+lv_num(1) = ‘-‘. *LV_CHAR+lv_num(1) = ‘‘. *LV_CHAR = ‘-‘ && LV_CHAR. *ENDIF. *CONDENSE LV_CHAR. *CONDENSE LV_CHAR. ENDFORM. "FRM_CHANGE_DATA
ZFIR054-现金流量表
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