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abap2xlsx/src/zcl_excel_worksheet.clas.abap
Gregor Wolf e45d2c9274 700 support #562
2019-02-11 17:11:56 +00:00

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class ZCL_EXCEL_WORKSHEET definition
public
create public .
public section.
*"* public components of class ZCL_EXCEL_WORKSHEET
*"* do not include other source files here!!!
type-pools ABAP .
interfaces ZIF_EXCEL_SHEET_PRINTSETTINGS .
interfaces ZIF_EXCEL_SHEET_PROPERTIES .
interfaces ZIF_EXCEL_SHEET_PROTECTION .
interfaces ZIF_EXCEL_SHEET_VBA_PROJECT .
types:
begin of MTY_S_OUTLINE_ROW,
ROW_FROM type I,
ROW_TO type I,
COLLAPSED type ABAP_BOOL,
end of MTY_S_OUTLINE_ROW .
types:
MTY_TS_OUTLINES_ROW type sorted table of MTY_S_OUTLINE_ROW with unique key ROW_FROM ROW_TO .
constants C_BREAK_COLUMN type ZEXCEL_BREAK value 2. "#EC NOTEXT
constants C_BREAK_NONE type ZEXCEL_BREAK value 0. "#EC NOTEXT
constants C_BREAK_ROW type ZEXCEL_BREAK value 1. "#EC NOTEXT
data EXCEL type ref to ZCL_EXCEL read-only .
data PRINT_GRIDLINES type ZEXCEL_PRINT_GRIDLINES read-only value ABAP_FALSE. "#EC NOTEXT . " . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
data SHEET_CONTENT type ZEXCEL_T_CELL_DATA .
data SHEET_SETUP type ref to ZCL_EXCEL_SHEET_SETUP .
data SHOW_GRIDLINES type ZEXCEL_SHOW_GRIDLINES read-only value ABAP_TRUE. "#EC NOTEXT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
data SHOW_ROWCOLHEADERS type ZEXCEL_SHOW_GRIDLINES read-only value ABAP_TRUE. "#EC NOTEXT . " . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
data STYLES type ZEXCEL_T_SHEET_STYLE .
data TABCOLOR type ZEXCEL_S_TABCOLOR read-only .
methods ADD_COMMENT
importing
!IP_COMMENT type ref to ZCL_EXCEL_COMMENT .
methods ADD_DRAWING
importing
!IP_DRAWING type ref to ZCL_EXCEL_DRAWING .
methods ADD_NEW_COLUMN
importing
!IP_COLUMN type SIMPLE
returning
value(EO_COLUMN) type ref to ZCL_EXCEL_COLUMN .
methods ADD_NEW_STYLE_COND
returning
value(EO_STYLE_COND) type ref to ZCL_EXCEL_STYLE_COND .
methods ADD_NEW_DATA_VALIDATION
returning
value(EO_DATA_VALIDATION) type ref to ZCL_EXCEL_DATA_VALIDATION .
methods ADD_NEW_RANGE
returning
value(EO_RANGE) type ref to ZCL_EXCEL_RANGE .
methods ADD_NEW_ROW
importing
!IP_ROW type SIMPLE
returning
value(EO_ROW) type ref to ZCL_EXCEL_ROW .
methods BIND_ALV
importing
!IO_ALV type ref to OBJECT
!IT_TABLE type standard table
!I_TOP type I default 1
!I_LEFT type I default 1
!TABLE_STYLE type ZEXCEL_TABLE_STYLE optional
!I_TABLE type ABAP_BOOL default ABAP_TRUE
raising
ZCX_EXCEL .
type-pools SLIS .
type-pools SOI .
methods BIND_ALV_OLE2
importing
!I_DOCUMENT_URL type CHAR255 default SPACE
!I_XLS type C default SPACE
!I_SAVE_PATH type STRING
!IO_ALV type ref to CL_GUI_ALV_GRID
!IT_LISTHEADER type SLIS_T_LISTHEADER optional
!I_TOP type I default 1
!I_LEFT type I default 1
!I_COLUMNS_HEADER type C default 'X'
!I_COLUMNS_AUTOFIT type C default 'X'
!I_FORMAT_COL_HEADER type SOI_FORMAT_ITEM optional
!I_FORMAT_SUBTOTAL type SOI_FORMAT_ITEM optional
!I_FORMAT_TOTAL type SOI_FORMAT_ITEM optional
exceptions
MISS_GUIDE
EX_TRANSFER_KKBLO_ERROR
FATAL_ERROR
INV_DATA_RANGE
DIM_MISMATCH_VKEY
DIM_MISMATCH_SEMA
ERROR_IN_SEMA .
methods BIND_TABLE
importing
!IP_TABLE type standard table
!IT_FIELD_CATALOG type ZEXCEL_T_FIELDCATALOG optional
!IS_TABLE_SETTINGS type ZEXCEL_S_TABLE_SETTINGS optional
value(IV_DEFAULT_DESCR) type C optional
exporting
!ES_TABLE_SETTINGS type ZEXCEL_S_TABLE_SETTINGS
raising
ZCX_EXCEL .
methods CALCULATE_COLUMN_WIDTHS
raising
ZCX_EXCEL .
methods CHANGE_CELL_STYLE
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
!IP_COMPLETE type ZEXCEL_S_CSTYLE_COMPLETE optional
!IP_XCOMPLETE type ZEXCEL_S_CSTYLEX_COMPLETE optional
!IP_FONT type ZEXCEL_S_CSTYLE_FONT optional
!IP_XFONT type ZEXCEL_S_CSTYLEX_FONT optional
!IP_FILL type ZEXCEL_S_CSTYLE_FILL optional
!IP_XFILL type ZEXCEL_S_CSTYLEX_FILL optional
!IP_BORDERS type ZEXCEL_S_CSTYLE_BORDERS optional
!IP_XBORDERS type ZEXCEL_S_CSTYLEX_BORDERS optional
!IP_ALIGNMENT type ZEXCEL_S_CSTYLE_ALIGNMENT optional
!IP_XALIGNMENT type ZEXCEL_S_CSTYLEX_ALIGNMENT optional
!IP_NUMBER_FORMAT_FORMAT_CODE type ZEXCEL_NUMBER_FORMAT optional
!IP_PROTECTION type ZEXCEL_S_CSTYLE_PROTECTION optional
!IP_XPROTECTION type ZEXCEL_S_CSTYLEX_PROTECTION optional
!IP_FONT_BOLD type FLAG optional
!IP_FONT_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_FONT_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_FONT_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_FONT_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_FONT_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_FONT_FAMILY type ZEXCEL_STYLE_FONT_FAMILY optional
!IP_FONT_ITALIC type FLAG optional
!IP_FONT_NAME type ZEXCEL_STYLE_FONT_NAME optional
!IP_FONT_SCHEME type ZEXCEL_STYLE_FONT_SCHEME optional
!IP_FONT_SIZE type ZEXCEL_STYLE_FONT_SIZE optional
!IP_FONT_STRIKETHROUGH type FLAG optional
!IP_FONT_UNDERLINE type FLAG optional
!IP_FONT_UNDERLINE_MODE type ZEXCEL_STYLE_FONT_UNDERLINE optional
!IP_FILL_FILLTYPE type ZEXCEL_FILL_TYPE optional
!IP_FILL_ROTATION type ZEXCEL_ROTATION optional
!IP_FILL_FGCOLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_FILL_FGCOLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_FILL_FGCOLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_FILL_FGCOLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_FILL_FGCOLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_FILL_BGCOLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_FILL_BGCOLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_FILL_BGCOLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_FILL_BGCOLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_FILL_BGCOLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_ALLBORDERS type ZEXCEL_S_CSTYLE_BORDER optional
!IP_FILL_GRADTYPE_TYPE type ZEXCEL_S_GRADIENT_TYPE-TYPE optional
!IP_FILL_GRADTYPE_DEGREE type ZEXCEL_S_GRADIENT_TYPE-DEGREE optional
!IP_XBORDERS_ALLBORDERS type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_BORDERS_DIAGONAL type ZEXCEL_S_CSTYLE_BORDER optional
!IP_FILL_GRADTYPE_BOTTOM type ZEXCEL_S_GRADIENT_TYPE-BOTTOM optional
!IP_FILL_GRADTYPE_TOP type ZEXCEL_S_GRADIENT_TYPE-TOP optional
!IP_XBORDERS_DIAGONAL type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_BORDERS_DIAGONAL_MODE type ZEXCEL_DIAGONAL optional
!IP_FILL_GRADTYPE_RIGHT type ZEXCEL_S_GRADIENT_TYPE-RIGHT optional
!IP_BORDERS_DOWN type ZEXCEL_S_CSTYLE_BORDER optional
!IP_FILL_GRADTYPE_LEFT type ZEXCEL_S_GRADIENT_TYPE-LEFT optional
!IP_FILL_GRADTYPE_POSITION1 type ZEXCEL_S_GRADIENT_TYPE-POSITION1 optional
!IP_XBORDERS_DOWN type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_BORDERS_LEFT type ZEXCEL_S_CSTYLE_BORDER optional
!IP_FILL_GRADTYPE_POSITION2 type ZEXCEL_S_GRADIENT_TYPE-POSITION2 optional
!IP_FILL_GRADTYPE_POSITION3 type ZEXCEL_S_GRADIENT_TYPE-POSITION3 optional
!IP_XBORDERS_LEFT type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_BORDERS_RIGHT type ZEXCEL_S_CSTYLE_BORDER optional
!IP_XBORDERS_RIGHT type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_BORDERS_TOP type ZEXCEL_S_CSTYLE_BORDER optional
!IP_XBORDERS_TOP type ZEXCEL_S_CSTYLEX_BORDER optional
!IP_ALIGNMENT_HORIZONTAL type ZEXCEL_ALIGNMENT optional
!IP_ALIGNMENT_VERTICAL type ZEXCEL_ALIGNMENT optional
!IP_ALIGNMENT_TEXTROTATION type ZEXCEL_TEXT_ROTATION optional
!IP_ALIGNMENT_WRAPTEXT type FLAG optional
!IP_ALIGNMENT_SHRINKTOFIT type FLAG optional
!IP_ALIGNMENT_INDENT type ZEXCEL_INDENT optional
!IP_PROTECTION_HIDDEN type ZEXCEL_CELL_PROTECTION optional
!IP_PROTECTION_LOCKED type ZEXCEL_CELL_PROTECTION optional
!IP_BORDERS_ALLBORDERS_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_ALLBORDERS_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_ALLBO_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_ALLBO_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_ALLBO_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_ALLBO_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_DIAGONAL_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_DIAGONAL_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_DIAGONAL_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_DIAGONAL_COLOR_INDE type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_DIAGONAL_COLOR_THEM type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_DIAGONAL_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_DOWN_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_DOWN_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_DOWN_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_DOWN_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_DOWN_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_DOWN_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_LEFT_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_LEFT_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_LEFT_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_LEFT_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_LEFT_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_LEFT_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_RIGHT_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_RIGHT_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_RIGHT_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_RIGHT_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_RIGHT_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_RIGHT_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
!IP_BORDERS_TOP_STYLE type ZEXCEL_BORDER optional
!IP_BORDERS_TOP_COLOR type ZEXCEL_S_STYLE_COLOR optional
!IP_BORDERS_TOP_COLOR_RGB type ZEXCEL_STYLE_COLOR_ARGB optional
!IP_BORDERS_TOP_COLOR_INDEXED type ZEXCEL_STYLE_COLOR_INDEXED optional
!IP_BORDERS_TOP_COLOR_THEME type ZEXCEL_STYLE_COLOR_THEME optional
!IP_BORDERS_TOP_COLOR_TINT type ZEXCEL_STYLE_COLOR_TINT optional
returning
value(EP_GUID) type ZEXCEL_CELL_STYLE
raising
ZCX_EXCEL .
methods CONSTRUCTOR
importing
!IP_EXCEL type ref to ZCL_EXCEL
!IP_TITLE type ZEXCEL_SHEET_TITLE optional
raising
ZCX_EXCEL .
methods DELETE_MERGE
importing
!IP_CELL_COLUMN type SIMPLE optional
!IP_CELL_ROW type ZEXCEL_CELL_ROW optional
raising
ZCX_EXCEL .
methods DELETE_ROW_OUTLINE
importing
!IV_ROW_FROM type I
!IV_ROW_TO type I
raising
ZCX_EXCEL .
methods FREEZE_PANES
importing
!IP_NUM_COLUMNS type I optional
!IP_NUM_ROWS type I optional
raising
ZCX_EXCEL .
methods GET_ACTIVE_CELL
returning
value(EP_ACTIVE_CELL) type STRING
raising
ZCX_EXCEL .
methods GET_CELL
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
exporting
!EP_VALUE type ZEXCEL_CELL_VALUE
!EP_RC type SYSUBRC
!EP_STYLE type ref to ZCL_EXCEL_STYLE
!EP_GUID type ZEXCEL_CELL_STYLE
!EP_FORMULA type ZEXCEL_CELL_FORMULA
raising
ZCX_EXCEL .
methods GET_COLUMN
importing
!IP_COLUMN type SIMPLE
returning
value(EO_COLUMN) type ref to ZCL_EXCEL_COLUMN .
methods GET_COLUMNS
returning
value(EO_COLUMNS) type ref to ZCL_EXCEL_COLUMNS .
methods GET_COLUMNS_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_STYLE_COND_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_DATA_VALIDATIONS_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_DATA_VALIDATIONS_SIZE
returning
value(EP_SIZE) type I .
methods GET_DEFAULT_COLUMN
returning
value(EO_COLUMN) type ref to ZCL_EXCEL_COLUMN .
methods GET_DEFAULT_EXCEL_DATE_FORMAT
returning
value(EP_DEFAULT_EXCEL_DATE_FORMAT) type ZEXCEL_NUMBER_FORMAT .
methods GET_DEFAULT_EXCEL_TIME_FORMAT
returning
value(EP_DEFAULT_EXCEL_TIME_FORMAT) type ZEXCEL_NUMBER_FORMAT .
methods GET_DEFAULT_ROW
returning
value(EO_ROW) type ref to ZCL_EXCEL_ROW .
methods GET_DIMENSION_RANGE
returning
value(EP_DIMENSION_RANGE) type STRING
raising
ZCX_EXCEL .
methods GET_COMMENTS
returning
value(R_COMMENTS) type ref to ZCL_EXCEL_COMMENTS .
methods GET_DRAWINGS
importing
!IP_TYPE type ZEXCEL_DRAWING_TYPE optional
returning
value(R_DRAWINGS) type ref to ZCL_EXCEL_DRAWINGS .
methods GET_COMMENTS_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_DRAWINGS_ITERATOR
importing
!IP_TYPE type ZEXCEL_DRAWING_TYPE
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_FREEZE_CELL
exporting
!EP_ROW type ZEXCEL_CELL_ROW
!EP_COLUMN type ZEXCEL_CELL_COLUMN .
methods GET_GUID
returning
value(EP_GUID) type UUID .
methods GET_HIGHEST_COLUMN
returning
value(R_HIGHEST_COLUMN) type ZEXCEL_CELL_COLUMN
raising
ZCX_EXCEL .
methods GET_HIGHEST_ROW
returning
value(R_HIGHEST_ROW) type INT4
raising
ZCX_EXCEL .
methods GET_HYPERLINKS_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_HYPERLINKS_SIZE
returning
value(EP_SIZE) type I .
methods GET_MERGE
returning
value(MERGE_RANGE) type STRING_TABLE
raising
ZCX_EXCEL .
methods GET_PAGEBREAKS
returning
value(RO_PAGEBREAKS) type ref to ZCL_EXCEL_WORKSHEET_PAGEBREAKS
raising
ZCX_EXCEL .
methods GET_RANGES_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_ROW
importing
!IP_ROW type INT4
returning
value(EO_ROW) type ref to ZCL_EXCEL_ROW .
methods GET_ROWS
returning
value(EO_ROWS) type ref to ZCL_EXCEL_ROWS .
methods GET_ROWS_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_ROW_OUTLINES
returning
value(RT_ROW_OUTLINES) type MTY_TS_OUTLINES_ROW .
methods GET_STYLE_COND
importing
!IP_GUID type ZEXCEL_CELL_STYLE
returning
value(EO_STYLE_COND) type ref to ZCL_EXCEL_STYLE_COND .
methods GET_TABCOLOR
returning
value(EV_TABCOLOR) type ZEXCEL_S_TABCOLOR .
methods GET_TABLES_ITERATOR
returning
value(EO_ITERATOR) type ref to CL_OBJECT_COLLECTION_ITERATOR .
methods GET_TABLES_SIZE
returning
value(EP_SIZE) type I .
methods GET_TITLE
importing
!IP_ESCAPED type FLAG default ''
returning
value(EP_TITLE) type ZEXCEL_SHEET_TITLE .
methods IS_CELL_MERGED
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
returning
value(RP_IS_MERGED) type ABAP_BOOL
raising
ZCX_EXCEL .
methods SET_CELL
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
!IP_VALUE type SIMPLE optional
!IP_FORMULA type ZEXCEL_CELL_FORMULA optional
!IP_STYLE type ZEXCEL_CELL_STYLE optional
!IP_HYPERLINK type ref to ZCL_EXCEL_HYPERLINK optional
!IP_DATA_TYPE type ZEXCEL_CELL_DATA_TYPE optional
!IP_ABAP_TYPE type ABAP_TYPEKIND optional
raising
ZCX_EXCEL .
methods SET_CELL_FORMULA
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
!IP_FORMULA type ZEXCEL_CELL_FORMULA
raising
ZCX_EXCEL .
methods SET_CELL_STYLE
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
!IP_STYLE type ZEXCEL_CELL_STYLE
raising
ZCX_EXCEL .
methods SET_COLUMN_WIDTH
importing
!IP_COLUMN type SIMPLE
!IP_WIDTH_FIX type SIMPLE default 0
!IP_WIDTH_AUTOSIZE type FLAG default 'X'
raising
ZCX_EXCEL .
methods SET_DEFAULT_EXCEL_DATE_FORMAT
importing
!IP_DEFAULT_EXCEL_DATE_FORMAT type ZEXCEL_NUMBER_FORMAT
raising
ZCX_EXCEL .
methods SET_MERGE
importing
!IP_COLUMN_START type SIMPLE default ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MIN_COL
!IP_COLUMN_END type SIMPLE default ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MAX_COL
!IP_ROW type ZEXCEL_CELL_ROW default ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MIN_ROW
!IP_ROW_TO type ZEXCEL_CELL_ROW default ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MAX_ROW
!IP_STYLE type ZEXCEL_CELL_STYLE optional "added parameter
!IP_VALUE type SIMPLE optional "added parameter
!IP_FORMULA type ZEXCEL_CELL_FORMULA optional "added parameter
raising
ZCX_EXCEL .
methods SET_PRINT_GRIDLINES
importing
!I_PRINT_GRIDLINES type ZEXCEL_PRINT_GRIDLINES .
methods SET_ROW_HEIGHT
importing
!IP_ROW type SIMPLE
!IP_HEIGHT_FIX type SIMPLE
raising
ZCX_EXCEL .
methods SET_ROW_OUTLINE
importing
!IV_ROW_FROM type I
!IV_ROW_TO type I
!IV_COLLAPSED type ABAP_BOOL
raising
ZCX_EXCEL .
methods SET_SHOW_GRIDLINES
importing
!I_SHOW_GRIDLINES type ZEXCEL_SHOW_GRIDLINES .
methods SET_SHOW_ROWCOLHEADERS
importing
!I_SHOW_ROWCOLHEADERS type ZEXCEL_SHOW_ROWCOLHEADER .
methods SET_TABCOLOR
importing
!IV_TABCOLOR type ZEXCEL_S_TABCOLOR .
methods SET_TABLE
importing
!IP_TABLE type standard table
!IP_HDR_STYLE type ZEXCEL_CELL_STYLE optional
!IP_BODY_STYLE type ZEXCEL_CELL_STYLE optional
!IP_TABLE_TITLE type STRING
!IP_TOP_LEFT_COLUMN type ZEXCEL_CELL_COLUMN_ALPHA default 'B'
!IP_TOP_LEFT_ROW type ZEXCEL_CELL_ROW default 3
!IP_TRANSPOSE type XFELD optional
!IP_NO_HEADER type XFELD optional
raising
ZCX_EXCEL .
methods SET_TITLE
importing
!IP_TITLE type ZEXCEL_SHEET_TITLE
raising
ZCX_EXCEL .
methods GET_TABLE
importing
IV_SKIPPED_ROWS type INT4 default 0
IV_SKIPPED_COLS type INT4 default 0
exporting
ET_TABLE type standard table
raising
ZCX_EXCEL.
methods SET_MERGE_STYLE
importing
!IP_COLUMN_START type simple optional
!IP_COLUMN_END type simple optional
!IP_ROW type ZEXCEL_CELL_ROW optional
!IP_ROW_TO type ZEXCEL_CELL_ROW optional
!IP_STYLE type ZEXCEL_CELL_STYLE optional .
methods SET_AREA_FORMULA
importing
!IP_COLUMN_START type simple
!IP_COLUMN_END type simple optional
!IP_ROW type ZEXCEL_CELL_ROW
!IP_ROW_TO type ZEXCEL_CELL_ROW optional
!IP_FORMULA type ZEXCEL_CELL_FORMULA
!IP_MERGE type ABAP_BOOL optional
raising
ZCX_EXCEL .
methods SET_AREA_STYLE
importing
!IP_COLUMN_START type simple
!IP_COLUMN_END type simple optional
!IP_ROW type ZEXCEL_CELL_ROW
!IP_ROW_TO type ZEXCEL_CELL_ROW optional
!IP_STYLE type ZEXCEL_CELL_STYLE
!IP_MERGE type ABAP_BOOL optional .
methods SET_AREA
importing
!IP_COLUMN_START type simple
!IP_COLUMN_END type simple optional
!IP_ROW type ZEXCEL_CELL_ROW
!IP_ROW_TO type ZEXCEL_CELL_ROW optional
!IP_VALUE type SIMPLE optional
!IP_FORMULA type ZEXCEL_CELL_FORMULA optional
!IP_STYLE type ZEXCEL_CELL_STYLE optional
!IP_HYPERLINK type ref to ZCL_EXCEL_HYPERLINK optional
!IP_DATA_TYPE type ZEXCEL_CELL_DATA_TYPE optional
!IP_ABAP_TYPE type ABAP_TYPEKIND optional
!IP_MERGE type ABAP_BOOL optional
raising
ZCX_EXCEL .
*"* protected components of class ZCL_EXCEL_WORKSHEET
*"* do not include other source files here!!!
*"* protected components of class ZCL_EXCEL_WORKSHEET
*"* do not include other source files here!!!
protected section.
private section.
types:
begin of MTY_S_FONT_METRIC,
CHAR type C length 1,
CHAR_WIDTH type TDCWIDTHS,
end of MTY_S_FONT_METRIC .
types:
MTY_TH_FONT_METRICS
type hashed table of MTY_S_FONT_METRIC
with unique key CHAR .
types:
begin of MTY_S_FONT_CACHE,
FONT_NAME type ZEXCEL_STYLE_FONT_NAME,
FONT_HEIGHT type TDFONTSIZE,
FLAG_BOLD type ABAP_BOOL,
FLAG_ITALIC type ABAP_BOOL,
TH_FONT_METRICS type MTY_TH_FONT_METRICS,
end of MTY_S_FONT_CACHE .
types:
MTY_TH_FONT_CACHE
type hashed table of MTY_S_FONT_CACHE
with unique key FONT_NAME FONT_HEIGHT FLAG_BOLD FLAG_ITALIC .
types:
* types:
* mty_ts_row_dimension TYPE SORTED TABLE OF zexcel_s_worksheet_rowdimensio WITH UNIQUE KEY row .
begin of MTY_MERGE,
ROW_FROM type I,
ROW_TO type I,
COL_FROM type I,
COL_TO type I,
end of MTY_MERGE .
types:
MTY_TS_MERGE type sorted table of MTY_MERGE with unique key TABLE_LINE .
*"* private components of class ZCL_EXCEL_WORKSHEET
*"* do not include other source files here!!!
data ACTIVE_CELL type ZEXCEL_S_CELL_DATA .
data CHARTS type ref to ZCL_EXCEL_DRAWINGS .
data COLUMNS type ref to ZCL_EXCEL_COLUMNS .
data ROW_DEFAULT type ref to ZCL_EXCEL_ROW .
data COLUMN_DEFAULT type ref to ZCL_EXCEL_COLUMN .
data STYLES_COND type ref to ZCL_EXCEL_STYLES_COND .
data DATA_VALIDATIONS type ref to ZCL_EXCEL_DATA_VALIDATIONS .
data DEFAULT_EXCEL_DATE_FORMAT type ZEXCEL_NUMBER_FORMAT .
data DEFAULT_EXCEL_TIME_FORMAT type ZEXCEL_NUMBER_FORMAT .
data COMMENTS type ref to ZCL_EXCEL_COMMENTS .
data DRAWINGS type ref to ZCL_EXCEL_DRAWINGS .
data FREEZE_PANE_CELL_COLUMN type ZEXCEL_CELL_COLUMN .
data FREEZE_PANE_CELL_ROW type ZEXCEL_CELL_ROW .
data GUID type UUID .
data HYPERLINKS type ref to CL_OBJECT_COLLECTION .
data LOWER_CELL type ZEXCEL_S_CELL_DATA .
data MO_PAGEBREAKS type ref to ZCL_EXCEL_WORKSHEET_PAGEBREAKS .
class-data MTH_FONT_CACHE type MTY_TH_FONT_CACHE .
data MT_MERGED_CELLS type MTY_TS_MERGE .
data MT_ROW_OUTLINES type MTY_TS_OUTLINES_ROW .
data PRINT_TITLE_COL_FROM type ZEXCEL_CELL_COLUMN_ALPHA .
data PRINT_TITLE_COL_TO type ZEXCEL_CELL_COLUMN_ALPHA .
data PRINT_TITLE_ROW_FROM type ZEXCEL_CELL_ROW .
data PRINT_TITLE_ROW_TO type ZEXCEL_CELL_ROW .
data RANGES type ref to ZCL_EXCEL_RANGES .
data ROWS type ref to ZCL_EXCEL_ROWS .
data TABLES type ref to CL_OBJECT_COLLECTION .
data TITLE type ZEXCEL_SHEET_TITLE value 'Worksheet'. "#EC NOTEXT . . . . . . . . . . . . . . . . . . . . . . . . . . . . " .
data UPPER_CELL type ZEXCEL_S_CELL_DATA .
methods CALCULATE_CELL_WIDTH
importing
!IP_COLUMN type SIMPLE
!IP_ROW type ZEXCEL_CELL_ROW
returning
value(EP_WIDTH) type FLOAT
raising
ZCX_EXCEL .
methods GENERATE_TITLE
returning
value(EP_TITLE) type ZEXCEL_SHEET_TITLE .
methods GET_VALUE_TYPE
importing
!IP_VALUE type SIMPLE
exporting
!EP_VALUE type SIMPLE
!EP_VALUE_TYPE type ABAP_TYPEKIND .
methods PRINT_TITLE_SET_RANGE .
methods UPDATE_DIMENSION_RANGE
raising
ZCX_EXCEL .
ENDCLASS.
CLASS ZCL_EXCEL_WORKSHEET IMPLEMENTATION.
METHOD add_comment.
comments->include( ip_comment ).
ENDMETHOD.
method ADD_DRAWING.
case IP_DRAWING->GET_TYPE( ).
when ZCL_EXCEL_DRAWING=>TYPE_IMAGE.
DRAWINGS->INCLUDE( IP_DRAWING ).
when ZCL_EXCEL_DRAWING=>TYPE_CHART.
CHARTS->INCLUDE( IP_DRAWING ).
endcase.
endmethod.
method ADD_NEW_COLUMN.
data: LV_COLUMN_ALPHA type ZEXCEL_CELL_COLUMN_ALPHA.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( IP_COLUMN ).
create object EO_COLUMN
exporting
IP_INDEX = LV_COLUMN_ALPHA
IP_EXCEL = ME->EXCEL
IP_WORKSHEET = ME.
COLUMNS->ADD( EO_COLUMN ).
endmethod.
method ADD_NEW_DATA_VALIDATION.
create object EO_DATA_VALIDATION.
DATA_VALIDATIONS->ADD( EO_DATA_VALIDATION ).
endmethod.
method ADD_NEW_RANGE.
* Create default blank range
create object EO_RANGE.
RANGES->ADD( EO_RANGE ).
endmethod.
method ADD_NEW_ROW.
create object EO_ROW
exporting
IP_INDEX = IP_ROW.
ROWS->ADD( EO_ROW ).
endmethod.
method ADD_NEW_STYLE_COND.
create object EO_STYLE_COND.
STYLES_COND->ADD( EO_STYLE_COND ).
endmethod.
method BIND_ALV.
data: LO_CONVERTER type ref to ZCL_EXCEL_CONVERTER.
create object LO_CONVERTER.
try.
LO_CONVERTER->CONVERT(
exporting
IO_ALV = IO_ALV
IT_TABLE = IT_TABLE
I_ROW_INT = I_TOP
I_COLUMN_INT = I_LEFT
I_TABLE = I_TABLE
I_STYLE_TABLE = TABLE_STYLE
IO_WORKSHEET = ME
changing
CO_EXCEL = EXCEL ).
catch ZCX_EXCEL .
endtry.
endmethod.
method BIND_ALV_OLE2.
*--------------------------------------------------------------------*
* Method description:
* Method use to export a CL_GUI_ALV_GRID object to xlsx/xls file
* with list header and characteristics of ALV field catalog such as:
* + Total, group's subtotal
* + Quantity fields, amount fields (dependent fields)
* + No_out, no_zero, ...
* Technique use in method:
* SAP Desktop Office Integration (DOI)
*--------------------------------------------------------------------*
* Data for session 0: DOI constructor
* ------------------------------------------
data: LO_CONTROL type ref to I_OI_CONTAINER_CONTROL.
data: LO_PROXY type ref to I_OI_DOCUMENT_PROXY.
data: LO_SPREADSHEET type ref to I_OI_SPREADSHEET.
data: LO_ERROR type ref to I_OI_ERROR.
data: LC_RETCODE type SOI_RET_STRING.
data: LI_HAS type I. "Proxy has spreadsheet interface?
data: L_IS_CLOSED type I.
* Data for session 1: Get LVC data from ALV object
* ------------------------------------------
data: L_HAS_ACTIVEX,
L_DOCTYPE_EXCEL_SHEET(11) type C.
* LVC
data: LT_FIELDCAT_LVC type LVC_T_FCAT.
data: WA_FIELDCAT_LVC type LVC_S_FCAT.
data: LT_SORT_LVC type LVC_T_SORT.
data: LT_FILTER_IDX_LVC type LVC_T_FIDX.
data: LT_GROUPLEVELS_LVC type LVC_T_GRPL.
* KKBLO
data: LT_FIELDCAT_KKBLO type KKBLO_T_FIELDCAT.
data: LT_SORT_KKBLO type KKBLO_T_SORTINFO.
data: LT_GROUPLEVELS_KKBLO type KKBLO_T_GROUPLEVELS.
data: LT_FILTER_IDX_KKBLO type KKBLO_T_SFINFO.
data: WA_LISTHEADER like line of IT_LISTHEADER.
* Subtotal
data: LT_COLLECT00 type ref to DATA.
data: LT_COLLECT01 type ref to DATA.
data: LT_COLLECT02 type ref to DATA.
data: LT_COLLECT03 type ref to DATA.
data: LT_COLLECT04 type ref to DATA.
data: LT_COLLECT05 type ref to DATA.
data: LT_COLLECT06 type ref to DATA.
data: LT_COLLECT07 type ref to DATA.
data: LT_COLLECT08 type ref to DATA.
data: LT_COLLECT09 type ref to DATA.
* data table name
data: L_TABNAME type KKBLO_TABNAME.
* local object
data: LO_GRID type ref to LCL_GUI_ALV_GRID.
* data table get from ALV
data: LT_ALV type ref to DATA.
* total / subtotal data
field-symbols: <F_COLLECT00> type standard table.
field-symbols: <F_COLLECT01> type standard table.
field-symbols: <F_COLLECT02> type standard table.
field-symbols: <F_COLLECT03> type standard table.
field-symbols: <F_COLLECT04> type standard table.
field-symbols: <F_COLLECT05> type standard table.
field-symbols: <F_COLLECT06> type standard table.
field-symbols: <F_COLLECT07> type standard table.
field-symbols: <F_COLLECT08> type standard table.
field-symbols: <F_COLLECT09> type standard table.
* table before append subtotal lines
field-symbols: <F_ALV_TAB> type standard table.
* data for session 2: sort, filter and calculate total/subtotal
* ------------------------------------------
* table to save index of subotal / total line in excel tanle
* this ideal to control index of subtotal / total line later
* for ex, when get subtotal / total line to format
types: begin of ST_SUBTOT_INDEXS,
INDEX type I,
end of ST_SUBTOT_INDEXS.
data: LT_SUBTOT_INDEXS type table of ST_SUBTOT_INDEXS.
data: WA_SUBTOT_INDEXS like line of LT_SUBTOT_INDEXS.
* data table after append subtotal
data: LT_EXCEL type ref to DATA.
data: L_TABIX type I.
data: L_SAVE_INDEX type I.
* dyn subtotal table name
data: L_COLLECT type STRING.
* subtotal range, to format subtotal (and total)
data: SUBRANGES type SOI_RANGE_LIST.
data: SUBRANGEITEM type SOI_RANGE_ITEM.
data: L_SUB_INDEX type I.
* table after append subtotal lines
field-symbols: <F_EXCEL_TAB> type standard table.
field-symbols: <F_EXCEL_LINE> type ANY.
* dyn subtotal tables
field-symbols: <F_COLLECT_TAB> type standard table.
field-symbols: <F_COLLECT_LINE> type ANY.
field-symbols: <F_FILTER_IDX_LINE> like line of LT_FILTER_IDX_KKBLO.
field-symbols: <F_FIELDCAT_LINE> like line of LT_FIELDCAT_KKBLO.
field-symbols: <F_GROUPLEVELS_LINE> like line of LT_GROUPLEVELS_KKBLO.
field-symbols: <F_LINE> type ANY.
* Data for session 3: map data to semantic table
* ------------------------------------------
types: begin of ST_COLUMN_INDEX,
FIELDNAME type KKBLO_FIELDNAME,
TABNAME type KKBLO_TABNAME,
COL like SY-INDEX,
end of ST_COLUMN_INDEX.
* columns index
data: LT_COLUMN_INDEX type table of ST_COLUMN_INDEX.
data: WA_COLUMN_INDEX like line of LT_COLUMN_INDEX.
* table of dependent field ( currency and quantity unit field)
data: LT_FIELDCAT_DEPF type KKBLO_T_FIELDCAT.
data: WA_FIELDCAT_DEPF type KKBLO_FIELDCAT.
* XXL interface:
* -XXL: contain exporting columns characteristic
data: LT_SEMA type table of GXXLT_S initial size 0.
data: WA_SEMA like line of LT_SEMA.
* -XXL interface: header
data: LT_HKEY type table of GXXLT_H initial size 0.
data: WA_HKEY like line of LT_HKEY.
* -XXL interface: header keys
data: LT_VKEY type table of GXXLT_V initial size 0.
data: WA_VKEY like line of LT_VKEY.
* Number of H Keys: number of key columns
data: L_N_HRZ_KEYS type I.
* Number of data columns in the list object: non-key columns no
data: L_N_ATT_COLS type I.
* Number of V Keys: number of header row
data: L_N_VRT_KEYS type I.
* curency to format amount
data: LT_TCURX type table of TCURX.
data: WA_TCURX like line of LT_TCURX.
data: L_DEF type FLAG. " currency / quantity flag
data: WA_T006 type T006. " decimal place of unit
data: L_NUM type I. " table columns number
data: L_TYP type C. " table type
data: WA type ref to DATA.
data: L_INT type I.
data: L_COUNTER type I.
field-symbols: <F_EXCEL_COLUMN> type ANY.
field-symbols: <F_FCAT_COLUMN> type ANY.
* Data for session 4: write to excel
* ------------------------------------------
data: SEMA_TYPE type C.
data L_ERROR type ref to C_OI_PROXY_ERROR.
data COUNT type I.
data DATAC type I.
data DATAREAL type I. " exporting column number
data VKEYCOUNT type I.
data ALL type I.
data MIT type I value 1. " index of recent row?
data LI_COL_POS type I value 1. " column position
data LI_COL_NUM type I. " table columns number
field-symbols: <LINE> type ANY.
field-symbols: <ITEM> type ANY.
data TD type SYDES_DESC.
data: TYP.
data: RANGES type SOI_RANGE_LIST.
data: RANGEITEM type SOI_RANGE_ITEM.
data: CONTENTS type SOI_GENERIC_TABLE.
data: CONTENTSITEM type SOI_GENERIC_ITEM.
data: SEMAITEM type GXXLT_S.
data: HKEYITEM type GXXLT_H.
data: VKEYITEM type GXXLT_V.
data: LI_COMMENTARY_ROWS type I. "row number of title lines + 1
data: LO_ERROR_W type ref to I_OI_ERROR.
data: L_RETCODE type SOI_RET_STRING.
data: NO_FLUSH type C value 'X'.
data: LI_HEAD_TOP type I. "header rows position
* Data for session 5: Save and clode document
* ------------------------------------------
data: LI_DOCUMENT_SIZE type I.
data: LS_PATH type RLGRAP-FILENAME.
* MACRO: Close_document
*-------------------------------------------
define CLOSE_DOCUMENT.
clear: L_IS_CLOSED.
if LO_PROXY is not initial.
* check proxy detroyed adi
call method LO_PROXY->IS_DESTROYED
importing
RET_VALUE = L_IS_CLOSED.
* if dun detroyed yet: close -> release proxy
if L_IS_CLOSED is initial.
call method LO_PROXY->CLOSE_DOCUMENT
* EXPORTING
* do_save = do_save
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
endif.
call method LO_PROXY->RELEASE_DOCUMENT
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
else.
LC_RETCODE = C_OI_ERRORS=>RET_DOCUMENT_NOT_OPEN.
endif.
* Detroy control container
if LO_CONTROL is not initial.
call method LO_CONTROL->DESTROY_CONTROL.
endif.
clear:
LO_SPREADSHEET,
LO_PROXY,
LO_CONTROL.
* free local
clear: L_IS_CLOSED.
end-of-definition.
* Macro to catch DOI error
*-------------------------------------------
define ERROR_DOI.
if LC_RETCODE ne C_OI_ERRORS=>RET_OK.
CLOSE_DOCUMENT.
call method LO_ERROR->RAISE_MESSAGE
exporting
TYPE = 'E'.
clear: LO_ERROR.
endif.
end-of-definition.
*--------------------------------------------------------------------*
* SESSION 0: DOI CONSTRUCTOR
*--------------------------------------------------------------------*
* check active windown
call function 'GUI_HAS_ACTIVEX'
importing
RETURN = L_HAS_ACTIVEX.
if L_HAS_ACTIVEX is initial.
raise MISS_GUIDE.
endif.
* Get Container Object of Screen
call method C_OI_CONTAINER_CONTROL_CREATOR=>GET_CONTAINER_CONTROL
importing
CONTROL = LO_CONTROL
RETCODE = LC_RETCODE.
ERROR_DOI.
* Initialize Container control
call method LO_CONTROL->INIT_CONTROL
exporting
PARENT = CL_GUI_CONTAINER=>DEFAULT_SCREEN
R3_APPLICATION_NAME = ''
INPLACE_ENABLED = 'X'
NO_FLUSH = 'X'
REGISTER_ON_CLOSE_EVENT = 'X'
REGISTER_ON_CUSTOM_EVENT = 'X'
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
* Get Proxy Document:
* check exist of document proxy, if exist -> close first
if not LO_PROXY is initial.
CLOSE_DOCUMENT.
endif.
if I_XLS is not initial.
* xls format, doctype = soi_doctype_excel97_sheet
L_DOCTYPE_EXCEL_SHEET = 'Excel.Sheet.8'.
else.
* xlsx format, doctype = soi_doctype_excel_sheet
L_DOCTYPE_EXCEL_SHEET = 'Excel.Sheet'.
endif.
call method LO_CONTROL->GET_DOCUMENT_PROXY
exporting
DOCUMENT_TYPE = L_DOCTYPE_EXCEL_SHEET
REGISTER_CONTAINER = 'X'
importing
DOCUMENT_PROXY = LO_PROXY
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
if I_DOCUMENT_URL is initial.
* create new excel document
call method LO_PROXY->CREATE_DOCUMENT
exporting
CREATE_VIEW_DATA = 'X'
OPEN_INPLACE = 'X'
NO_FLUSH = 'X'
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
else.
* Read excel template for i_DOCUMENT_URL
* this excel template can be store in local or server
call method LO_PROXY->OPEN_DOCUMENT
exporting
DOCUMENT_URL = I_DOCUMENT_URL
OPEN_INPLACE = 'X'
NO_FLUSH = 'X'
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
endif.
* Check Spreadsheet Interface of Document Proxy
call method LO_PROXY->HAS_SPREADSHEET_INTERFACE
importing
IS_AVAILABLE = LI_HAS
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
* create Spreadsheet object
check LI_HAS is not initial.
call method LO_PROXY->GET_SPREADSHEET_INTERFACE
importing
SHEET_INTERFACE = LO_SPREADSHEET
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
*--------------------------------------------------------------------*
* SESSION 1: GET LVC DATA FROM ALV OBJECT
*--------------------------------------------------------------------*
* data table
create object LO_GRID
exporting
I_PARENT = CL_GUI_CONTAINER=>SCREEN0.
call method LO_GRID->GET_ALV_ATTRIBUTES
exporting
IO_GRID = IO_ALV
importing
ET_TABLE = LT_ALV.
assign LT_ALV->* to <F_ALV_TAB>.
* fieldcat
call method IO_ALV->GET_FRONTEND_FIELDCATALOG
importing
ET_FIELDCATALOG = LT_FIELDCAT_LVC.
* table name
loop at LT_FIELDCAT_LVC into WA_FIELDCAT_LVC
where not TABNAME is initial.
L_TABNAME = WA_FIELDCAT_LVC-TABNAME.
exit.
endloop.
if SY-SUBRC ne 0.
L_TABNAME = '1'.
endif.
clear: WA_FIELDCAT_LVC.
* sort table
call method IO_ALV->GET_SORT_CRITERIA
importing
ET_SORT = LT_SORT_LVC.
* filter index
call method IO_ALV->GET_FILTERED_ENTRIES
importing
ET_FILTERED_ENTRIES = LT_FILTER_IDX_LVC.
* group level + subtotal
call method IO_ALV->GET_SUBTOTALS
importing
EP_COLLECT00 = LT_COLLECT00
EP_COLLECT01 = LT_COLLECT01
EP_COLLECT02 = LT_COLLECT02
EP_COLLECT03 = LT_COLLECT03
EP_COLLECT04 = LT_COLLECT04
EP_COLLECT05 = LT_COLLECT05
EP_COLLECT06 = LT_COLLECT06
EP_COLLECT07 = LT_COLLECT07
EP_COLLECT08 = LT_COLLECT08
EP_COLLECT09 = LT_COLLECT09
ET_GROUPLEVELS = LT_GROUPLEVELS_LVC.
assign LT_COLLECT00->* to <F_COLLECT00>.
assign LT_COLLECT01->* to <F_COLLECT01>.
assign LT_COLLECT02->* to <F_COLLECT02>.
assign LT_COLLECT03->* to <F_COLLECT03>.
assign LT_COLLECT04->* to <F_COLLECT04>.
assign LT_COLLECT05->* to <F_COLLECT05>.
assign LT_COLLECT06->* to <F_COLLECT06>.
assign LT_COLLECT07->* to <F_COLLECT07>.
assign LT_COLLECT08->* to <F_COLLECT08>.
assign LT_COLLECT09->* to <F_COLLECT09>.
* transfer to KKBLO struct
call function 'LVC_TRANSFER_TO_KKBLO'
exporting
IT_FIELDCAT_LVC = LT_FIELDCAT_LVC
IT_SORT_LVC = LT_SORT_LVC
IT_FILTER_INDEX_LVC = LT_FILTER_IDX_LVC
IT_GROUPLEVELS_LVC = LT_GROUPLEVELS_LVC
importing
ET_FIELDCAT_KKBLO = LT_FIELDCAT_KKBLO
ET_SORT_KKBLO = LT_SORT_KKBLO
ET_FILTERED_ENTRIES_KKBLO = LT_FILTER_IDX_KKBLO
ET_GROUPLEVELS_KKBLO = LT_GROUPLEVELS_KKBLO
tables
IT_DATA = <F_ALV_TAB>
exceptions
IT_DATA_MISSING = 1
IT_FIELDCAT_LVC_MISSING = 2
others = 3.
if SY-SUBRC <> 0.
raise EX_TRANSFER_KKBLO_ERROR.
endif.
clear:
WA_FIELDCAT_LVC,
LT_FIELDCAT_LVC,
LT_SORT_LVC,
LT_FILTER_IDX_LVC,
LT_GROUPLEVELS_LVC.
clear:
LO_GRID.
*--------------------------------------------------------------------*
* SESSION 2: SORT, FILTER AND CALCULATE TOTAL / SUBTOTAL
*--------------------------------------------------------------------*
* append subtotal & total line
create data LT_EXCEL like <F_ALV_TAB>.
assign LT_EXCEL->* to <F_EXCEL_TAB>.
loop at <F_ALV_TAB> assigning <F_LINE>.
L_SAVE_INDEX = SY-TABIX.
* filter base on filter index table
read table LT_FILTER_IDX_KKBLO assigning <F_FILTER_IDX_LINE>
with key INDEX = L_SAVE_INDEX
binary search.
if SY-SUBRC ne 0.
append <F_LINE> to <F_EXCEL_TAB>.
endif.
* append subtotal lines
read table LT_GROUPLEVELS_KKBLO assigning <F_GROUPLEVELS_LINE>
with key INDEX_TO = L_SAVE_INDEX
binary search.
if SY-SUBRC = 0.
L_TABIX = SY-TABIX.
do.
if <F_GROUPLEVELS_LINE>-SUBTOT eq 'X' and
<F_GROUPLEVELS_LINE>-HIDE_LEVEL is initial and
<F_GROUPLEVELS_LINE>-CINDEX_FROM ne 0.
* dynamic append subtotal line to excel table base on grouplevel table
* ex <f_GROUPLEVELS_line>-level = 1
* then <f_collect_tab> = '<F_COLLECT01>'
L_COLLECT = <F_GROUPLEVELS_LINE>-LEVEL.
condense L_COLLECT.
concatenate '<F_COLLECT0'
L_COLLECT '>'
* '->*'
into L_COLLECT.
assign (L_COLLECT) to <F_COLLECT_TAB>.
* incase there're more than 1 total line of group, at the same level
* for example: subtotal of multi currency
loop at <F_COLLECT_TAB> assigning <F_COLLECT_LINE>.
if SY-TABIX between <F_GROUPLEVELS_LINE>-CINDEX_FROM
and <F_GROUPLEVELS_LINE>-CINDEX_TO.
append <F_COLLECT_LINE> to <F_EXCEL_TAB>.
* save subtotal lines index
WA_SUBTOT_INDEXS-INDEX = SY-TABIX.
append WA_SUBTOT_INDEXS to LT_SUBTOT_INDEXS.
* append sub total ranges table for format later
add 1 to L_SUB_INDEX.
SUBRANGEITEM-NAME = L_SUB_INDEX.
condense SUBRANGEITEM-NAME.
concatenate 'SUBTOT'
SUBRANGEITEM-NAME
into SUBRANGEITEM-NAME.
SUBRANGEITEM-ROWS = WA_SUBTOT_INDEXS-INDEX.
SUBRANGEITEM-COLUMNS = 1. " start col
append SUBRANGEITEM to SUBRANGES.
clear: SUBRANGEITEM.
endif.
endloop.
unassign: <F_COLLECT_TAB>.
unassign: <F_COLLECT_LINE>.
clear: L_COLLECT.
endif.
* check next subtotal level of group
unassign: <F_GROUPLEVELS_LINE>.
add 1 to L_TABIX.
read table LT_GROUPLEVELS_KKBLO assigning <F_GROUPLEVELS_LINE>
index L_TABIX.
if SY-SUBRC ne 0
or <F_GROUPLEVELS_LINE>-INDEX_TO ne L_SAVE_INDEX.
exit.
endif.
unassign:
<F_COLLECT_TAB>,
<F_COLLECT_LINE>.
enddo.
endif.
clear:
L_TABIX,
L_SAVE_INDEX.
unassign:
<F_FILTER_IDX_LINE>,
<F_GROUPLEVELS_LINE>.
endloop.
* free local data
unassign:
<F_LINE>,
<F_COLLECT_TAB>,
<F_COLLECT_LINE>,
<F_FIELDCAT_LINE>.
* append grand total line
if <F_COLLECT00> is assigned.
assign <F_COLLECT00> to <F_COLLECT_TAB>.
if <F_COLLECT_TAB> is not initial.
loop at <F_COLLECT_TAB> assigning <F_COLLECT_LINE>.
append <F_COLLECT_LINE> to <F_EXCEL_TAB>.
* save total line index
WA_SUBTOT_INDEXS-INDEX = SY-TABIX.
append WA_SUBTOT_INDEXS to LT_SUBTOT_INDEXS.
* append grand total range (to format)
add 1 to L_SUB_INDEX.
SUBRANGEITEM-NAME = L_SUB_INDEX.
condense SUBRANGEITEM-NAME.
concatenate 'TOTAL'
SUBRANGEITEM-NAME
into SUBRANGEITEM-NAME.
SUBRANGEITEM-ROWS = WA_SUBTOT_INDEXS-INDEX.
SUBRANGEITEM-COLUMNS = 1. " start col
append SUBRANGEITEM to SUBRANGES.
endloop.
endif.
endif.
clear:
SUBRANGEITEM,
LT_SORT_KKBLO,
<F_COLLECT00>,
<F_COLLECT01>,
<F_COLLECT02>,
<F_COLLECT03>,
<F_COLLECT04>,
<F_COLLECT05>,
<F_COLLECT06>,
<F_COLLECT07>,
<F_COLLECT08>,
<F_COLLECT09>.
unassign:
<F_COLLECT00>,
<F_COLLECT01>,
<F_COLLECT02>,
<F_COLLECT03>,
<F_COLLECT04>,
<F_COLLECT05>,
<F_COLLECT06>,
<F_COLLECT07>,
<F_COLLECT08>,
<F_COLLECT09>,
<F_COLLECT_TAB>,
<F_COLLECT_LINE>.
*--------------------------------------------------------------------*
* SESSION 3: MAP DATA TO SEMANTIC TABLE
*--------------------------------------------------------------------*
* get dependent field field: currency and quantity
create data WA like line of <F_EXCEL_TAB>.
assign WA->* to <F_EXCEL_LINE>.
describe field <F_EXCEL_LINE> type L_TYP components L_NUM.
do L_NUM times.
L_SAVE_INDEX = SY-INDEX.
assign component L_SAVE_INDEX of structure <F_EXCEL_LINE>
to <F_EXCEL_COLUMN>.
if SY-SUBRC ne 0.
message E059(0K) with 'FATAL ERROR' raising FATAL_ERROR.
endif.
loop at LT_FIELDCAT_KKBLO assigning <F_FIELDCAT_LINE>
where TABNAME = L_TABNAME.
assign component <F_FIELDCAT_LINE>-FIELDNAME
of structure <F_EXCEL_LINE> to <F_FCAT_COLUMN>.
describe distance between <F_EXCEL_COLUMN> and <F_FCAT_COLUMN>
into L_INT in byte mode.
* append column index
* this columns index is of table, not fieldcat
if L_INT = 0.
WA_COLUMN_INDEX-FIELDNAME = <F_FIELDCAT_LINE>-FIELDNAME.
WA_COLUMN_INDEX-TABNAME = <F_FIELDCAT_LINE>-TABNAME.
WA_COLUMN_INDEX-COL = L_SAVE_INDEX.
append WA_COLUMN_INDEX to LT_COLUMN_INDEX.
endif.
* append dependent fields (currency and quantity unit)
if <F_FIELDCAT_LINE>-CFIELDNAME is not initial.
clear WA_FIELDCAT_DEPF.
WA_FIELDCAT_DEPF-FIELDNAME = <F_FIELDCAT_LINE>-CFIELDNAME.
WA_FIELDCAT_DEPF-TABNAME = <F_FIELDCAT_LINE>-CTABNAME.
collect WA_FIELDCAT_DEPF into LT_FIELDCAT_DEPF.
endif.
if <F_FIELDCAT_LINE>-QFIELDNAME is not initial.
clear WA_FIELDCAT_DEPF.
WA_FIELDCAT_DEPF-FIELDNAME = <F_FIELDCAT_LINE>-QFIELDNAME.
WA_FIELDCAT_DEPF-TABNAME = <F_FIELDCAT_LINE>-QTABNAME.
collect WA_FIELDCAT_DEPF into LT_FIELDCAT_DEPF.
endif.
* rewrite field data type
if <F_FIELDCAT_LINE>-INTTYPE = 'X'
and <F_FIELDCAT_LINE>-DATATYPE(3) = 'INT'.
<F_FIELDCAT_LINE>-INTTYPE = 'I'.
endif.
endloop.
clear: L_SAVE_INDEX.
unassign: <F_FIELDCAT_LINE>.
enddo.
* build semantic tables
L_N_HRZ_KEYS = 1.
* Get keyfigures
loop at LT_FIELDCAT_KKBLO assigning <F_FIELDCAT_LINE>
where TABNAME = L_TABNAME
and TECH ne 'X'
and NO_OUT ne 'X'.
clear WA_SEMA.
clear WA_HKEY.
* Units belong to keyfigures -> display as str
read table LT_FIELDCAT_DEPF into WA_FIELDCAT_DEPF with key
FIELDNAME = <F_FIELDCAT_LINE>-FIELDNAME
TABNAME = <F_FIELDCAT_LINE>-TABNAME.
if SY-SUBRC = 0.
WA_SEMA-COL_TYP = 'STR'.
WA_SEMA-COL_OPS = 'DFT'.
* Keyfigures
else.
case <F_FIELDCAT_LINE>-DATATYPE.
when 'QUAN'.
WA_SEMA-COL_TYP = 'N03'.
if <F_FIELDCAT_LINE>-NO_SUM ne 'X'.
WA_SEMA-COL_OPS = 'ADD'.
else.
WA_SEMA-COL_OPS = 'NOP'. " no dependent field
endif.
when 'DATS'.
WA_SEMA-COL_TYP = 'DAT'.
WA_SEMA-COL_OPS = 'NOP'.
when 'CHAR' or 'UNIT' or 'CUKY'. " Added fieldformats UNIT and CUKY - dd. 26-10-2012 Wouter Heuvelmans
WA_SEMA-COL_TYP = 'STR'.
WA_SEMA-COL_OPS = 'DFT'. " dependent field
* incase numeric, ex '00120' -> display as '12'
when 'NUMC'.
WA_SEMA-COL_TYP = 'STR'.
WA_SEMA-COL_OPS = 'DFT'.
when others.
WA_SEMA-COL_TYP = 'NUM'.
if <F_FIELDCAT_LINE>-NO_SUM ne 'X'.
WA_SEMA-COL_OPS = 'ADD'.
else.
WA_SEMA-COL_OPS = 'NOP'.
endif.
endcase.
endif.
L_COUNTER = L_COUNTER + 1.
L_N_ATT_COLS = L_N_ATT_COLS + 1.
WA_SEMA-COL_NO = L_COUNTER.
read table LT_COLUMN_INDEX into WA_COLUMN_INDEX with key
FIELDNAME = <F_FIELDCAT_LINE>-FIELDNAME
TABNAME = <F_FIELDCAT_LINE>-TABNAME.
if SY-SUBRC = 0.
WA_SEMA-COL_SRC = WA_COLUMN_INDEX-COL.
else.
raise FATAL_ERROR.
endif.
* columns index of ref currency field in table
if not <F_FIELDCAT_LINE>-CFIELDNAME is initial.
read table LT_COLUMN_INDEX into WA_COLUMN_INDEX with key
FIELDNAME = <F_FIELDCAT_LINE>-CFIELDNAME
TABNAME = <F_FIELDCAT_LINE>-CTABNAME.
if SY-SUBRC = 0.
WA_SEMA-COL_CUR = WA_COLUMN_INDEX-COL.
endif.
* quantities fields
* treat as currency when display on excel
elseif not <F_FIELDCAT_LINE>-QFIELDNAME is initial.
read table LT_COLUMN_INDEX into WA_COLUMN_INDEX with key
FIELDNAME = <F_FIELDCAT_LINE>-QFIELDNAME
TABNAME = <F_FIELDCAT_LINE>-QTABNAME.
if SY-SUBRC = 0.
WA_SEMA-COL_CUR = WA_COLUMN_INDEX-COL.
endif.
endif.
* Treat of fixed currency in the fieldcatalog for column
data: L_NUM_HELP(2) type N.
if not <F_FIELDCAT_LINE>-CURRENCY is initial.
select * from TCURX into table LT_TCURX.
sort LT_TCURX.
read table LT_TCURX into WA_TCURX
with key CURRKEY = <F_FIELDCAT_LINE>-CURRENCY.
if SY-SUBRC = 0.
L_NUM_HELP = WA_TCURX-CURRDEC.
concatenate 'N' L_NUM_HELP into WA_SEMA-COL_TYP.
WA_SEMA-COL_CUR = SY-TABIX * ( -1 ).
endif.
endif.
WA_HKEY-COL_NO = L_N_ATT_COLS.
WA_HKEY-ROW_NO = L_N_HRZ_KEYS.
WA_HKEY-COL_NAME = <F_FIELDCAT_LINE>-REPTEXT.
append WA_HKEY to LT_HKEY.
append WA_SEMA to LT_SEMA.
endloop.
* free local data
clear:
LT_COLUMN_INDEX,
WA_COLUMN_INDEX,
LT_FIELDCAT_DEPF,
WA_FIELDCAT_DEPF,
LT_TCURX,
WA_TCURX,
L_NUM,
L_TYP,
WA,
L_INT,
L_COUNTER.
unassign:
<F_FIELDCAT_LINE>,
<F_EXCEL_LINE>,
<F_EXCEL_COLUMN>,
<F_FCAT_COLUMN>.
*--------------------------------------------------------------------*
* SESSION 4: WRITE TO EXCEL
*--------------------------------------------------------------------*
clear: WA_TCURX.
refresh: LT_TCURX.
* if spreadsheet dun have proxy yet
if LI_HAS is initial.
L_RETCODE = C_OI_ERRORS=>RET_INTERFACE_NOT_SUPPORTED.
call method C_OI_ERRORS=>CREATE_ERROR_FOR_RETCODE
exporting
RETCODE = L_RETCODE
NO_FLUSH = NO_FLUSH
importing
ERROR = LO_ERROR_W.
exit.
endif.
create object L_ERROR
exporting
OBJECT_NAME = 'OLE_DOCUMENT_PROXY'
METHOD_NAME = 'get_ranges_names'.
call method C_OI_ERRORS=>ADD_ERROR
exporting
ERROR = L_ERROR.
describe table LT_SEMA lines DATAREAL.
describe table <F_EXCEL_TAB> lines DATAC.
describe table LT_VKEY lines VKEYCOUNT.
if DATAC = 0.
raise INV_DATA_RANGE.
endif.
if VKEYCOUNT ne L_N_VRT_KEYS.
raise DIM_MISMATCH_VKEY.
endif.
ALL = L_N_VRT_KEYS + L_N_ATT_COLS.
if DATAREAL ne ALL.
raise DIM_MISMATCH_SEMA.
endif.
data: DECIMAL type C.
* get decimal separator format ('.', ',', ...) in Office config
call method LO_PROXY->GET_APPLICATION_PROPERTY
exporting
PROPERTY_NAME = 'INTERNATIONAL'
SUBPROPERTY_NAME = 'DECIMAL_SEPARATOR'
changing
RETVALUE = DECIMAL.
data: WA_USR type USR01.
select * from USR01 into WA_USR where BNAME = SY-UNAME.
endselect.
data: COMMA_ELIM(4) type C.
field-symbols <G> type ANY.
data SEARCH_ITEM(4) value ' #'.
concatenate ',' DECIMAL '.' DECIMAL into COMMA_ELIM.
data HELP type I. " table (with subtotal) line number
HELP = DATAC.
data: ROWMAX type I value 1. " header row number
data: COLUMNMAX type I value 0. " header columns number
loop at LT_HKEY into HKEYITEM.
if HKEYITEM-COL_NO > COLUMNMAX.
COLUMNMAX = HKEYITEM-COL_NO.
endif.
if HKEYITEM-ROW_NO > ROWMAX.
ROWMAX = HKEYITEM-ROW_NO.
endif.
endloop.
data: HKEYCOLUMNS type I. " header columns no
HKEYCOLUMNS = COLUMNMAX.
if HKEYCOLUMNS < L_N_ATT_COLS.
HKEYCOLUMNS = L_N_ATT_COLS.
endif.
COLUMNMAX = 0.
loop at LT_VKEY into VKEYITEM.
if VKEYITEM-COL_NO > COLUMNMAX.
COLUMNMAX = VKEYITEM-COL_NO.
endif.
endloop.
data OVERFLOW type I value 1.
data TESTNAME(10) type C.
data TEMP2 type I. " 1st item row position in excel
data REALMIT type I value 1.
data REALOVERFLOW type I value 1. " row index in content
call method LO_SPREADSHEET->SCREEN_UPDATE
exporting
UPDATING = ''.
call method LO_SPREADSHEET->LOAD_LIB.
data: STR(40) type C. " range names of columns range (w/o col header)
data: ROWS type I. " row postion of 1st item line in ecxel
* calculate row position of data table
describe table IT_LISTHEADER lines LI_COMMENTARY_ROWS.
* if grid had title, add 1 empy line between title and table
if LI_COMMENTARY_ROWS ne 0.
add 1 to LI_COMMENTARY_ROWS.
endif.
* add top position of block data
LI_COMMENTARY_ROWS = LI_COMMENTARY_ROWS + I_TOP - 1.
* write header (commentary rows)
data: LI_COMMENTARY_ROW_INDEX type I value 1.
data: LI_CONTENT_INDEX type I value 1.
data: LS_INDEX(10) type C.
data LS_COMMENTARY_RANGE(40) type C value 'TITLE'.
data: LI_FONT_BOLD type I.
data: LI_FONT_ITALIC type I.
data: LI_FONT_SIZE type I.
loop at IT_LISTHEADER into WA_LISTHEADER.
LI_COMMENTARY_ROW_INDEX = I_TOP + LI_CONTENT_INDEX - 1.
LS_INDEX = LI_CONTENT_INDEX.
condense LS_INDEX.
concatenate LS_COMMENTARY_RANGE(5) LS_INDEX
into LS_COMMENTARY_RANGE.
condense LS_COMMENTARY_RANGE.
* insert title range
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = LS_COMMENTARY_RANGE
TOP = LI_COMMENTARY_ROW_INDEX
LEFT = I_LEFT
ROWS = 1
COLUMNS = 1
NO_FLUSH = NO_FLUSH.
* format range
case WA_LISTHEADER-TYP.
when 'H'. "title
LI_FONT_SIZE = 16.
LI_FONT_BOLD = 1.
LI_FONT_ITALIC = -1.
when 'S'. "subtile
LI_FONT_SIZE = -1.
LI_FONT_BOLD = 1.
LI_FONT_ITALIC = -1.
when others. "'A' comment
LI_FONT_SIZE = -1.
LI_FONT_BOLD = -1.
LI_FONT_ITALIC = 1.
endcase.
call method LO_SPREADSHEET->SET_FONT
exporting
RANGENAME = LS_COMMENTARY_RANGE
FAMILY = ''
SIZE = LI_FONT_SIZE
BOLD = LI_FONT_BOLD
ITALIC = LI_FONT_ITALIC
ALIGN = 0
NO_FLUSH = NO_FLUSH.
* title: range content
RANGEITEM-NAME = LS_COMMENTARY_RANGE.
RANGEITEM-COLUMNS = 1.
RANGEITEM-ROWS = 1.
append RANGEITEM to RANGES.
CONTENTSITEM-ROW = LI_CONTENT_INDEX.
CONTENTSITEM-COLUMN = 1.
concatenate WA_LISTHEADER-KEY
WA_LISTHEADER-INFO
into CONTENTSITEM-VALUE
separated by SPACE.
condense CONTENTSITEM-VALUE.
append CONTENTSITEM to CONTENTS.
add 1 to LI_CONTENT_INDEX.
clear:
RANGEITEM,
CONTENTSITEM,
LS_INDEX.
endloop.
* set range data title
call method LO_SPREADSHEET->SET_RANGES_DATA
exporting
RANGES = RANGES
CONTENTS = CONTENTS
NO_FLUSH = NO_FLUSH.
refresh:
RANGES,
CONTENTS.
ROWS = ROWMAX + LI_COMMENTARY_ROWS + 1.
ALL = WA_USR-DATFM.
ALL = ALL + 3.
loop at LT_SEMA into SEMAITEM.
if SEMAITEM-COL_TYP = 'DAT' or SEMAITEM-COL_TYP = 'MON' or
SEMAITEM-COL_TYP = 'N00' or SEMAITEM-COL_TYP = 'N01' or
SEMAITEM-COL_TYP = 'N01' or SEMAITEM-COL_TYP = 'N02' or
SEMAITEM-COL_TYP = 'N03' or SEMAITEM-COL_TYP = 'PCT' or
SEMAITEM-COL_TYP = 'STR' or SEMAITEM-COL_TYP = 'NUM'.
clear STR.
STR = SEMAITEM-COL_NO.
condense STR.
concatenate 'DATA' STR into STR.
MIT = SEMAITEM-COL_NO.
LI_COL_POS = SEMAITEM-COL_NO + I_LEFT - 1.
* range from data1 to data(n), for each columns of table
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = STR
TOP = ROWS
LEFT = LI_COL_POS
ROWS = HELP
COLUMNS = 1
NO_FLUSH = NO_FLUSH.
data DEC type I value -1.
data TYPEINFO type SYDES_TYPEINFO.
loop at <F_EXCEL_TAB> assigning <LINE>.
assign component SEMAITEM-COL_NO of structure <LINE> to <ITEM>.
describe field <ITEM> into TD.
read table TD-TYPES index 1 into TYPEINFO.
if TYPEINFO-TYPE = 'P'.
DEC = TYPEINFO-DECIMALS.
elseif TYPEINFO-TYPE = 'I'.
DEC = 0.
endif.
describe field <LINE> type TYP components COUNT.
MIT = 1.
do COUNT times.
if MIT = SEMAITEM-COL_SRC.
assign component SY-INDEX of structure <LINE> to <ITEM>.
describe field <ITEM> into TD.
read table TD-TYPES index 1 into TYPEINFO.
if TYPEINFO-TYPE = 'P'.
DEC = TYPEINFO-DECIMALS.
endif.
exit.
endif.
MIT = MIT + 1.
enddo.
exit.
endloop.
* format for each columns of table (w/o columns headers)
if SEMAITEM-COL_TYP = 'DAT'.
if SEMAITEM-COL_NO > VKEYCOUNT.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = ALL
NO_FLUSH = NO_FLUSH.
else.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 0
NO_FLUSH = NO_FLUSH.
endif.
elseif SEMAITEM-COL_TYP = 'STR'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 0
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'MON'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 10
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'N00'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 0
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'N01'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 1
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'N02'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 2
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'N03'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 3
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'N04'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 4
NO_FLUSH = NO_FLUSH.
elseif SEMAITEM-COL_TYP = 'NUM'.
if DEC eq -1.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = 2
NO_FLUSH = NO_FLUSH.
else.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 1
DECIMALS = DEC
NO_FLUSH = NO_FLUSH.
endif.
elseif SEMAITEM-COL_TYP = 'PCT'.
call method LO_SPREADSHEET->SET_FORMAT
exporting
RANGENAME = STR
CURRENCY = ''
TYP = 3
DECIMALS = 0
NO_FLUSH = NO_FLUSH.
endif.
endif.
endloop.
* get item contents for set_range_data method
* get currency cell also
MIT = 1.
data: CURRCELLS type SOI_CELL_TABLE.
data: CURRITEM type SOI_CELL_ITEM.
CURRITEM-ROWS = 1.
CURRITEM-COLUMNS = 1.
CURRITEM-FRONT = -1.
CURRITEM-BACK = -1.
CURRITEM-FONT = ''.
CURRITEM-SIZE = -1.
CURRITEM-BOLD = -1.
CURRITEM-ITALIC = -1.
CURRITEM-ALIGN = -1.
CURRITEM-FRAMETYP = -1.
CURRITEM-FRAMECOLOR = -1.
CURRITEM-CURRENCY = ''.
CURRITEM-NUMBER = 1.
CURRITEM-INPUT = -1.
data: CONST type I.
* Change for Correction request
* Initial 10000 lines are missing in Excel Export
* if there are only 2 columns in exported List object.
if DATAREAL gt 2.
CONST = 20000 / DATAREAL.
else.
CONST = 20000 / ( DATAREAL + 2 ).
endif.
data: LINES type I.
data: INNERLINES type I.
data: COUNTER type I.
data: CURRITEM2 like CURRITEM.
data: CURRITEM3 like CURRITEM.
data: LENGTH type I.
data: FOUND.
* append content table (for method set_range_content)
loop at <F_EXCEL_TAB> assigning <LINE>.
* save line index to compare with lt_subtot_indexs,
* to discover line is a subtotal / totale line or not
* ex use to set 'dun display zero in subtotal / total line'
L_SAVE_INDEX = SY-TABIX.
do DATAREAL times.
read table LT_SEMA into SEMAITEM with key COL_NO = SY-INDEX.
if SEMAITEM-COL_SRC ne 0.
assign component SEMAITEM-COL_SRC
of structure <LINE> to <ITEM>.
else.
assign component SY-INDEX
of structure <LINE> to <ITEM>.
endif.
CONTENTSITEM-ROW = REALOVERFLOW.
if SY-SUBRC = 0.
move SEMAITEM-COL_OPS to SEARCH_ITEM(3).
search 'ADD#CNT#MIN#MAX#AVG#NOP#DFT#'
for SEARCH_ITEM.
if SY-SUBRC ne 0.
raise ERROR_IN_SEMA.
endif.
move SEMAITEM-COL_TYP to SEARCH_ITEM(3).
search 'NUM#N00#N01#N02#N03#N04#PCT#DAT#MON#STR#'
for SEARCH_ITEM.
if SY-SUBRC ne 0.
raise ERROR_IN_SEMA.
endif.
CONTENTSITEM-COLUMN = SY-INDEX.
if SEMAITEM-COL_TYP eq 'DAT' or SEMAITEM-COL_TYP eq 'MON'.
if SEMAITEM-COL_NO > VKEYCOUNT.
" Hinweis 512418
" EXCEL bezieht Datumsangaben
" auf den 31.12.1899, behandelt
" aber 1900 als ein Schaltjahr
" d.h. ab 1.3.1900 korrekt
" 1.3.1900 als Zahl = 61
data: GENESIS type D value '18991230'.
data: NUMBER_OF_DAYS type P.
* change for date in char format & sema_type = X
data: TEMP_DATE type D.
if not <ITEM> is initial and not <ITEM> co ' ' and not
<ITEM> co '0'.
* change for date in char format & sema_type = X starts
if SEMA_TYPE = 'X'.
describe field <ITEM> type TYP.
if TYP = 'C'.
TEMP_DATE = <ITEM>.
NUMBER_OF_DAYS = TEMP_DATE - GENESIS.
else.
NUMBER_OF_DAYS = <ITEM> - GENESIS.
endif.
else.
NUMBER_OF_DAYS = <ITEM> - GENESIS.
endif.
* change for date in char format & sema_type = X ends
if NUMBER_OF_DAYS < 61.
NUMBER_OF_DAYS = NUMBER_OF_DAYS - 1.
endif.
set country 'DE'.
write NUMBER_OF_DAYS to CONTENTSITEM-VALUE
no-grouping
left-justified.
set country SPACE.
translate CONTENTSITEM-VALUE using COMMA_ELIM.
else.
clear CONTENTSITEM-VALUE.
endif.
else.
move <ITEM> to CONTENTSITEM-VALUE.
endif.
elseif SEMAITEM-COL_TYP eq 'NUM' or
SEMAITEM-COL_TYP eq 'N00' or
SEMAITEM-COL_TYP eq 'N01' or
SEMAITEM-COL_TYP eq 'N02' or
SEMAITEM-COL_TYP eq 'N03' or
SEMAITEM-COL_TYP eq 'N04' or
SEMAITEM-COL_TYP eq 'PCT'.
set country 'DE'.
describe field <ITEM> type TYP.
if SEMAITEM-COL_CUR is initial.
if TYP ne 'F'.
write <ITEM> to CONTENTSITEM-VALUE no-grouping
no-sign decimals 14.
else.
write <ITEM> to CONTENTSITEM-VALUE no-grouping
no-sign.
endif.
else.
* Treat of fixed curreny for column >>Y9CK007319
if SEMAITEM-COL_CUR < 0.
SEMAITEM-COL_CUR = SEMAITEM-COL_CUR * ( -1 ).
select * from TCURX into table LT_TCURX.
sort LT_TCURX.
read table LT_TCURX into
WA_TCURX index SEMAITEM-COL_CUR.
if SY-SUBRC = 0.
if TYP ne 'F'.
write <ITEM> to CONTENTSITEM-VALUE no-grouping
currency WA_TCURX-CURRKEY no-sign decimals 14.
else.
write <ITEM> to CONTENTSITEM-VALUE no-grouping
currency WA_TCURX-CURRKEY no-sign.
endif.
endif.
else.
assign component SEMAITEM-COL_CUR
of structure <LINE> to <G>.
* mit = index of recent row
CURRITEM-TOP = ROWMAX + MIT + LI_COMMENTARY_ROWS.
LI_COL_POS = SY-INDEX + I_LEFT - 1.
CURRITEM-LEFT = LI_COL_POS.
* if filed is quantity field (qfieldname ne space)
* or amount field (cfieldname ne space), then format decimal place
* corresponding with config
clear: L_DEF.
read table LT_FIELDCAT_KKBLO assigning <F_FIELDCAT_LINE>
with key TABNAME = L_TABNAME
TECH = SPACE
NO_OUT = SPACE
COL_POS = SEMAITEM-COL_NO.
if SY-SUBRC = 0.
if <F_FIELDCAT_LINE>-CFIELDNAME is not initial.
L_DEF = 'C'.
else."if <f_fieldcat_line>-qfieldname is not initial.
L_DEF = 'Q'.
endif.
endif.
* if field is amount field
* exporting of amount field base on currency decimal table: TCURX
if L_DEF = 'C'. "field is amount field
select single * from TCURX into WA_TCURX
where CURRKEY = <G>.
* if amount ref to un-know currency -> default decimal = 2
if SY-SUBRC eq 0.
CURRITEM-DECIMALS = WA_TCURX-CURRDEC.
else.
CURRITEM-DECIMALS = 2.
endif.
append CURRITEM to CURRCELLS.
if TYP ne 'F'.
write <ITEM> to CONTENTSITEM-VALUE
currency <G>
no-sign no-grouping.
else.
write <ITEM> to CONTENTSITEM-VALUE
decimals 14 currency <G>
no-sign no-grouping.
endif.
* if field is quantity field
* exporting of quantity field base on quantity decimal table: T006
else."if l_def = 'Q'. " field is quantity field
clear: WA_T006.
select single * from T006 into WA_T006
where MSEHI = <G>.
* if quantity ref to un-know unit-> default decimal = 2
if SY-SUBRC eq 0.
CURRITEM-DECIMALS = WA_T006-DECAN.
else.
CURRITEM-DECIMALS = 2.
endif.
append CURRITEM to CURRCELLS.
write <ITEM> to CONTENTSITEM-VALUE
unit <G>
no-sign no-grouping.
condense CONTENTSITEM-VALUE.
endif.
endif. "Y9CK007319
endif.
condense CONTENTSITEM-VALUE.
* add function fieldcat-no zero display
loop at LT_FIELDCAT_KKBLO assigning <F_FIELDCAT_LINE>
where TABNAME = L_TABNAME
and TECH ne 'X'
and NO_OUT ne 'X'.
if <F_FIELDCAT_LINE>-COL_POS = SEMAITEM-COL_NO.
if <F_FIELDCAT_LINE>-NO_ZERO = 'X'.
if <ITEM> = '0'.
clear: CONTENTSITEM-VALUE.
endif.
* dun display zero in total/subtotal line too
else.
clear: WA_SUBTOT_INDEXS.
read table LT_SUBTOT_INDEXS into WA_SUBTOT_INDEXS
with key INDEX = L_SAVE_INDEX.
if SY-SUBRC = 0 and <ITEM> = '0'.
clear: CONTENTSITEM-VALUE.
endif.
endif.
endif.
endloop.
unassign: <F_FIELDCAT_LINE>.
if <ITEM> lt 0.
search CONTENTSITEM-VALUE for 'E'.
if SY-FDPOS eq 0.
* use prefix notation for signed numbers
translate CONTENTSITEM-VALUE using '- '.
condense CONTENTSITEM-VALUE no-gaps.
concatenate '-' CONTENTSITEM-VALUE
into CONTENTSITEM-VALUE.
else.
concatenate '-' CONTENTSITEM-VALUE
into CONTENTSITEM-VALUE.
endif.
endif.
set country SPACE.
* Hier wird nur die korrekte Kommaseparatierung gemacht, wenn die
* Zeichen einer
* Zahl enthalten sind. Das ist für Timestamps, die auch ":" enthalten.
* Für die
* darf keine Kommaseparierung stattfinden.
* Changing for correction request - Y6BK041073
if CONTENTSITEM-VALUE co '0123456789.,-+E '.
translate CONTENTSITEM-VALUE using COMMA_ELIM.
endif.
else.
clear CONTENTSITEM-VALUE.
* if type is not numeric -> dun display with zero
write <ITEM> to CONTENTSITEM-VALUE no-zero.
shift CONTENTSITEM-VALUE left deleting leading SPACE.
endif.
append CONTENTSITEM to CONTENTS.
endif.
enddo.
REALMIT = REALMIT + 1.
REALOVERFLOW = REALOVERFLOW + 1.
MIT = MIT + 1.
* overflow = current row index in content table
OVERFLOW = OVERFLOW + 1.
endloop.
unassign: <F_FIELDCAT_LINE>.
* set item range for set_range_data method
TESTNAME = MIT / CONST.
condense TESTNAME.
concatenate 'TEST' TESTNAME into TESTNAME.
REALOVERFLOW = REALOVERFLOW - 1.
REALMIT = REALMIT - 1.
HELP = REALOVERFLOW.
RANGEITEM-NAME = TESTNAME.
RANGEITEM-COLUMNS = DATAREAL.
RANGEITEM-ROWS = HELP.
append RANGEITEM to RANGES.
* insert item range dim
TEMP2 = ROWMAX + 1 + LI_COMMENTARY_ROWS + REALMIT - REALOVERFLOW.
* items data
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = TESTNAME
TOP = TEMP2
LEFT = I_LEFT
ROWS = HELP
COLUMNS = DATAREAL
NO_FLUSH = NO_FLUSH.
* get columns header contents for set_range_data method
* export columns header only if no columns header option = space
data: ROWCOUNT type I.
data: COLUMNCOUNT type I.
if I_COLUMNS_HEADER = 'X'.
* append columns header to contents: hkey
ROWCOUNT = 1.
do ROWMAX times.
COLUMNCOUNT = 1.
do HKEYCOLUMNS times.
loop at LT_HKEY into HKEYITEM where COL_NO = COLUMNCOUNT
and ROW_NO = ROWCOUNT.
endloop.
if SY-SUBRC = 0.
STR = HKEYITEM-COL_NAME.
CONTENTSITEM-VALUE = HKEYITEM-COL_NAME.
else.
CONTENTSITEM-VALUE = STR.
endif.
CONTENTSITEM-COLUMN = COLUMNCOUNT.
CONTENTSITEM-ROW = ROWCOUNT.
append CONTENTSITEM to CONTENTS.
COLUMNCOUNT = COLUMNCOUNT + 1.
enddo.
ROWCOUNT = ROWCOUNT + 1.
enddo.
* incase columns header in multiline
data: ROWMAXTEMP type I.
if ROWMAX > 1.
ROWMAXTEMP = ROWMAX - 1.
ROWCOUNT = 1.
do ROWMAXTEMP times.
COLUMNCOUNT = 1.
do COLUMNMAX times.
CONTENTSITEM-COLUMN = COLUMNCOUNT.
CONTENTSITEM-ROW = ROWCOUNT.
CONTENTSITEM-VALUE = ''.
append CONTENTSITEM to CONTENTS.
COLUMNCOUNT = COLUMNCOUNT + 1.
enddo.
ROWCOUNT = ROWCOUNT + 1.
enddo.
endif.
* append columns header to contents: vkey
COLUMNCOUNT = 1.
do COLUMNMAX times.
loop at LT_VKEY into VKEYITEM where COL_NO = COLUMNCOUNT.
endloop.
CONTENTSITEM-VALUE = VKEYITEM-COL_NAME.
CONTENTSITEM-ROW = ROWMAX.
CONTENTSITEM-COLUMN = COLUMNCOUNT.
append CONTENTSITEM to CONTENTS.
COLUMNCOUNT = COLUMNCOUNT + 1.
enddo.
*--------------------------------------------------------------------*
* set header range for method set_range_data
* insert header keys range dim
LI_HEAD_TOP = LI_COMMENTARY_ROWS + 1.
LI_COL_POS = I_LEFT.
* insert range headers
if HKEYCOLUMNS ne 0.
RANGEITEM-NAME = 'TESTHKEY'.
RANGEITEM-ROWS = ROWMAX.
RANGEITEM-COLUMNS = HKEYCOLUMNS.
append RANGEITEM to RANGES.
clear: RANGEITEM.
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = 'TESTHKEY'
TOP = LI_HEAD_TOP
LEFT = LI_COL_POS
ROWS = ROWMAX
COLUMNS = HKEYCOLUMNS
NO_FLUSH = NO_FLUSH.
endif.
endif.
* format for columns header + total + subtotal
* ------------------------------------------
HELP = ROWMAX + REALMIT. " table + header lines
data: LT_FORMAT type SOI_FORMAT_TABLE.
data: WA_FORMAT like line of LT_FORMAT.
data: WA_FORMAT_TEMP like line of LT_FORMAT.
field-symbols: <F_SOURCE> type ANY.
field-symbols: <F_DES> type ANY.
* columns header format
WA_FORMAT-FRONT = -1.
WA_FORMAT-BACK = 15. "grey
WA_FORMAT-FONT = SPACE.
WA_FORMAT-SIZE = -1.
WA_FORMAT-BOLD = 1.
WA_FORMAT-ALIGN = 0.
WA_FORMAT-FRAMETYP = -1.
WA_FORMAT-FRAMECOLOR = -1.
* get column header format from input record
* -> map input format
if I_COLUMNS_HEADER = 'X'.
WA_FORMAT-NAME = 'TESTHKEY'.
if I_FORMAT_COL_HEADER is not initial.
describe field I_FORMAT_COL_HEADER type L_TYP components
LI_COL_NUM.
do LI_COL_NUM times.
if SY-INDEX ne 1. " dun map range name
assign component SY-INDEX of structure I_FORMAT_COL_HEADER
to <F_SOURCE>.
if <F_SOURCE> is not initial.
assign component SY-INDEX of structure WA_FORMAT to <F_DES>.
<F_DES> = <F_SOURCE>.
unassign: <F_DES>.
endif.
unassign: <F_SOURCE>.
endif.
enddo.
clear: LI_COL_NUM.
endif.
append WA_FORMAT to LT_FORMAT.
endif.
* Zusammenfassen der Spalten mit gleicher Nachkommastellenzahl
* collect vertical cells (col) with the same number of decimal places
* to increase perfomance in currency cell format
describe table CURRCELLS lines LINES.
LINES = LINES - 1.
do LINES times.
describe table CURRCELLS lines INNERLINES.
INNERLINES = INNERLINES - 1.
sort CURRCELLS by LEFT TOP.
clear FOUND.
do INNERLINES times.
read table CURRCELLS index SY-INDEX into CURRITEM.
COUNTER = SY-INDEX + 1.
read table CURRCELLS index COUNTER into CURRITEM2.
if CURRITEM-LEFT eq CURRITEM2-LEFT.
LENGTH = CURRITEM-TOP + CURRITEM-ROWS.
if LENGTH eq CURRITEM2-TOP and CURRITEM-DECIMALS eq CURRITEM2-DECIMALS.
move CURRITEM to CURRITEM3.
CURRITEM3-ROWS = CURRITEM3-ROWS + CURRITEM2-ROWS.
CURRITEM-LEFT = -1.
modify CURRCELLS index SY-INDEX from CURRITEM.
CURRITEM2-LEFT = -1.
modify CURRCELLS index COUNTER from CURRITEM2.
append CURRITEM3 to CURRCELLS.
FOUND = 'X'.
endif.
endif.
enddo.
if FOUND is initial.
exit.
endif.
delete CURRCELLS where LEFT = -1.
enddo.
* Zusammenfassen der Zeilen mit gleicher Nachkommastellenzahl
* collect horizontal cells (row) with the same number of decimal places
* to increase perfomance in currency cell format
describe table CURRCELLS lines LINES.
LINES = LINES - 1.
do LINES times.
describe table CURRCELLS lines INNERLINES.
INNERLINES = INNERLINES - 1.
sort CURRCELLS by TOP LEFT.
clear FOUND.
do INNERLINES times.
read table CURRCELLS index SY-INDEX into CURRITEM.
COUNTER = SY-INDEX + 1.
read table CURRCELLS index COUNTER into CURRITEM2.
if CURRITEM-TOP eq CURRITEM2-TOP and CURRITEM-ROWS eq
CURRITEM2-ROWS.
LENGTH = CURRITEM-LEFT + CURRITEM-COLUMNS.
if LENGTH eq CURRITEM2-LEFT and CURRITEM-DECIMALS eq CURRITEM2-DECIMALS.
move CURRITEM to CURRITEM3.
CURRITEM3-COLUMNS = CURRITEM3-COLUMNS + CURRITEM2-COLUMNS.
CURRITEM-LEFT = -1.
modify CURRCELLS index SY-INDEX from CURRITEM.
CURRITEM2-LEFT = -1.
modify CURRCELLS index COUNTER from CURRITEM2.
append CURRITEM3 to CURRCELLS.
FOUND = 'X'.
endif.
endif.
enddo.
if FOUND is initial.
exit.
endif.
delete CURRCELLS where LEFT = -1.
enddo.
* Ende der Zusammenfassung
* item data: format for currency cell, corresponding with currency
call method LO_SPREADSHEET->CELL_FORMAT
exporting
CELLS = CURRCELLS
NO_FLUSH = NO_FLUSH.
* item data: write item table content
call method LO_SPREADSHEET->SET_RANGES_DATA
exporting
RANGES = RANGES
CONTENTS = CONTENTS
NO_FLUSH = NO_FLUSH.
* whole table range to format all table
if I_COLUMNS_HEADER = 'X'.
LI_HEAD_TOP = LI_COMMENTARY_ROWS + 1.
else.
LI_HEAD_TOP = LI_COMMENTARY_ROWS + 2.
HELP = HELP - 1.
endif.
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = 'WHOLE_TABLE'
TOP = LI_HEAD_TOP
LEFT = I_LEFT
ROWS = HELP
COLUMNS = DATAREAL
NO_FLUSH = NO_FLUSH.
* columns width auto fix
* this parameter = space in case use with exist template
if I_COLUMNS_AUTOFIT = 'X'.
call method LO_SPREADSHEET->FIT_WIDEST
exporting
NAME = 'WHOLE_TABLE'
NO_FLUSH = NO_FLUSH.
endif.
* frame
* The parameter has 8 bits
*0 Left margin
*1 Top marginT
*2 Bottom margin
*3 Right margin
*4 Horizontal line
*5 Vertical line
*6 Thinness
*7 Thickness
* here 127 = 1111111 6-5-4-3-2-1 mean Thin-ver-hor-right-bot-top-left
* ( final DOI method call, set no_flush = space
* equal to call method CL_GUI_CFW=>FLUSH )
call method LO_SPREADSHEET->SET_FRAME
exporting
RANGENAME = 'WHOLE_TABLE'
TYP = 127
COLOR = 1
NO_FLUSH = SPACE
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE.
ERROR_DOI.
* reformat subtotal / total line after format wholw table
loop at SUBRANGES into SUBRANGEITEM.
L_SUB_INDEX = SUBRANGEITEM-ROWS + LI_COMMENTARY_ROWS + ROWMAX.
call method LO_SPREADSHEET->INSERT_RANGE_DIM
exporting
NAME = SUBRANGEITEM-NAME
LEFT = I_LEFT
TOP = L_SUB_INDEX
ROWS = 1
COLUMNS = DATAREAL
NO_FLUSH = NO_FLUSH.
WA_FORMAT-NAME = SUBRANGEITEM-NAME.
* default format:
* - clolor: subtotal = light yellow, subtotal = yellow
* - frame: box
if SUBRANGEITEM-NAME(3) = 'SUB'.
WA_FORMAT-BACK = 36. "subtotal line
WA_FORMAT_TEMP = I_FORMAT_SUBTOTAL.
else.
WA_FORMAT-BACK = 27. "total line
WA_FORMAT_TEMP = I_FORMAT_TOTAL.
endif.
WA_FORMAT-FRAMETYP = 79.
WA_FORMAT-FRAMECOLOR = 1.
WA_FORMAT-NUMBER = -1.
WA_FORMAT-ALIGN = -1.
* get subtoal + total format from intput parameter
* overwrite default format
if WA_FORMAT_TEMP is not initial.
describe field WA_FORMAT_TEMP type L_TYP components LI_COL_NUM.
do LI_COL_NUM times.
if SY-INDEX ne 1. " dun map range name
assign component SY-INDEX of structure WA_FORMAT_TEMP
to <F_SOURCE>.
if <F_SOURCE> is not initial.
assign component SY-INDEX of structure WA_FORMAT to <F_DES>.
<F_DES> = <F_SOURCE>.
unassign: <F_DES>.
endif.
unassign: <F_SOURCE>.
endif.
enddo.
clear: LI_COL_NUM.
endif.
append WA_FORMAT to LT_FORMAT.
clear: WA_FORMAT-NAME.
clear: L_SUB_INDEX.
clear: WA_FORMAT_TEMP.
endloop.
if LT_FORMAT[] is not initial.
call method LO_SPREADSHEET->SET_RANGES_FORMAT
exporting
FORMATTABLE = LT_FORMAT
NO_FLUSH = NO_FLUSH.
refresh: LT_FORMAT.
endif.
*--------------------------------------------------------------------*
call method LO_SPREADSHEET->SCREEN_UPDATE
exporting
UPDATING = 'X'.
call method C_OI_ERRORS=>FLUSH_ERRORS.
LO_ERROR_W = L_ERROR.
LC_RETCODE = LO_ERROR_W->ERROR_CODE.
** catch no_flush -> led to dump ( optional )
* go_error = l_error.
* gc_retcode = go_error->error_code.
* error_doi.
clear:
LT_SEMA,
WA_SEMA,
LT_HKEY,
WA_HKEY,
LT_VKEY,
WA_VKEY,
L_N_HRZ_KEYS,
L_N_ATT_COLS,
L_N_VRT_KEYS,
COUNT,
DATAC,
DATAREAL,
VKEYCOUNT,
ALL,
MIT,
LI_COL_POS,
LI_COL_NUM,
RANGES,
RANGEITEM,
CONTENTS,
CONTENTSITEM,
SEMAITEM,
HKEYITEM,
VKEYITEM,
LI_COMMENTARY_ROWS,
L_RETCODE,
LI_HEAD_TOP,
<F_EXCEL_TAB>.
clear:
LO_ERROR_W.
unassign:
<LINE>,
<ITEM>,
<F_EXCEL_TAB>.
*--------------------------------------------------------------------*
* SESSION 5: SAVE AND CLOSE FILE
*--------------------------------------------------------------------*
* ex of save path: 'FILE://C:\temp\test.xlsx'
concatenate 'FILE://' I_SAVE_PATH
into LS_PATH.
call method LO_PROXY->SAVE_DOCUMENT_TO_URL
exporting
NO_FLUSH = 'X'
URL = LS_PATH
importing
ERROR = LO_ERROR
RETCODE = LC_RETCODE
changing
DOCUMENT_SIZE = LI_DOCUMENT_SIZE.
ERROR_DOI.
* if save successfully -> raise successful message
* message i499(sy) with 'Document is Exported to ' p_path.
message I499(SY) with 'Data has been exported successfully'.
clear:
LS_PATH,
LI_DOCUMENT_SIZE.
CLOSE_DOCUMENT.
endmethod.
method BIND_TABLE.
*--------------------------------------------------------------------*
* issue #230 - Pimp my Code
* - Stefan Schmöcker, (wi p) 2012-12-01
* - ...
* aligning code
* message made to support multilinguality
*--------------------------------------------------------------------*
* issue #237 - Check if overlapping areas exist
* - Alessandro Iannacci 2012-12-01
* changes: - Added raise if overlaps are detected
*--------------------------------------------------------------------*
constants:
LC_TOP_LEFT_COLUMN type ZEXCEL_CELL_COLUMN_ALPHA value 'A',
LC_TOP_LEFT_ROW type ZEXCEL_CELL_ROW value 1.
data:
LV_ROW_INT type ZEXCEL_CELL_ROW,
LV_FIRST_ROW type ZEXCEL_CELL_ROW,
LV_LAST_ROW type ZEXCEL_CELL_ROW,
LV_COLUMN_INT type ZEXCEL_CELL_COLUMN,
LV_COLUMN_ALPHA type ZEXCEL_CELL_COLUMN_ALPHA,
LT_FIELD_CATALOG type ZEXCEL_T_FIELDCATALOG,
LV_ID type I,
LV_ROWS type I,
LV_FORMULA type STRING,
LS_SETTINGS type ZEXCEL_S_TABLE_SETTINGS,
LO_TABLE type ref to ZCL_EXCEL_TABLE,
LT_COLUMN_NAME_BUFFER type sorted table of STRING with unique key TABLE_LINE,
LV_VALUE type STRING,
LV_VALUE_LOWERCASE type STRING,
LV_SYINDEX type CHAR3,
LV_ERRORMESSAGE type STRING, "ins issue #237
LV_COLUMNS type I,
LT_COLUMNS type ZEXCEL_T_FIELDCATALOG,
LV_MAXCOL type I,
LV_MAXROW type I,
LO_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_STYLE_COND type ref to ZCL_EXCEL_STYLE_COND,
LO_CURTABLE type ref to ZCL_EXCEL_TABLE.
field-symbols:
<LS_FIELD_CATALOG> type ZEXCEL_S_FIELDCATALOG,
<LS_FIELD_CATALOG_CUSTOM> type ZEXCEL_S_FIELDCATALOG,
<FS_TABLE_LINE> type ANY,
<FS_FLDVAL> type ANY.
LS_SETTINGS = IS_TABLE_SETTINGS.
if LS_SETTINGS-TOP_LEFT_COLUMN is initial.
LS_SETTINGS-TOP_LEFT_COLUMN = LC_TOP_LEFT_COLUMN.
endif.
if LS_SETTINGS-TABLE_STYLE is initial.
LS_SETTINGS-TABLE_STYLE = ZCL_EXCEL_TABLE=>BUILTINSTYLE_MEDIUM2.
endif.
if LS_SETTINGS-TOP_LEFT_ROW is initial.
LS_SETTINGS-TOP_LEFT_ROW = LC_TOP_LEFT_ROW.
endif.
if IT_FIELD_CATALOG is not supplied.
LT_FIELD_CATALOG = ZCL_EXCEL_COMMON=>GET_FIELDCATALOG( IP_TABLE = IP_TABLE ).
else.
LT_FIELD_CATALOG = IT_FIELD_CATALOG.
endif.
sort LT_FIELD_CATALOG by POSITION.
*--------------------------------------------------------------------*
* issue #237 Check if overlapping areas exist Start
*--------------------------------------------------------------------*
"Get the number of columns for the current table
LT_COLUMNS = LT_FIELD_CATALOG.
delete LT_COLUMNS where DYNPFLD ne ABAP_TRUE.
describe table LT_COLUMNS lines LV_COLUMNS.
"Calculate the top left row of the current table
LV_COLUMN_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LS_SETTINGS-TOP_LEFT_COLUMN ).
LV_ROW_INT = LS_SETTINGS-TOP_LEFT_ROW.
"Get number of row for the current table
describe table IP_TABLE lines LV_ROWS.
"Calculate the bottom right row for the current table
LV_MAXCOL = LV_COLUMN_INT + LV_COLUMNS - 1.
LV_MAXROW = LV_ROW_INT + LV_ROWS - 1.
LS_SETTINGS-BOTTOM_RIGHT_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( LV_MAXCOL ).
LS_SETTINGS-BOTTOM_RIGHT_ROW = LV_MAXROW.
LV_COLUMN_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LS_SETTINGS-TOP_LEFT_COLUMN ).
LO_ITERATOR = ME->TABLES->IF_OBJECT_COLLECTION~GET_ITERATOR( ).
while LO_ITERATOR->IF_OBJECT_COLLECTION_ITERATOR~HAS_NEXT( ) eq ABAP_TRUE.
LO_CURTABLE ?= LO_ITERATOR->IF_OBJECT_COLLECTION_ITERATOR~GET_NEXT( ).
if ( ( LS_SETTINGS-TOP_LEFT_ROW ge LO_CURTABLE->SETTINGS-TOP_LEFT_ROW and LS_SETTINGS-TOP_LEFT_ROW le LO_CURTABLE->SETTINGS-BOTTOM_RIGHT_ROW )
or
( LS_SETTINGS-BOTTOM_RIGHT_ROW ge LO_CURTABLE->SETTINGS-TOP_LEFT_ROW and LS_SETTINGS-BOTTOM_RIGHT_ROW le LO_CURTABLE->SETTINGS-BOTTOM_RIGHT_ROW )
)
and
( ( LV_COLUMN_INT ge ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LO_CURTABLE->SETTINGS-TOP_LEFT_COLUMN ) and LV_COLUMN_INT le ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LO_CURTABLE->SETTINGS-BOTTOM_RIGHT_COLUMN ) )
or
( LV_MAXCOL ge ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LO_CURTABLE->SETTINGS-TOP_LEFT_COLUMN ) and LV_MAXCOL le ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( LO_CURTABLE->SETTINGS-BOTTOM_RIGHT_COLUMN ) )
).
LV_ERRORMESSAGE = 'Table overlaps with previously bound table and will not be added to worksheet.'(400).
zcx_excel=>raise_text( lv_errormessage ).
endif.
endwhile.
*--------------------------------------------------------------------*
* issue #237 Check if overlapping areas exist End
*--------------------------------------------------------------------*
create object LO_TABLE.
LO_TABLE->SETTINGS = LS_SETTINGS.
LO_TABLE->SET_DATA( IR_DATA = IP_TABLE ).
LV_ID = ME->EXCEL->GET_NEXT_TABLE_ID( ).
LO_TABLE->SET_ID( IV_ID = LV_ID ).
* lo_table->fieldcat = lt_field_catalog[].
ME->TABLES->ADD( LO_TABLE ).
* It is better to loop column by column (only visible column)
loop at LT_FIELD_CATALOG assigning <LS_FIELD_CATALOG> where DYNPFLD eq ABAP_TRUE.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( LV_COLUMN_INT ).
" Due restrinction of new table object we cannot have two column with the same name
" Check if a column with the same name exists, if exists add a counter
" If no medium description is provided we try to use small or long
* lv_value = <ls_field_catalog>-scrtext_m.
field-symbols: <SCRTXT1> type ANY,
<SCRTXT2> type ANY,
<SCRTXT3> type ANY.
case IV_DEFAULT_DESCR.
when 'M'.
assign <LS_FIELD_CATALOG>-SCRTEXT_M to <SCRTXT1>.
assign <LS_FIELD_CATALOG>-SCRTEXT_S to <SCRTXT2>.
assign <LS_FIELD_CATALOG>-SCRTEXT_L to <SCRTXT3>.
when 'S'.
assign <LS_FIELD_CATALOG>-SCRTEXT_S to <SCRTXT1>.
assign <LS_FIELD_CATALOG>-SCRTEXT_M to <SCRTXT2>.
assign <LS_FIELD_CATALOG>-SCRTEXT_L to <SCRTXT3>.
when 'L'.
assign <LS_FIELD_CATALOG>-SCRTEXT_L to <SCRTXT1>.
assign <LS_FIELD_CATALOG>-SCRTEXT_M to <SCRTXT2>.
assign <LS_FIELD_CATALOG>-SCRTEXT_S to <SCRTXT3>.
when others.
assign <LS_FIELD_CATALOG>-SCRTEXT_M to <SCRTXT1>.
assign <LS_FIELD_CATALOG>-SCRTEXT_S to <SCRTXT2>.
assign <LS_FIELD_CATALOG>-SCRTEXT_L to <SCRTXT3>.
endcase.
if <SCRTXT1> is not initial.
LV_VALUE = <SCRTXT1>.
<LS_FIELD_CATALOG>-SCRTEXT_L = LV_VALUE.
elseif <SCRTXT2> is not initial.
LV_VALUE = <SCRTXT2>.
<LS_FIELD_CATALOG>-SCRTEXT_L = LV_VALUE.
elseif <SCRTXT3> is not initial.
LV_VALUE = <SCRTXT3>.
<LS_FIELD_CATALOG>-SCRTEXT_L = LV_VALUE.
else.
LV_VALUE = 'Column'. " default value as Excel does
<LS_FIELD_CATALOG>-SCRTEXT_L = LV_VALUE.
endif.
while 1 = 1.
LV_VALUE_LOWERCASE = LV_VALUE.
translate LV_VALUE_LOWERCASE to lower case.
read table LT_COLUMN_NAME_BUFFER transporting no fields with key TABLE_LINE = LV_VALUE_LOWERCASE binary search.
if SY-SUBRC <> 0.
<LS_FIELD_CATALOG>-SCRTEXT_L = LV_VALUE.
insert LV_VALUE_LOWERCASE into table LT_COLUMN_NAME_BUFFER.
exit.
else.
LV_SYINDEX = SY-INDEX.
concatenate <LS_FIELD_CATALOG>-SCRTEXT_L LV_SYINDEX into LV_VALUE.
endif.
endwhile.
" First of all write column header
if <LS_FIELD_CATALOG>-STYLE_HEADER is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = LV_VALUE
IP_STYLE = <LS_FIELD_CATALOG>-STYLE_HEADER ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = LV_VALUE ).
endif.
add 1 to LV_ROW_INT.
loop at IP_TABLE assigning <FS_TABLE_LINE>.
assign component <LS_FIELD_CATALOG>-FIELDNAME of structure <FS_TABLE_LINE> to <FS_FLDVAL>.
" issue #290 Add formula support in table
if <LS_FIELD_CATALOG>-FORMULA eq ABAP_TRUE.
if <LS_FIELD_CATALOG>-STYLE is not initial.
if <LS_FIELD_CATALOG>-ABAP_TYPE is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = <FS_FLDVAL>
IP_ABAP_TYPE = <LS_FIELD_CATALOG>-ABAP_TYPE
IP_STYLE = <LS_FIELD_CATALOG>-STYLE ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = <FS_FLDVAL>
IP_STYLE = <LS_FIELD_CATALOG>-STYLE ).
endif.
elseif <LS_FIELD_CATALOG>-ABAP_TYPE is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = <FS_FLDVAL>
IP_ABAP_TYPE = <LS_FIELD_CATALOG>-ABAP_TYPE ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = <FS_FLDVAL> ).
endif.
else.
if <LS_FIELD_CATALOG>-STYLE is not initial.
if <LS_FIELD_CATALOG>-ABAP_TYPE is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = <FS_FLDVAL>
IP_ABAP_TYPE = <LS_FIELD_CATALOG>-ABAP_TYPE
IP_STYLE = <LS_FIELD_CATALOG>-STYLE ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = <FS_FLDVAL>
IP_STYLE = <LS_FIELD_CATALOG>-STYLE ).
endif.
else.
if <LS_FIELD_CATALOG>-ABAP_TYPE is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_ABAP_TYPE = <LS_FIELD_CATALOG>-ABAP_TYPE
IP_VALUE = <FS_FLDVAL> ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = <FS_FLDVAL> ).
endif.
endif.
endif.
add 1 to LV_ROW_INT.
endloop.
if SY-SUBRC <> 0. "create empty row if table has no data
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = SPACE ).
add 1 to LV_ROW_INT.
endif.
*--------------------------------------------------------------------*
" totals
*--------------------------------------------------------------------*
if <LS_FIELD_CATALOG>-TOTALS_FUNCTION is not initial.
LV_FORMULA = LO_TABLE->GET_TOTALS_FORMULA( IP_COLUMN = <LS_FIELD_CATALOG>-SCRTEXT_L IP_FUNCTION = <LS_FIELD_CATALOG>-TOTALS_FUNCTION ).
if <LS_FIELD_CATALOG>-STYLE_TOTAL is not initial.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = LV_FORMULA
IP_STYLE = <LS_FIELD_CATALOG>-STYLE_TOTAL ).
else.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_FORMULA = LV_FORMULA ).
endif.
endif.
LV_ROW_INT = LS_SETTINGS-TOP_LEFT_ROW.
add 1 to LV_COLUMN_INT.
*--------------------------------------------------------------------*
" conditional formatting
*--------------------------------------------------------------------*
if <LS_FIELD_CATALOG>-STYLE_COND is not initial.
LV_FIRST_ROW = LS_SETTINGS-TOP_LEFT_ROW + 1. " +1 to exclude header
LV_LAST_ROW = LS_SETTINGS-TOP_LEFT_ROW + LV_ROWS.
LO_STYLE_COND = ME->GET_STYLE_COND( <LS_FIELD_CATALOG>-STYLE_COND ).
LO_STYLE_COND->SET_RANGE( IP_START_COLUMN = LV_COLUMN_ALPHA
IP_START_ROW = LV_FIRST_ROW
IP_STOP_COLUMN = LV_COLUMN_ALPHA
IP_STOP_ROW = LV_LAST_ROW ).
endif.
endloop.
*--------------------------------------------------------------------*
" Set field catalog
*--------------------------------------------------------------------*
LO_TABLE->FIELDCAT = LT_FIELD_CATALOG[].
ES_TABLE_SETTINGS = LS_SETTINGS.
ES_TABLE_SETTINGS-BOTTOM_RIGHT_COLUMN = LV_COLUMN_ALPHA.
" >> Issue #291
if IP_TABLE is initial.
ES_TABLE_SETTINGS-BOTTOM_RIGHT_ROW = LS_SETTINGS-TOP_LEFT_ROW + 2. "Last rows
else.
ES_TABLE_SETTINGS-BOTTOM_RIGHT_ROW = LS_SETTINGS-TOP_LEFT_ROW + LV_ROWS + 1. "Last rows
endif.
" << Issue #291
endmethod.
method CALCULATE_CELL_WIDTH.
*--------------------------------------------------------------------*
* issue #293 - Roberto Bianco
* - Christian Assig 2014-03-14
*
* changes: - Calculate widths using SAPscript font metrics
* (transaction SE73)
* - Calculate the width of dates
* - Add additional width for auto filter buttons
* - Add cell padding to simulate Excel behavior
*--------------------------------------------------------------------*
constants:
LC_DEFAULT_FONT_NAME type ZEXCEL_STYLE_FONT_NAME value 'Calibri', "#EC NOTEXT
LC_DEFAULT_FONT_HEIGHT type TDFONTSIZE value '110',
LC_EXCEL_CELL_PADDING type FLOAT value '0.75'.
data: LD_CELL_VALUE type ZEXCEL_CELL_VALUE,
LD_CURRENT_CHARACTER type C length 1,
LD_STYLE_GUID type ZEXCEL_CELL_STYLE,
LS_STYLEMAPPING type ZEXCEL_S_STYLEMAPPING,
LO_TABLE_OBJECT type ref to OBJECT,
LO_TABLE type ref to ZCL_EXCEL_TABLE,
LD_TABLE_TOP_LEFT_COLUMN type ZEXCEL_CELL_COLUMN,
LD_TABLE_BOTTOM_RIGHT_COLUMN type ZEXCEL_CELL_COLUMN,
LD_FLAG_CONTAINS_AUTO_FILTER type ABAP_BOOL value ABAP_FALSE,
LD_FLAG_BOLD type ABAP_BOOL value ABAP_FALSE,
LD_FLAG_ITALIC type ABAP_BOOL value ABAP_FALSE,
LD_DATE type D,
LD_DATE_CHAR type C length 50,
LD_FONT_HEIGHT type TDFONTSIZE value LC_DEFAULT_FONT_HEIGHT,
LT_ITCFC type standard table of ITCFC,
LD_OFFSET type I,
LD_LENGTH type I,
LD_UCCP type I,
LS_FONT_METRIC type MTY_S_FONT_METRIC,
LD_WIDTH_FROM_FONT_METRICS type I,
LD_FONT_FAMILY type ITCFH-TDFAMILY,
LD_FONT_NAME type ZEXCEL_STYLE_FONT_NAME value LC_DEFAULT_FONT_NAME,
LT_FONT_FAMILIES like standard table of LD_FONT_FAMILY,
LS_FONT_CACHE type MTY_S_FONT_CACHE.
field-symbols: <LS_FONT_CACHE> type MTY_S_FONT_CACHE,
<LS_FONT_METRIC> type MTY_S_FONT_METRIC,
<LS_ITCFC> type ITCFC.
" Determine cell content and cell style
ME->GET_CELL( exporting IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW
importing EP_VALUE = LD_CELL_VALUE
EP_GUID = LD_STYLE_GUID ).
" ABAP2XLSX uses tables to define areas containing headers and
" auto-filters. Find out if the current cell is in the header
" of one of these tables.
loop at ME->TABLES->COLLECTION into LO_TABLE_OBJECT.
" Downcast: OBJECT -> ZCL_EXCEL_TABLE
LO_TABLE ?= LO_TABLE_OBJECT.
" Convert column letters to corresponding integer values
LD_TABLE_TOP_LEFT_COLUMN =
ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT(
LO_TABLE->SETTINGS-TOP_LEFT_COLUMN ).
LD_TABLE_BOTTOM_RIGHT_COLUMN =
ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT(
LO_TABLE->SETTINGS-BOTTOM_RIGHT_COLUMN ).
" Is the current cell part of the table header?
if IP_COLUMN between LD_TABLE_TOP_LEFT_COLUMN and
LD_TABLE_BOTTOM_RIGHT_COLUMN and
IP_ROW eq LO_TABLE->SETTINGS-TOP_LEFT_ROW.
" Current cell is part of the table header
" -> Assume that an auto filter is present and that the font is
" bold
LD_FLAG_CONTAINS_AUTO_FILTER = ABAP_TRUE.
LD_FLAG_BOLD = ABAP_TRUE.
endif.
endloop.
" If a style GUID is present, read style attributes
if LD_STYLE_GUID is not initial.
try.
" Read style attributes
LS_STYLEMAPPING = ME->EXCEL->GET_STYLE_TO_GUID( LD_STYLE_GUID ).
" If the current cell contains the default date format,
" convert the cell value to a date and calculate its length
if LS_STYLEMAPPING-COMPLETE_STYLE-NUMBER_FORMAT-FORMAT_CODE =
ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_STD.
" Convert excel date to ABAP date
LD_DATE =
ZCL_EXCEL_COMMON=>EXCEL_STRING_TO_DATE( LD_CELL_VALUE ).
" Format ABAP date using user's formatting settings
write LD_DATE to LD_DATE_CHAR.
" Remember the formatted date to calculate the cell size
LD_CELL_VALUE = LD_DATE_CHAR.
endif.
" Read the font size and convert it to the font height
" used by SAPscript (multiplication by 10)
if LS_STYLEMAPPING-COMPLETE_STYLEX-FONT-SIZE = ABAP_TRUE.
LD_FONT_HEIGHT = LS_STYLEMAPPING-COMPLETE_STYLE-FONT-SIZE * 10.
endif.
" If set, remember the font name
if LS_STYLEMAPPING-COMPLETE_STYLEX-FONT-NAME = ABAP_TRUE.
LD_FONT_NAME = LS_STYLEMAPPING-COMPLETE_STYLE-FONT-NAME.
endif.
" If set, remember whether font is bold and italic.
if LS_STYLEMAPPING-COMPLETE_STYLEX-FONT-BOLD = ABAP_TRUE.
LD_FLAG_BOLD = LS_STYLEMAPPING-COMPLETE_STYLE-FONT-BOLD.
endif.
if LS_STYLEMAPPING-COMPLETE_STYLEX-FONT-ITALIC = ABAP_TRUE.
LD_FLAG_ITALIC = LS_STYLEMAPPING-COMPLETE_STYLE-FONT-ITALIC.
endif.
catch ZCX_EXCEL. "#EC NO_HANDLER
" Style GUID is present, but style was not found
" Continue with default values
endtry.
endif.
" Check if the same font (font name and font attributes) was already
" used before
read table MTH_FONT_CACHE
with table key
FONT_NAME = LD_FONT_NAME
FONT_HEIGHT = LD_FONT_HEIGHT
FLAG_BOLD = LD_FLAG_BOLD
FLAG_ITALIC = LD_FLAG_ITALIC
assigning <LS_FONT_CACHE>.
if SY-SUBRC <> 0.
" Font is used for the first time
" Add the font to our local font cache
LS_FONT_CACHE-FONT_NAME = LD_FONT_NAME.
LS_FONT_CACHE-FONT_HEIGHT = LD_FONT_HEIGHT.
LS_FONT_CACHE-FLAG_BOLD = LD_FLAG_BOLD.
LS_FONT_CACHE-FLAG_ITALIC = LD_FLAG_ITALIC.
insert LS_FONT_CACHE into table MTH_FONT_CACHE
assigning <LS_FONT_CACHE>.
" Determine the SAPscript font family name from the Excel
" font name
select TDFAMILY
from TFO01
into table LT_FONT_FAMILIES
up to 1 rows
where TDTEXT = LD_FONT_NAME
order by primary key.
" Check if a matching font family was found
" Fonts can be uploaded from TTF files using transaction SE73
if LINES( LT_FONT_FAMILIES ) > 0.
read table LT_FONT_FAMILIES index 1 into LD_FONT_FAMILY.
" Load font metrics (returns a table with the size of each letter
" in the font)
call function 'LOAD_FONT'
exporting
FAMILY = LD_FONT_FAMILY
HEIGHT = LD_FONT_HEIGHT
PRINTER = 'SWIN'
BOLD = LD_FLAG_BOLD
ITALIC = LD_FLAG_ITALIC
tables
METRIC = LT_ITCFC
exceptions
FONT_FAMILY = 1
CODEPAGE = 2
DEVICE_TYPE = 3
others = 4.
if SY-SUBRC <> 0.
clear LT_ITCFC.
endif.
" For faster access, convert each character number to the actual
" character, and store the characters and their sizes in a hash
" table
loop at LT_ITCFC assigning <LS_ITCFC>.
LD_UCCP = <LS_ITCFC>-CPCHARNO.
LS_FONT_METRIC-CHAR =
CL_ABAP_CONV_IN_CE=>UCCPI( LD_UCCP ).
LS_FONT_METRIC-CHAR_WIDTH = <LS_ITCFC>-TDCWIDTHS.
insert LS_FONT_METRIC
into table <LS_FONT_CACHE>-TH_FONT_METRICS.
endloop.
endif.
endif.
" Calculate the cell width
" If available, use font metrics
if LINES( <LS_FONT_CACHE>-TH_FONT_METRICS ) = 0.
" Font metrics are not available
" -> Calculate the cell width using only the font size
LD_LENGTH = STRLEN( LD_CELL_VALUE ).
EP_WIDTH = LD_LENGTH * LD_FONT_HEIGHT / LC_DEFAULT_FONT_HEIGHT + LC_EXCEL_CELL_PADDING.
else.
" Font metrics are available
" Calculate the size of the text by adding the sizes of each
" letter
LD_LENGTH = STRLEN( LD_CELL_VALUE ).
do LD_LENGTH times.
" Subtract 1, because the first character is at offset 0
LD_OFFSET = SY-INDEX - 1.
" Read the current character from the cell value
LD_CURRENT_CHARACTER = LD_CELL_VALUE+LD_OFFSET(1).
" Look up the size of the current letter
read table <LS_FONT_CACHE>-TH_FONT_METRICS
with table key CHAR = LD_CURRENT_CHARACTER
assigning <LS_FONT_METRIC>.
if SY-SUBRC = 0.
" The size of the letter is known
" -> Add the actual size of the letter
add <LS_FONT_METRIC>-CHAR_WIDTH to LD_WIDTH_FROM_FONT_METRICS.
else.
" The size of the letter is unknown
" -> Add the font height as the default letter size
add LD_FONT_HEIGHT to LD_WIDTH_FROM_FONT_METRICS.
endif.
enddo.
" Add cell padding (Excel makes columns a bit wider than the space
" that is needed for the text itself) and convert unit
" (division by 100)
EP_WIDTH = LD_WIDTH_FROM_FONT_METRICS / 100 + LC_EXCEL_CELL_PADDING.
endif.
" If the current cell contains an auto filter, make it a bit wider.
" The size used by the auto filter button does not depend on the font
" size.
if LD_FLAG_CONTAINS_AUTO_FILTER = ABAP_TRUE.
add 2 to EP_WIDTH.
endif.
endmethod.
method CALCULATE_COLUMN_WIDTHS.
types:
begin of T_AUTO_SIZE,
COL_INDEX type INT4,
WIDTH type FLOAT,
end of T_AUTO_SIZE.
types: TT_AUTO_SIZE type table of T_AUTO_SIZE.
data: LO_COLUMN_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_COLUMN type ref to ZCL_EXCEL_COLUMN.
data: AUTO_SIZE type FLAG.
data: AUTO_SIZES type TT_AUTO_SIZE.
data: COUNT type INT4.
data: HIGHEST_ROW type INT4.
data: WIDTH type FLOAT.
field-symbols: <AUTO_SIZE> like line of AUTO_SIZES.
LO_COLUMN_ITERATOR = ME->GET_COLUMNS_ITERATOR( ).
while LO_COLUMN_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_COLUMN ?= LO_COLUMN_ITERATOR->GET_NEXT( ).
AUTO_SIZE = LO_COLUMN->GET_AUTO_SIZE( ).
if AUTO_SIZE = ABAP_TRUE.
append initial line to AUTO_SIZES assigning <AUTO_SIZE>.
<AUTO_SIZE>-COL_INDEX = LO_COLUMN->GET_COLUMN_INDEX( ).
<AUTO_SIZE>-WIDTH = -1.
endif.
endwhile.
" There is only something to do if there are some auto-size columns
if not AUTO_SIZES is initial.
HIGHEST_ROW = ME->GET_HIGHEST_ROW( ).
loop at AUTO_SIZES assigning <AUTO_SIZE>.
COUNT = 1.
while COUNT <= HIGHEST_ROW.
* Do not check merged cells
if IS_CELL_MERGED(
IP_COLUMN = <AUTO_SIZE>-COL_INDEX
IP_ROW = COUNT ) = ABAP_FALSE.
WIDTH = CALCULATE_CELL_WIDTH( IP_COLUMN = <AUTO_SIZE>-COL_INDEX " issue #155 - less restrictive typing for ip_column
IP_ROW = COUNT ).
if WIDTH > <AUTO_SIZE>-WIDTH.
<AUTO_SIZE>-WIDTH = WIDTH.
endif.
endif.
COUNT = COUNT + 1.
endwhile.
LO_COLUMN = ME->GET_COLUMN( <AUTO_SIZE>-COL_INDEX ). " issue #155 - less restrictive typing for ip_column
LO_COLUMN->SET_WIDTH( <AUTO_SIZE>-WIDTH ).
endloop.
endif.
endmethod.
method CHANGE_CELL_STYLE.
" issue # 139
data: STYLEMAPPING type ZEXCEL_S_STYLEMAPPING,
COMPLETE_STYLE type ZEXCEL_S_CSTYLE_COMPLETE,
COMPLETE_STYLEX type ZEXCEL_S_CSTYLEX_COMPLETE,
BORDERX type ZEXCEL_S_CSTYLEX_BORDER,
L_GUID type ZEXCEL_CELL_STYLE. "issue # 177
* We have a lot of parameters. Use some macros to make the coding more structured
define CLEAR_INITIAL_COLORXFIELDS.
if &1-RGB is initial.
clear &2-RGB.
endif.
if &1-INDEXED is initial.
clear &2-INDEXED.
endif.
if &1-THEME is initial.
clear &2-THEME.
endif.
if &1-TINT is initial.
clear &2-TINT.
endif.
end-of-definition.
define MOVE_SUPPLIED_BORDERS.
if IP_&1 is supplied. " only act if parameter was supplied
if IP_X&1 is supplied. "
BORDERX = IP_X&1. " use supplied x-parameter
else.
clear BORDERX with 'X'.
* clear in a way that would be expected to work easily
if IP_&1-BORDER_STYLE is initial.
clear BORDERX-BORDER_STYLE.
endif.
CLEAR_INITIAL_COLORXFIELDS IP_&1-BORDER_COLOR BORDERX-BORDER_COLOR.
endif.
move-corresponding IP_&1 to COMPLETE_STYLE-&2.
move-corresponding BORDERX to COMPLETE_STYLEX-&2.
endif.
end-of-definition.
* First get current stylsettings
try.
ME->GET_CELL( exporting IP_COLUMN = IP_COLUMN " Cell Column
IP_ROW = IP_ROW " Cell Row
importing EP_GUID = L_GUID )." Cell Value ). "issue # 177
STYLEMAPPING = ME->EXCEL->GET_STYLE_TO_GUID( L_GUID ). "issue # 177
COMPLETE_STYLE = STYLEMAPPING-COMPLETE_STYLE.
COMPLETE_STYLEX = STYLEMAPPING-COMPLETE_STYLEX.
catch ZCX_EXCEL.
* Error --> use submitted style
endtry.
* move_supplied_multistyles: complete.
if IP_COMPLETE is supplied.
if IP_XCOMPLETE is not supplied.
zcx_excel=>raise_text( 'Complete styleinfo has to be supplied with corresponding X-field' ).
endif.
move-corresponding IP_COMPLETE to COMPLETE_STYLE.
move-corresponding IP_XCOMPLETE to COMPLETE_STYLEX.
endif.
if IP_FONT is supplied.
data: FONTX like IP_XFONT.
if IP_XFONT is supplied.
FONTX = IP_XFONT.
else.
* Only supplied values should be used - exception: Flags bold and italic strikethrough underline
move 'X' to: FONTX-BOLD,
FONTX-ITALIC,
FONTX-STRIKETHROUGH,
FONTX-UNDERLINE_MODE.
clear FONTX-COLOR with 'X'.
CLEAR_INITIAL_COLORXFIELDS IP_FONT-COLOR FONTX-COLOR.
if IP_FONT-FAMILY is not initial.
FONTX-FAMILY = 'X'.
endif.
if IP_FONT-NAME is not initial.
FONTX-NAME = 'X'.
endif.
if IP_FONT-SCHEME is not initial.
FONTX-SCHEME = 'X'.
endif.
if IP_FONT-SIZE is not initial.
FONTX-SIZE = 'X'.
endif.
if IP_FONT-UNDERLINE_MODE is not initial.
FONTX-UNDERLINE_MODE = 'X'.
endif.
endif.
move-corresponding IP_FONT to COMPLETE_STYLE-FONT.
move-corresponding FONTX to COMPLETE_STYLEX-FONT.
* Correction for undeline mode
endif.
if IP_FILL is supplied.
data: FILLX like IP_XFILL.
if IP_XFILL is supplied.
FILLX = IP_XFILL.
else.
clear FILLX with 'X'.
if IP_FILL-FILLTYPE is initial.
clear FILLX-FILLTYPE.
endif.
CLEAR_INITIAL_COLORXFIELDS IP_FILL-FGCOLOR FILLX-FGCOLOR.
CLEAR_INITIAL_COLORXFIELDS IP_FILL-BGCOLOR FILLX-BGCOLOR.
endif.
move-corresponding IP_FILL to COMPLETE_STYLE-FILL.
move-corresponding FILLX to COMPLETE_STYLEX-FILL.
endif.
if IP_BORDERS is supplied.
data: BORDERSX like IP_XBORDERS.
if IP_XBORDERS is supplied.
BORDERSX = IP_XBORDERS.
else.
clear BORDERSX with 'X'.
if IP_BORDERS-ALLBORDERS-BORDER_STYLE is initial.
clear BORDERSX-ALLBORDERS-BORDER_STYLE.
endif.
if IP_BORDERS-DIAGONAL-BORDER_STYLE is initial.
clear BORDERSX-DIAGONAL-BORDER_STYLE.
endif.
if IP_BORDERS-DOWN-BORDER_STYLE is initial.
clear BORDERSX-DOWN-BORDER_STYLE.
endif.
if IP_BORDERS-LEFT-BORDER_STYLE is initial.
clear BORDERSX-LEFT-BORDER_STYLE.
endif.
if IP_BORDERS-RIGHT-BORDER_STYLE is initial.
clear BORDERSX-RIGHT-BORDER_STYLE.
endif.
if IP_BORDERS-TOP-BORDER_STYLE is initial.
clear BORDERSX-TOP-BORDER_STYLE.
endif.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-ALLBORDERS-BORDER_COLOR BORDERSX-ALLBORDERS-BORDER_COLOR.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-DIAGONAL-BORDER_COLOR BORDERSX-DIAGONAL-BORDER_COLOR.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-DOWN-BORDER_COLOR BORDERSX-DOWN-BORDER_COLOR.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-LEFT-BORDER_COLOR BORDERSX-LEFT-BORDER_COLOR.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-RIGHT-BORDER_COLOR BORDERSX-RIGHT-BORDER_COLOR.
CLEAR_INITIAL_COLORXFIELDS IP_BORDERS-TOP-BORDER_COLOR BORDERSX-TOP-BORDER_COLOR.
endif.
move-corresponding IP_BORDERS to COMPLETE_STYLE-BORDERS.
move-corresponding BORDERSX to COMPLETE_STYLEX-BORDERS.
endif.
if IP_ALIGNMENT is supplied.
data: ALIGNMENTX like IP_XALIGNMENT.
if IP_XALIGNMENT is supplied.
ALIGNMENTX = IP_XALIGNMENT.
else.
clear ALIGNMENTX with 'X'.
if IP_ALIGNMENT-HORIZONTAL is initial.
clear ALIGNMENTX-HORIZONTAL.
endif.
if IP_ALIGNMENT-VERTICAL is initial.
clear ALIGNMENTX-VERTICAL.
endif.
endif.
move-corresponding IP_ALIGNMENT to COMPLETE_STYLE-ALIGNMENT.
move-corresponding ALIGNMENTX to COMPLETE_STYLEX-ALIGNMENT.
endif.
if IP_PROTECTION is supplied.
move-corresponding IP_PROTECTION to COMPLETE_STYLE-PROTECTION.
if IP_XPROTECTION is supplied.
move-corresponding IP_XPROTECTION to COMPLETE_STYLEX-PROTECTION.
else.
if IP_PROTECTION-HIDDEN is not initial.
COMPLETE_STYLEX-PROTECTION-HIDDEN = 'X'.
endif.
if IP_PROTECTION-LOCKED is not initial.
COMPLETE_STYLEX-PROTECTION-LOCKED = 'X'.
endif.
endif.
endif.
MOVE_SUPPLIED_BORDERS : BORDERS_ALLBORDERS BORDERS-ALLBORDERS,
BORDERS_DIAGONAL BORDERS-DIAGONAL ,
BORDERS_DOWN BORDERS-DOWN ,
BORDERS_LEFT BORDERS-LEFT ,
BORDERS_RIGHT BORDERS-RIGHT ,
BORDERS_TOP BORDERS-TOP .
define MOVE_SUPPLIED_SINGLESTYLES.
if IP_&1 is supplied.
COMPLETE_STYLE-&2 = IP_&1.
COMPLETE_STYLEX-&2 = 'X'.
endif.
end-of-definition.
MOVE_SUPPLIED_SINGLESTYLES: NUMBER_FORMAT_FORMAT_CODE NUMBER_FORMAT-FORMAT_CODE,
FONT_BOLD FONT-BOLD,
FONT_COLOR FONT-COLOR,
FONT_COLOR_RGB FONT-COLOR-RGB,
FONT_COLOR_INDEXED FONT-COLOR-INDEXED,
FONT_COLOR_THEME FONT-COLOR-THEME,
FONT_COLOR_TINT FONT-COLOR-TINT,
FONT_FAMILY FONT-FAMILY,
FONT_ITALIC FONT-ITALIC,
FONT_NAME FONT-NAME,
FONT_SCHEME FONT-SCHEME,
FONT_SIZE FONT-SIZE,
FONT_STRIKETHROUGH FONT-STRIKETHROUGH,
FONT_UNDERLINE FONT-UNDERLINE,
FONT_UNDERLINE_MODE FONT-UNDERLINE_MODE,
FILL_FILLTYPE FILL-FILLTYPE,
FILL_ROTATION FILL-ROTATION,
FILL_FGCOLOR FILL-FGCOLOR,
FILL_FGCOLOR_RGB FILL-FGCOLOR-RGB,
FILL_FGCOLOR_INDEXED FILL-FGCOLOR-INDEXED,
FILL_FGCOLOR_THEME FILL-FGCOLOR-THEME,
FILL_FGCOLOR_TINT FILL-FGCOLOR-TINT,
FILL_BGCOLOR FILL-BGCOLOR,
FILL_BGCOLOR_RGB FILL-BGCOLOR-RGB,
FILL_BGCOLOR_INDEXED FILL-BGCOLOR-INDEXED,
FILL_BGCOLOR_THEME FILL-BGCOLOR-THEME,
FILL_BGCOLOR_TINT FILL-BGCOLOR-TINT,
FILL_GRADTYPE_TYPE FILL-GRADTYPE-TYPE,
FILL_GRADTYPE_DEGREE FILL-GRADTYPE-DEGREE,
FILL_GRADTYPE_BOTTOM FILL-GRADTYPE-BOTTOM,
FILL_GRADTYPE_LEFT FILL-GRADTYPE-LEFT,
FILL_GRADTYPE_TOP FILL-GRADTYPE-TOP,
FILL_GRADTYPE_RIGHT FILL-GRADTYPE-RIGHT,
FILL_GRADTYPE_POSITION1 FILL-GRADTYPE-POSITION1,
FILL_GRADTYPE_POSITION2 FILL-GRADTYPE-POSITION2,
FILL_GRADTYPE_POSITION3 FILL-GRADTYPE-POSITION3,
BORDERS_DIAGONAL_MODE BORDERS-DIAGONAL_MODE,
ALIGNMENT_HORIZONTAL ALIGNMENT-HORIZONTAL,
ALIGNMENT_VERTICAL ALIGNMENT-VERTICAL,
ALIGNMENT_TEXTROTATION ALIGNMENT-TEXTROTATION,
ALIGNMENT_WRAPTEXT ALIGNMENT-WRAPTEXT,
ALIGNMENT_SHRINKTOFIT ALIGNMENT-SHRINKTOFIT,
ALIGNMENT_INDENT ALIGNMENT-INDENT,
PROTECTION_HIDDEN PROTECTION-HIDDEN,
PROTECTION_LOCKED PROTECTION-LOCKED,
BORDERS_ALLBORDERS_STYLE BORDERS-ALLBORDERS-BORDER_STYLE,
BORDERS_ALLBORDERS_COLOR BORDERS-ALLBORDERS-BORDER_COLOR,
BORDERS_ALLBO_COLOR_RGB BORDERS-ALLBORDERS-BORDER_COLOR-RGB,
BORDERS_ALLBO_COLOR_INDEXED BORDERS-ALLBORDERS-BORDER_COLOR-INDEXED,
BORDERS_ALLBO_COLOR_THEME BORDERS-ALLBORDERS-BORDER_COLOR-THEME,
BORDERS_ALLBO_COLOR_TINT BORDERS-ALLBORDERS-BORDER_COLOR-TINT,
BORDERS_DIAGONAL_STYLE BORDERS-DIAGONAL-BORDER_STYLE,
BORDERS_DIAGONAL_COLOR BORDERS-DIAGONAL-BORDER_COLOR,
BORDERS_DIAGONAL_COLOR_RGB BORDERS-DIAGONAL-BORDER_COLOR-RGB,
BORDERS_DIAGONAL_COLOR_INDE BORDERS-DIAGONAL-BORDER_COLOR-INDEXED,
BORDERS_DIAGONAL_COLOR_THEM BORDERS-DIAGONAL-BORDER_COLOR-THEME,
BORDERS_DIAGONAL_COLOR_TINT BORDERS-DIAGONAL-BORDER_COLOR-TINT,
BORDERS_DOWN_STYLE BORDERS-DOWN-BORDER_STYLE,
BORDERS_DOWN_COLOR BORDERS-DOWN-BORDER_COLOR,
BORDERS_DOWN_COLOR_RGB BORDERS-DOWN-BORDER_COLOR-RGB,
BORDERS_DOWN_COLOR_INDEXED BORDERS-DOWN-BORDER_COLOR-INDEXED,
BORDERS_DOWN_COLOR_THEME BORDERS-DOWN-BORDER_COLOR-THEME,
BORDERS_DOWN_COLOR_TINT BORDERS-DOWN-BORDER_COLOR-TINT,
BORDERS_LEFT_STYLE BORDERS-LEFT-BORDER_STYLE,
BORDERS_LEFT_COLOR BORDERS-LEFT-BORDER_COLOR,
BORDERS_LEFT_COLOR_RGB BORDERS-LEFT-BORDER_COLOR-RGB,
BORDERS_LEFT_COLOR_INDEXED BORDERS-LEFT-BORDER_COLOR-INDEXED,
BORDERS_LEFT_COLOR_THEME BORDERS-LEFT-BORDER_COLOR-THEME,
BORDERS_LEFT_COLOR_TINT BORDERS-LEFT-BORDER_COLOR-TINT,
BORDERS_RIGHT_STYLE BORDERS-RIGHT-BORDER_STYLE,
BORDERS_RIGHT_COLOR BORDERS-RIGHT-BORDER_COLOR,
BORDERS_RIGHT_COLOR_RGB BORDERS-RIGHT-BORDER_COLOR-RGB,
BORDERS_RIGHT_COLOR_INDEXED BORDERS-RIGHT-BORDER_COLOR-INDEXED,
BORDERS_RIGHT_COLOR_THEME BORDERS-RIGHT-BORDER_COLOR-THEME,
BORDERS_RIGHT_COLOR_TINT BORDERS-RIGHT-BORDER_COLOR-TINT,
BORDERS_TOP_STYLE BORDERS-TOP-BORDER_STYLE,
BORDERS_TOP_COLOR BORDERS-TOP-BORDER_COLOR,
BORDERS_TOP_COLOR_RGB BORDERS-TOP-BORDER_COLOR-RGB,
BORDERS_TOP_COLOR_INDEXED BORDERS-TOP-BORDER_COLOR-INDEXED,
BORDERS_TOP_COLOR_THEME BORDERS-TOP-BORDER_COLOR-THEME,
BORDERS_TOP_COLOR_TINT BORDERS-TOP-BORDER_COLOR-TINT.
* Now we have a completly filled styles.
* This can be used to get the guid
* Return guid if requested. Might be used if copy&paste of styles is requested
EP_GUID = ME->EXCEL->GET_STATIC_CELLSTYLE_GUID( IP_CSTYLE_COMPLETE = COMPLETE_STYLE
IP_CSTYLEX_COMPLETE = COMPLETE_STYLEX ).
ME->SET_CELL_STYLE( IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW
IP_STYLE = EP_GUID ).
endmethod.
method CONSTRUCTOR.
data: LV_TITLE type ZEXCEL_SHEET_TITLE.
ME->EXCEL = IP_EXCEL.
* CALL FUNCTION 'GUID_CREATE' " del issue #379 - function is outdated in newer releases
* IMPORTING
* ev_guid_16 = me->guid.
ME->GUID = ZCL_EXCEL_OBSOLETE_FUNC_WRAP=>GUID_CREATE( ). " ins issue #379 - replacement for outdated function call
if IP_TITLE is not initial.
LV_TITLE = IP_TITLE.
else.
* lv_title = me->guid. " del issue #154 - Names of worksheets
LV_TITLE = ME->GENERATE_TITLE( ). " ins issue #154 - Names of worksheets
endif.
ME->SET_TITLE( IP_TITLE = LV_TITLE ).
create object SHEET_SETUP.
create object STYLES_COND.
create object DATA_VALIDATIONS.
create object TABLES.
create object COLUMNS.
create object ROWS.
create object RANGES. " issue #163
create object MO_PAGEBREAKS.
create object DRAWINGS
exporting
IP_TYPE = ZCL_EXCEL_DRAWING=>TYPE_IMAGE.
create object CHARTS
exporting
IP_TYPE = ZCL_EXCEL_DRAWING=>TYPE_CHART.
ME->ZIF_EXCEL_SHEET_PROTECTION~INITIALIZE( ).
ME->ZIF_EXCEL_SHEET_PROPERTIES~INITIALIZE( ).
create object HYPERLINKS.
CREATE OBJECT comments. " (+) Issue #180
* initialize active cell coordinates
ACTIVE_CELL-CELL_ROW = 1.
ACTIVE_CELL-CELL_COLUMN = 1.
* inizialize dimension range
LOWER_CELL-CELL_ROW = 1.
LOWER_CELL-CELL_COLUMN = 1.
UPPER_CELL-CELL_ROW = 1.
UPPER_CELL-CELL_COLUMN = 1.
endmethod.
method DELETE_MERGE.
data: LV_COLUMN type I.
*--------------------------------------------------------------------*
* If cell information is passed delete merge including this cell,
* otherwise delete all merges
*--------------------------------------------------------------------*
if IP_CELL_COLUMN is initial
or IP_CELL_ROW is initial.
clear ME->MT_MERGED_CELLS.
else.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_CELL_COLUMN ).
loop at ME->MT_MERGED_CELLS transporting no fields
where
( ROW_FROM <= IP_CELL_ROW and ROW_TO >= IP_CELL_ROW )
and
( COL_FROM <= LV_COLUMN and COL_TO >= LV_COLUMN ).
delete ME->MT_MERGED_CELLS.
exit.
endloop.
endif.
endmethod.
method DELETE_ROW_OUTLINE.
delete ME->MT_ROW_OUTLINES where ROW_FROM = IV_ROW_FROM
and ROW_TO = IV_ROW_TO.
if SY-SUBRC <> 0. " didn't find outline that was to be deleted
zcx_excel=>raise_text( 'Row outline to be deleted does not exist' ).
endif.
endmethod.
method FREEZE_PANES.
if IP_NUM_COLUMNS is not supplied and IP_NUM_ROWS is not supplied.
zcx_excel=>raise_text( 'Pleas provide number of rows and/or columns to freeze' ).
endif.
if IP_NUM_COLUMNS is supplied and IP_NUM_COLUMNS <= 0.
zcx_excel=>raise_text( 'Number of columns to freeze should be positive' ).
endif.
if IP_NUM_ROWS is supplied and IP_NUM_ROWS <= 0.
zcx_excel=>raise_text( 'Number of rows to freeze should be positive' ).
endif.
FREEZE_PANE_CELL_COLUMN = IP_NUM_COLUMNS + 1.
FREEZE_PANE_CELL_ROW = IP_NUM_ROWS + 1.
endmethod.
method GENERATE_TITLE.
data: LO_WORKSHEETS_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_WORKSHEET type ref to ZCL_EXCEL_WORKSHEET.
data: T_TITLES type hashed table of ZEXCEL_SHEET_TITLE with unique key TABLE_LINE,
TITLE type ZEXCEL_SHEET_TITLE,
SHEETNUMBER type I.
* Get list of currently used titles
LO_WORKSHEETS_ITERATOR = ME->EXCEL->GET_WORKSHEETS_ITERATOR( ).
while LO_WORKSHEETS_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_WORKSHEET ?= LO_WORKSHEETS_ITERATOR->GET_NEXT( ).
TITLE = LO_WORKSHEET->GET_TITLE( ).
insert TITLE into table T_TITLES.
add 1 to SHEETNUMBER.
endwhile.
* Now build sheetnumber. Increase counter until we hit a number that is not used so far
add 1 to SHEETNUMBER. " Start counting with next number
do.
TITLE = SHEETNUMBER.
shift TITLE left deleting leading SPACE.
concatenate 'Sheet'(001) TITLE into EP_TITLE.
insert EP_TITLE into table T_TITLES.
if SY-SUBRC = 0. " Title not used so far --> take it
exit.
endif.
add 1 to SHEETNUMBER.
enddo.
endmethod.
method GET_ACTIVE_CELL.
data: LV_ACTIVE_COLUMN type ZEXCEL_CELL_COLUMN_ALPHA,
LV_ACTIVE_ROW type STRING.
LV_ACTIVE_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( ACTIVE_CELL-CELL_COLUMN ).
LV_ACTIVE_ROW = ACTIVE_CELL-CELL_ROW.
shift LV_ACTIVE_ROW right deleting trailing SPACE.
shift LV_ACTIVE_ROW left deleting leading SPACE.
concatenate LV_ACTIVE_COLUMN LV_ACTIVE_ROW into EP_ACTIVE_CELL.
endmethod.
method GET_CELL.
data: LV_COLUMN type ZEXCEL_CELL_COLUMN,
LS_SHEET_CONTENT type ZEXCEL_S_CELL_DATA.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
read table SHEET_CONTENT into LS_SHEET_CONTENT with table key CELL_ROW = IP_ROW
CELL_COLUMN = LV_COLUMN.
EP_RC = SY-SUBRC.
EP_VALUE = LS_SHEET_CONTENT-CELL_VALUE.
EP_GUID = LS_SHEET_CONTENT-CELL_STYLE. " issue 139 - added this to be used for columnwidth calculation
EP_FORMULA = LS_SHEET_CONTENT-CELL_FORMULA.
" Addition to solve issue #120, contribution by Stefan Schmöcker
data: STYLE_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
STYLE type ref to ZCL_EXCEL_STYLE.
if EP_STYLE is requested.
STYLE_ITERATOR = ME->EXCEL->GET_STYLES_ITERATOR( ).
while STYLE_ITERATOR->HAS_NEXT( ) = 'X'.
STYLE ?= STYLE_ITERATOR->GET_NEXT( ).
if STYLE->GET_GUID( ) = LS_SHEET_CONTENT-CELL_STYLE.
EP_STYLE = STYLE.
exit.
endif.
endwhile.
endif.
endmethod.
method GET_COLUMN.
data: LV_COLUMN type ZEXCEL_CELL_COLUMN.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
EO_COLUMN = ME->COLUMNS->GET( IP_INDEX = LV_COLUMN ).
if EO_COLUMN is not bound.
EO_COLUMN = ME->ADD_NEW_COLUMN( IP_COLUMN ).
endif.
endmethod.
method GET_COLUMNS.
EO_COLUMNS = ME->COLUMNS.
endmethod.
method GET_COLUMNS_ITERATOR.
EO_ITERATOR = ME->COLUMNS->GET_ITERATOR( ).
endmethod.
METHOD get_comments.
DATA: lo_comment TYPE REF TO zcl_excel_comment,
lo_iterator TYPE REF TO cl_object_collection_iterator.
CREATE OBJECT r_comments.
lo_iterator = comments->get_iterator( ).
WHILE lo_iterator->has_next( ) = abap_true.
lo_comment ?= lo_iterator->get_next( ).
r_comments->include( lo_comment ).
ENDWHILE.
ENDMETHOD.
METHOD get_comments_iterator.
eo_iterator = comments->get_iterator( ).
ENDMETHOD.
method GET_DATA_VALIDATIONS_ITERATOR.
EO_ITERATOR = ME->DATA_VALIDATIONS->GET_ITERATOR( ).
endmethod.
method GET_DATA_VALIDATIONS_SIZE.
EP_SIZE = ME->DATA_VALIDATIONS->SIZE( ).
endmethod.
method GET_DEFAULT_COLUMN.
if ME->COLUMN_DEFAULT is not bound.
create object ME->COLUMN_DEFAULT
exporting
IP_INDEX = 'A' " ????
IP_WORKSHEET = ME
IP_EXCEL = ME->EXCEL.
endif.
EO_COLUMN = ME->COLUMN_DEFAULT.
endmethod.
method GET_DEFAULT_EXCEL_DATE_FORMAT.
constants: C_LANG_E type LANG value 'E'.
if DEFAULT_EXCEL_DATE_FORMAT is not initial.
EP_DEFAULT_EXCEL_DATE_FORMAT = DEFAULT_EXCEL_DATE_FORMAT.
return.
endif.
"try to get defaults
try.
CL_ABAP_DATFM=>GET_DATE_FORMAT_DES( exporting IM_LANGU = C_LANG_E
importing EX_DATEFORMAT = DEFAULT_EXCEL_DATE_FORMAT ).
catch CX_ABAP_DATFM_FORMAT_UNKNOWN.
endtry.
" and fallback to fixed format
if DEFAULT_EXCEL_DATE_FORMAT is initial.
DEFAULT_EXCEL_DATE_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_DDMMYYYYDOT.
endif.
EP_DEFAULT_EXCEL_DATE_FORMAT = DEFAULT_EXCEL_DATE_FORMAT.
endmethod.
method GET_DEFAULT_EXCEL_TIME_FORMAT.
data: L_TIMEFM type XUTIMEFM.
if DEFAULT_EXCEL_TIME_FORMAT is not initial.
EP_DEFAULT_EXCEL_TIME_FORMAT = DEFAULT_EXCEL_TIME_FORMAT.
return.
endif.
* Let's get default
L_TIMEFM = CL_ABAP_TIMEFM=>GET_ENVIRONMENT_TIMEFM( ).
case L_TIMEFM.
when 0.
*0 24 Hour Format (Example: 12:05:10)
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME6.
when 1.
*1 12 Hour Format (Example: 12:05:10 PM)
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME2.
when 2.
*2 12 Hour Format (Example: 12:05:10 pm) for now all the same. no chnage upper lower
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME2.
when 3.
*3 Hours from 0 to 11 (Example: 00:05:10 PM) for now all the same. no chnage upper lower
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME2.
when 4.
*4 Hours from 0 to 11 (Example: 00:05:10 pm) for now all the same. no chnage upper lower
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME2.
when others.
" and fallback to fixed format
DEFAULT_EXCEL_TIME_FORMAT = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME6.
endcase.
EP_DEFAULT_EXCEL_TIME_FORMAT = DEFAULT_EXCEL_TIME_FORMAT.
endmethod.
method GET_DEFAULT_ROW.
if ME->ROW_DEFAULT is not bound.
create object ME->ROW_DEFAULT.
endif.
EO_ROW = ME->ROW_DEFAULT.
endmethod.
method GET_DIMENSION_RANGE.
ME->UPDATE_DIMENSION_RANGE( ).
if UPPER_CELL eq LOWER_CELL. "only one cell
" Worksheet not filled
* IF upper_cell-cell_coords = '0'.
if UPPER_CELL-CELL_COORDS is initial.
EP_DIMENSION_RANGE = 'A1'.
else.
EP_DIMENSION_RANGE = UPPER_CELL-CELL_COORDS.
endif.
else.
concatenate UPPER_CELL-CELL_COORDS ':' LOWER_CELL-CELL_COORDS into EP_DIMENSION_RANGE.
endif.
endmethod.
method GET_DRAWINGS.
data: LO_DRAWING type ref to ZCL_EXCEL_DRAWING,
LO_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR.
case IP_TYPE.
when ZCL_EXCEL_DRAWING=>TYPE_IMAGE.
R_DRAWINGS = DRAWINGS.
when ZCL_EXCEL_DRAWING=>TYPE_CHART.
R_DRAWINGS = CHARTS.
when SPACE.
create object R_DRAWINGS
exporting
IP_TYPE = ''.
LO_ITERATOR = DRAWINGS->GET_ITERATOR( ).
while LO_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_DRAWING ?= LO_ITERATOR->GET_NEXT( ).
R_DRAWINGS->INCLUDE( LO_DRAWING ).
endwhile.
LO_ITERATOR = CHARTS->GET_ITERATOR( ).
while LO_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_DRAWING ?= LO_ITERATOR->GET_NEXT( ).
R_DRAWINGS->INCLUDE( LO_DRAWING ).
endwhile.
when others.
endcase.
endmethod.
method GET_DRAWINGS_ITERATOR.
case IP_TYPE.
when ZCL_EXCEL_DRAWING=>TYPE_IMAGE.
EO_ITERATOR = DRAWINGS->GET_ITERATOR( ).
when ZCL_EXCEL_DRAWING=>TYPE_CHART.
EO_ITERATOR = CHARTS->GET_ITERATOR( ).
endcase.
endmethod.
method GET_FREEZE_CELL.
EP_ROW = ME->FREEZE_PANE_CELL_ROW.
EP_COLUMN = ME->FREEZE_PANE_CELL_COLUMN.
endmethod.
method GET_GUID.
EP_GUID = ME->GUID.
endmethod.
method GET_HIGHEST_COLUMN.
ME->UPDATE_DIMENSION_RANGE( ).
R_HIGHEST_COLUMN = ME->LOWER_CELL-CELL_COLUMN.
endmethod.
method GET_HIGHEST_ROW.
ME->UPDATE_DIMENSION_RANGE( ).
R_HIGHEST_ROW = ME->LOWER_CELL-CELL_ROW.
endmethod.
method GET_HYPERLINKS_ITERATOR.
EO_ITERATOR = HYPERLINKS->GET_ITERATOR( ).
endmethod.
method GET_HYPERLINKS_SIZE.
EP_SIZE = HYPERLINKS->SIZE( ).
endmethod.
method GET_MERGE.
field-symbols: <LS_MERGED_CELL> like line of ME->MT_MERGED_CELLS.
data: LV_COL_FROM type STRING,
LV_COL_TO type STRING,
LV_ROW_FROM type STRING,
LV_ROW_TO type STRING,
LV_MERGE_RANGE type STRING.
loop at ME->MT_MERGED_CELLS assigning <LS_MERGED_CELL>.
LV_COL_FROM = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( <LS_MERGED_CELL>-COL_FROM ).
LV_COL_TO = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( <LS_MERGED_CELL>-COL_TO ).
LV_ROW_FROM = <LS_MERGED_CELL>-ROW_FROM.
LV_ROW_TO = <LS_MERGED_CELL>-ROW_TO .
concatenate LV_COL_FROM LV_ROW_FROM ':' LV_COL_TO LV_ROW_TO
into LV_MERGE_RANGE.
condense LV_MERGE_RANGE no-gaps.
append LV_MERGE_RANGE to MERGE_RANGE.
endloop.
endmethod.
method GET_PAGEBREAKS.
RO_PAGEBREAKS = MO_PAGEBREAKS.
endmethod.
method GET_RANGES_ITERATOR.
EO_ITERATOR = ME->RANGES->GET_ITERATOR( ).
endmethod.
method GET_ROW.
EO_ROW = ME->ROWS->GET( IP_INDEX = IP_ROW ).
if EO_ROW is not bound.
EO_ROW = ME->ADD_NEW_ROW( IP_ROW ).
endif.
endmethod.
method GET_ROWS.
EO_ROWS = ME->ROWS.
endmethod.
method GET_ROWS_ITERATOR.
EO_ITERATOR = ME->ROWS->GET_ITERATOR( ).
endmethod.
method GET_ROW_OUTLINES.
RT_ROW_OUTLINES = ME->MT_ROW_OUTLINES.
endmethod.
method GET_STYLE_COND.
data: LO_STYLE_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_STYLE_COND type ref to ZCL_EXCEL_STYLE_COND.
LO_STYLE_ITERATOR = ME->GET_STYLE_COND_ITERATOR( ).
while LO_STYLE_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_STYLE_COND ?= LO_STYLE_ITERATOR->GET_NEXT( ).
if LO_STYLE_COND->GET_GUID( ) = IP_GUID.
EO_STYLE_COND = LO_STYLE_COND.
exit.
endif.
endwhile.
endmethod.
method GET_STYLE_COND_ITERATOR.
EO_ITERATOR = STYLES_COND->GET_ITERATOR( ).
endmethod.
method GET_TABCOLOR.
EV_TABCOLOR = ME->TABCOLOR.
endmethod.
METHOD get_table.
*--------------------------------------------------------------------*
* Comment D. Rauchenstein
* With this method, we get a fully functional Excel Upload, which solves
* a few issues of the other excel upload tools
* ZBCABA_ALSM_EXCEL_UPLOAD_EXT: Reads only up to 50 signs per Cell, Limit
* in row-Numbers. Other have Limitations of Lines, or you are not able
* to ignore filters or choosing the right tab.
*
* To get a fully functional XLSX Upload, you can use it e.g. with method
* CL_EXCEL_READER_2007->ZIF_EXCEL_READER~LOAD_FILE()
*--------------------------------------------------------------------*
FIELD-SYMBOLS: <ls_line> TYPE data.
FIELD-SYMBOLS: <lv_value> TYPE data.
DATA lv_actual_row TYPE int4.
DATA lv_actual_row_string TYPE string.
DATA lv_actual_col TYPE int4.
DATA lv_actual_col_string TYPE string.
DATA lv_errormessage TYPE string.
DATA lv_max_col TYPE zexcel_cell_column.
DATA lv_max_row TYPE int4.
DATA lv_delta_col TYPE int4.
DATA lv_value TYPE zexcel_cell_value.
DATA lv_rc TYPE sysubrc.
lv_max_col = me->get_highest_column( ).
lv_max_row = me->get_highest_row( ).
*--------------------------------------------------------------------*
* The row counter begins with 1 and should be corrected with the skips
*--------------------------------------------------------------------*
lv_actual_row = iv_skipped_rows + 1.
lv_actual_col = iv_skipped_cols + 1.
TRY.
*--------------------------------------------------------------------*
* Check if we the basic features are possible with given "any table"
*--------------------------------------------------------------------*
APPEND INITIAL LINE TO et_table ASSIGNING <ls_line>.
IF sy-subrc <> 0 OR <ls_line> IS NOT ASSIGNED.
lv_errormessage = 'Error at inserting new Line to internal Table'(002).
zcx_excel=>raise_text( lv_errormessage ).
ELSE.
lv_delta_col = lv_max_col - iv_skipped_cols.
ASSIGN COMPONENT lv_delta_col OF STRUCTURE <ls_line> TO <lv_value>.
IF sy-subrc <> 0 OR <lv_value> IS NOT ASSIGNED.
lv_errormessage = 'Internal table has less columns than excel'(003).
zcx_excel=>raise_text( lv_errormessage ).
ELSE.
*--------------------------------------------------------------------*
*now we are ready for handle the table data
*--------------------------------------------------------------------*
REFRESH et_table.
*--------------------------------------------------------------------*
* Handle each Row until end on right side
*--------------------------------------------------------------------*
WHILE lv_actual_row <= lv_max_row .
*--------------------------------------------------------------------*
* Handle each Column until end on bottom
* First step is to step back on first column
*--------------------------------------------------------------------*
lv_actual_col = iv_skipped_cols + 1.
UNASSIGN <ls_line>.
APPEND INITIAL LINE TO et_table ASSIGNING <ls_line>.
IF sy-subrc <> 0 OR <ls_line> IS NOT ASSIGNED.
lv_errormessage = 'Error at inserting new Line to internal Table'(002).
zcx_excel=>raise_text( lv_errormessage ).
ENDIF.
WHILE lv_actual_col <= lv_max_col.
lv_delta_col = lv_actual_col - iv_skipped_cols.
ASSIGN COMPONENT lv_delta_col OF STRUCTURE <ls_line> TO <lv_value>.
IF sy-subrc <> 0.
lv_actual_col_string = lv_actual_col.
lv_actual_row_string = lv_actual_row.
CONCATENATE 'Error at assigning field (Col:'(004) lv_actual_col_string ' Row:'(005) lv_actual_row_string INTO lv_errormessage.
zcx_excel=>raise_text( lv_errormessage ).
ENDIF.
me->get_cell(
EXPORTING
ip_column = lv_actual_col " Cell Column
ip_row = lv_actual_row " Cell Row
IMPORTING
ep_value = lv_value " Cell Value
ep_rc = lv_rc " Return Value of ABAP Statements
).
IF lv_rc <> 0
AND lv_rc <> 4. "No found error means, zero/no value in cell
lv_actual_col_string = lv_actual_col.
lv_actual_row_string = lv_actual_row.
CONCATENATE 'Error at reading field value (Col:'(007) lv_actual_col_string ' Row:'(005) lv_actual_row_string INTO lv_errormessage.
zcx_excel=>raise_text( lv_errormessage ).
ENDIF.
<lv_value> = lv_value.
* CATCH zcx_excel. "
ADD 1 TO lv_actual_col.
ENDWHILE.
ADD 1 TO lv_actual_row.
ENDWHILE.
ENDIF.
ENDIF.
CATCH cx_sy_assign_cast_illegal_cast.
lv_actual_col_string = lv_actual_col.
lv_actual_row_string = lv_actual_row.
CONCATENATE 'Error at assigning field (Col:'(004) lv_actual_col_string ' Row:'(005) lv_actual_row_string INTO lv_errormessage.
zcx_excel=>raise_text( lv_errormessage ).
CATCH cx_sy_assign_cast_unknown_type.
lv_actual_col_string = lv_actual_col.
lv_actual_row_string = lv_actual_row.
CONCATENATE 'Error at assigning field (Col:'(004) lv_actual_col_string ' Row:'(005) lv_actual_row_string INTO lv_errormessage.
zcx_excel=>raise_text( lv_errormessage ).
CATCH cx_sy_assign_out_of_range.
lv_errormessage = 'Internal table has less columns than excel'(003).
zcx_excel=>raise_text( lv_errormessage ).
CATCH cx_sy_conversion_error.
lv_actual_col_string = lv_actual_col.
lv_actual_row_string = lv_actual_row.
CONCATENATE 'Error at converting field value (Col:'(006) lv_actual_col_string ' Row:'(005) lv_actual_row_string INTO lv_errormessage.
zcx_excel=>raise_text( lv_errormessage ).
ENDTRY.
ENDMETHOD.
method GET_TABLES_ITERATOR.
EO_ITERATOR = TABLES->IF_OBJECT_COLLECTION~GET_ITERATOR( ).
endmethod.
method GET_TABLES_SIZE.
EP_SIZE = TABLES->IF_OBJECT_COLLECTION~SIZE( ).
endmethod.
method GET_TITLE.
data LV_VALUE type STRING.
if IP_ESCAPED eq ABAP_TRUE.
LV_VALUE = ME->TITLE.
EP_TITLE = ZCL_EXCEL_COMMON=>ESCAPE_STRING( LV_VALUE ).
else.
EP_TITLE = ME->TITLE.
endif.
endmethod.
method GET_VALUE_TYPE.
data: LO_ADDIT type ref to CL_ABAP_ELEMDESCR,
LS_DFIES type DFIES,
L_FUNCTION type FUNCNAME,
L_VALUE(50) type C.
EP_VALUE = IP_VALUE.
EP_VALUE_TYPE = CL_ABAP_TYPEDESCR=>TYPEKIND_STRING. " Thats our default if something goes wrong.
try.
LO_ADDIT ?= CL_ABAP_TYPEDESCR=>DESCRIBE_BY_DATA( IP_VALUE ).
catch CX_SY_MOVE_CAST_ERROR.
clear LO_ADDIT.
endtry.
if LO_ADDIT is bound.
LO_ADDIT->GET_DDIC_FIELD( receiving P_FLDDESCR = LS_DFIES
exceptions NOT_FOUND = 1
NO_DDIC_TYPE = 2
others = 3 ) .
if SY-SUBRC = 0.
EP_VALUE_TYPE = LS_DFIES-INTTYPE.
if LS_DFIES-CONVEXIT is not initial.
* We need to convert with output conversion function
concatenate 'CONVERSION_EXIT_' LS_DFIES-CONVEXIT '_OUTPUT' into L_FUNCTION.
select single FUNCNAME into L_FUNCTION
from TFDIR
where FUNCNAME = L_FUNCTION.
if SY-SUBRC = 0.
call function L_FUNCTION
exporting
INPUT = IP_VALUE
importing
* LONG_TEXT =
OUTPUT = L_VALUE
* SHORT_TEXT =
exceptions
others = 1.
if SY-SUBRC <> 0.
* MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
* WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
else.
try.
EP_VALUE = L_VALUE.
catch CX_ROOT.
EP_VALUE = IP_VALUE.
endtry.
endif.
endif.
endif.
else.
EP_VALUE_TYPE = LO_ADDIT->GET_DATA_TYPE_KIND( IP_VALUE ).
endif.
endif.
endmethod.
method IS_CELL_MERGED.
data: LV_COLUMN type I.
field-symbols: <LS_MERGED_CELL> like line of ME->MT_MERGED_CELLS.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
RP_IS_MERGED = ABAP_FALSE. " Assume not in merged area
loop at ME->MT_MERGED_CELLS assigning <LS_MERGED_CELL>.
if <LS_MERGED_CELL>-COL_FROM <= LV_COLUMN
and <LS_MERGED_CELL>-COL_TO >= LV_COLUMN
and <LS_MERGED_CELL>-ROW_FROM <= IP_ROW
and <LS_MERGED_CELL>-ROW_TO >= IP_ROW.
RP_IS_MERGED = ABAP_TRUE. " until we are proven different
return.
endif.
endloop.
endmethod.
method PRINT_TITLE_SET_RANGE.
*--------------------------------------------------------------------*
* issue#235 - repeat rows/columns
* - Stefan Schmoecker, 2012-12-02
*--------------------------------------------------------------------*
data: LO_RANGE_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_RANGE type ref to ZCL_EXCEL_RANGE,
LV_REPEAT_RANGE_SHEETNAME type STRING,
LV_REPEAT_RANGE_COL type STRING,
LV_ROW_CHAR_FROM type CHAR10,
LV_ROW_CHAR_TO type CHAR10,
LV_REPEAT_RANGE_ROW type STRING,
LV_REPEAT_RANGE type STRING.
*--------------------------------------------------------------------*
* Get range that represents printarea
* if non-existant, create it
*--------------------------------------------------------------------*
LO_RANGE_ITERATOR = ME->GET_RANGES_ITERATOR( ).
while LO_RANGE_ITERATOR->HAS_NEXT( ) = ABAP_TRUE.
LO_RANGE ?= LO_RANGE_ITERATOR->GET_NEXT( ).
if LO_RANGE->NAME = ZIF_EXCEL_SHEET_PRINTSETTINGS=>GCV_PRINT_TITLE_NAME.
exit. " Found it
endif.
clear LO_RANGE.
endwhile.
if ME->PRINT_TITLE_COL_FROM is initial and
ME->PRINT_TITLE_ROW_FROM is initial.
*--------------------------------------------------------------------*
* No print titles are present,
*--------------------------------------------------------------------*
if LO_RANGE is bound.
ME->RANGES->REMOVE( LO_RANGE ).
endif.
else.
*--------------------------------------------------------------------*
* Print titles are present,
*--------------------------------------------------------------------*
if LO_RANGE is not bound.
LO_RANGE = ME->ADD_NEW_RANGE( ).
LO_RANGE->NAME = ZIF_EXCEL_SHEET_PRINTSETTINGS=>GCV_PRINT_TITLE_NAME.
endif.
LV_REPEAT_RANGE_SHEETNAME = ME->GET_TITLE( ).
LV_REPEAT_RANGE_SHEETNAME = ZCL_EXCEL_COMMON=>ESCAPE_STRING( LV_REPEAT_RANGE_SHEETNAME ).
*--------------------------------------------------------------------*
* Repeat-columns
*--------------------------------------------------------------------*
if ME->PRINT_TITLE_COL_FROM is not initial.
concatenate LV_REPEAT_RANGE_SHEETNAME
'!$' ME->PRINT_TITLE_COL_FROM
':$' ME->PRINT_TITLE_COL_TO
into LV_REPEAT_RANGE_COL.
endif.
*--------------------------------------------------------------------*
* Repeat-rows
*--------------------------------------------------------------------*
if ME->PRINT_TITLE_ROW_FROM is not initial.
LV_ROW_CHAR_FROM = ME->PRINT_TITLE_ROW_FROM.
LV_ROW_CHAR_TO = ME->PRINT_TITLE_ROW_TO.
concatenate '!$' LV_ROW_CHAR_FROM
':$' LV_ROW_CHAR_TO
into LV_REPEAT_RANGE_ROW.
condense LV_REPEAT_RANGE_ROW no-gaps.
concatenate LV_REPEAT_RANGE_SHEETNAME
LV_REPEAT_RANGE_ROW
into LV_REPEAT_RANGE_ROW.
endif.
*--------------------------------------------------------------------*
* Concatenate repeat-rows and columns
*--------------------------------------------------------------------*
if LV_REPEAT_RANGE_COL is initial.
LV_REPEAT_RANGE = LV_REPEAT_RANGE_ROW.
elseif LV_REPEAT_RANGE_ROW is initial.
LV_REPEAT_RANGE = LV_REPEAT_RANGE_COL.
else.
concatenate LV_REPEAT_RANGE_COL LV_REPEAT_RANGE_ROW
into LV_REPEAT_RANGE separated by ','.
endif.
LO_RANGE->SET_RANGE_VALUE( LV_REPEAT_RANGE ).
endif.
endmethod.
METHOD set_area.
DATA: lv_row TYPE zexcel_cell_row,
lv_row_end TYPE zexcel_cell_row,
lv_column_start TYPE zexcel_cell_column_alpha,
lv_column_end TYPE zexcel_cell_column_alpha,
lv_column_start_int TYPE zexcel_cell_column_alpha,
lv_column_end_int TYPE zexcel_cell_column_alpha.
MOVE: ip_row_to TO lv_row_end,
ip_row TO lv_row.
IF lv_row_end IS INITIAL OR ip_row_to IS NOT SUPPLIED.
lv_row_end = lv_row.
ENDIF.
MOVE: ip_column_start TO lv_column_start,
ip_column_end TO lv_column_end.
IF lv_column_end IS INITIAL OR ip_column_end IS NOT SUPPLIED.
lv_column_end = lv_column_start.
ENDIF.
lv_column_start_int = zcl_excel_common=>convert_column2int( lv_column_start ).
lv_column_end_int = zcl_excel_common=>convert_column2int( lv_column_end ).
IF lv_column_start_int > lv_column_end_int OR lv_row > lv_row_end.
RAISE EXCEPTION TYPE zcx_excel
EXPORTING
error = 'Wrong Merging Parameters'.
ENDIF.
IF ip_data_type IS SUPPLIED OR
ip_abap_type IS SUPPLIED.
me->set_cell( ip_column = lv_column_start
ip_row = lv_row
ip_value = ip_value
ip_formula = ip_formula
ip_style = ip_style
ip_hyperlink = ip_hyperlink
ip_data_type = ip_data_type
ip_abap_type = ip_abap_type ).
ELSE.
me->set_cell( ip_column = lv_column_start
ip_row = lv_row
ip_value = ip_value
ip_formula = ip_formula
ip_style = ip_style
ip_hyperlink = ip_hyperlink ).
ENDIF.
IF ip_style IS SUPPLIED.
me->set_area_style( ip_column_start = lv_column_start
ip_column_end = lv_column_end
ip_row = lv_row
ip_row_to = lv_row_end
ip_style = ip_style ).
ENDIF.
IF ip_merge IS SUPPLIED AND ip_merge = abap_true.
me->set_merge( ip_column_start = lv_column_start
ip_column_end = lv_column_end
ip_row = lv_row
ip_row_to = lv_row_end ).
ENDIF.
ENDMETHOD.
METHOD set_area_formula.
DATA: ld_row TYPE zexcel_cell_row,
ld_row_end TYPE zexcel_cell_row,
ld_column TYPE zexcel_cell_column_alpha,
ld_column_end TYPE zexcel_cell_column_alpha,
ld_column_int TYPE zexcel_cell_column_alpha,
ld_column_end_int TYPE zexcel_cell_column_alpha.
MOVE: ip_row_to TO ld_row_end,
ip_row TO ld_row.
IF ld_row_end IS INITIAL or ip_row_to is not supplied.
ld_row_end = ld_row.
ENDIF.
MOVE: ip_column_start TO ld_column,
ip_column_end TO ld_column_end.
if ld_column_end is initial or ip_column_end is not supplied.
ld_column_end = ld_column.
endif.
ld_column_int = zcl_excel_common=>convert_column2int( ld_column ).
ld_column_end_int = zcl_excel_common=>convert_column2int( ld_column_end ).
if ld_column_int > ld_column_end_int or ld_row > ld_row_end.
RAISE EXCEPTION TYPE zcx_excel
EXPORTING
error = 'Wrong Merging Parameters'.
endif.
me->set_cell_formula( ip_column = ld_column ip_row = ld_row
ip_formula = ip_formula ).
IF ip_merge IS SUPPLIED AND ip_merge = abap_true.
me->set_merge( ip_column_start = ld_column ip_row = ld_row
ip_column_end = ld_column_end ip_row_to = ld_row_end ).
ENDIF.
ENDMETHOD.
METHOD SET_AREA_STYLE.
DATA: ld_row_start TYPE zexcel_cell_row,
ld_row_end TYPE zexcel_cell_row,
ld_column_start_int TYPE zexcel_cell_column,
ld_column_end_int TYPE zexcel_cell_column,
ld_current_column TYPE zexcel_cell_column_alpha,
ld_current_row TYPE zexcel_cell_row.
MOVE: ip_row_to TO ld_row_end,
ip_row TO ld_row_start.
IF ld_row_end IS INITIAL or ip_row_to is not supplied.
ld_row_end = ld_row_start.
ENDIF.
ld_column_start_int = zcl_excel_common=>convert_column2int( ip_column_start ).
ld_column_end_int = zcl_excel_common=>convert_column2int( ip_column_end ).
IF ld_column_end_int IS INITIAL or ip_column_end is not supplied.
ld_column_end_int = ld_column_start_int.
ENDIF.
WHILE ld_column_start_int <= ld_column_end_int.
ld_current_column = zcl_excel_common=>convert_column2alpha( ld_column_start_int ).
ld_current_row = ld_row_start.
WHILE ld_current_row <= ld_row_end.
me->set_cell_style( ip_row = ld_current_row ip_column = ld_current_column
ip_style = ip_style ).
ADD 1 TO ld_current_row.
ENDWHILE.
ADD 1 TO ld_column_start_int.
ENDWHILE.
IF ip_merge IS SUPPLIED AND ip_merge = abap_true.
me->set_merge( ip_column_start = ip_column_start ip_row = ld_row_start
ip_column_end = ld_current_column ip_row_to = ld_row_end ).
ENDIF.
ENDMETHOD.
method SET_CELL.
data: LV_COLUMN type ZEXCEL_CELL_COLUMN,
LS_SHEET_CONTENT type ZEXCEL_S_CELL_DATA,
LV_ROW_ALPHA type STRING,
LV_COL_ALPHA type ZEXCEL_CELL_COLUMN_ALPHA,
LV_VALUE type ZEXCEL_CELL_VALUE,
LV_DATA_TYPE type ZEXCEL_CELL_DATA_TYPE,
LV_VALUE_TYPE type ABAP_TYPEKIND,
LV_STYLE_GUID type ZEXCEL_CELL_STYLE,
LO_ADDIT type ref to CL_ABAP_ELEMDESCR,
LO_VALUE type ref to DATA,
LO_VALUE_NEW type ref to DATA.
field-symbols: <FS_SHEET_CONTENT> type ZEXCEL_S_CELL_DATA,
<FS_NUMERIC> type NUMERIC,
<FS_DATE> type D,
<FS_TIME> type T,
<FS_VALUE> type SIMPLE.
if IP_VALUE is not supplied and IP_FORMULA is not supplied.
zcx_excel=>raise_text( 'Please provide the value or formula' ).
endif.
* Begin of change issue #152 - don't touch exisiting style if only value is passed
* lv_style_guid = ip_style.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
read table SHEET_CONTENT assigning <FS_SHEET_CONTENT> with table key CELL_ROW = IP_ROW " Changed to access via table key , Stefan Schmöcker, 2013-08-03
CELL_COLUMN = LV_COLUMN.
if SY-SUBRC = 0.
if IP_STYLE is initial.
" If no style is provided as method-parameter and cell is found use cell's current style
LV_STYLE_GUID = <FS_SHEET_CONTENT>-CELL_STYLE.
else.
" Style provided as method-parameter --> use this
LV_STYLE_GUID = IP_STYLE.
endif.
else.
" No cell found --> use supplied style even if empty
LV_STYLE_GUID = IP_STYLE.
endif.
* End of change issue #152 - don't touch exisiting style if only value is passed
if IP_VALUE is supplied.
"if data type is passed just write the value. Otherwise map abap type to excel and perform conversion
"IP_DATA_TYPE is passed by excel reader so source types are preserved
*First we get reference into local var.
create data LO_VALUE like IP_VALUE.
assign LO_VALUE->* to <FS_VALUE>.
<FS_VALUE> = IP_VALUE.
if IP_DATA_TYPE is supplied.
if IP_ABAP_TYPE is not supplied.
GET_VALUE_TYPE( exporting IP_VALUE = IP_VALUE
importing EP_VALUE = <FS_VALUE> ) .
endif.
LV_VALUE = <FS_VALUE>.
LV_DATA_TYPE = IP_DATA_TYPE.
else.
if IP_ABAP_TYPE is supplied.
LV_VALUE_TYPE = IP_ABAP_TYPE.
else.
GET_VALUE_TYPE( exporting IP_VALUE = IP_VALUE
importing EP_VALUE = <FS_VALUE>
EP_VALUE_TYPE = LV_VALUE_TYPE ).
endif.
case LV_VALUE_TYPE.
when CL_ABAP_TYPEDESCR=>TYPEKIND_INT or CL_ABAP_TYPEDESCR=>TYPEKIND_INT1 or CL_ABAP_TYPEDESCR=>TYPEKIND_INT2.
LO_ADDIT = CL_ABAP_ELEMDESCR=>GET_I( ).
create data LO_VALUE_NEW type handle LO_ADDIT.
assign LO_VALUE_NEW->* to <FS_NUMERIC>.
if SY-SUBRC = 0.
<FS_NUMERIC> = <FS_VALUE>.
LV_VALUE = ZCL_EXCEL_COMMON=>NUMBER_TO_EXCEL_STRING( IP_VALUE = <FS_NUMERIC> ).
endif.
when CL_ABAP_TYPEDESCR=>TYPEKIND_FLOAT or CL_ABAP_TYPEDESCR=>TYPEKIND_PACKED.
LO_ADDIT = CL_ABAP_ELEMDESCR=>GET_F( ).
create data LO_VALUE_NEW type handle LO_ADDIT.
assign LO_VALUE_NEW->* to <FS_NUMERIC>.
if SY-SUBRC = 0.
<FS_NUMERIC> = <FS_VALUE>.
LV_VALUE = ZCL_EXCEL_COMMON=>NUMBER_TO_EXCEL_STRING( IP_VALUE = <FS_NUMERIC> ).
endif.
when CL_ABAP_TYPEDESCR=>TYPEKIND_CHAR or CL_ABAP_TYPEDESCR=>TYPEKIND_STRING or CL_ABAP_TYPEDESCR=>TYPEKIND_NUM or
CL_ABAP_TYPEDESCR=>TYPEKIND_HEX.
LV_VALUE = <FS_VALUE>.
LV_DATA_TYPE = 's'.
when CL_ABAP_TYPEDESCR=>TYPEKIND_DATE.
LO_ADDIT = CL_ABAP_ELEMDESCR=>GET_D( ).
create data LO_VALUE_NEW type handle LO_ADDIT.
assign LO_VALUE_NEW->* to <FS_DATE>.
if SY-SUBRC = 0.
<FS_DATE> = <FS_VALUE>.
LV_VALUE = ZCL_EXCEL_COMMON=>DATE_TO_EXCEL_STRING( IP_VALUE = <FS_DATE> ) .
endif.
* Begin of change issue #152 - don't touch exisiting style if only value is passed
* Moved to end of routine - apply date-format even if other styleinformation is passed
* IF ip_style IS NOT SUPPLIED. "get default date format in case parameter is initial
* lo_style = excel->add_new_style( ).
* lo_style->number_format->format_code = get_default_excel_date_format( ).
* lv_style_guid = lo_style->get_guid( ).
* ENDIF.
* End of change issue #152 - don't touch exisiting style if only value is passed
when CL_ABAP_TYPEDESCR=>TYPEKIND_TIME.
LO_ADDIT = CL_ABAP_ELEMDESCR=>GET_T( ).
create data LO_VALUE_NEW type handle LO_ADDIT.
assign LO_VALUE_NEW->* to <FS_TIME>.
if SY-SUBRC = 0.
<FS_TIME> = <FS_VALUE>.
LV_VALUE = ZCL_EXCEL_COMMON=>TIME_TO_EXCEL_STRING( IP_VALUE = <FS_TIME> ).
endif.
* Begin of change issue #152 - don't touch exisiting style if only value is passed
* Moved to end of routine - apply time-format even if other styleinformation is passed
* IF ip_style IS NOT SUPPLIED. "get default time format for user in case parameter is initial
* lo_style = excel->add_new_style( ).
* lo_style->number_format->format_code = zcl_excel_style_number_format=>c_format_date_time6.
* lv_style_guid = lo_style->get_guid( ).
* ENDIF.
* End of change issue #152 - don't touch exisiting style if only value is passed
when others.
zcx_excel=>raise_text( 'Invalid data type of input value' ).
endcase.
endif.
endif.
if IP_HYPERLINK is bound.
IP_HYPERLINK->SET_CELL_REFERENCE( IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW ).
ME->HYPERLINKS->ADD( IP_HYPERLINK ).
endif.
* Begin of change issue #152 - don't touch exisiting style if only value is passed
* Read table moved up, so that current style may be evaluated
* lv_column = zcl_excel_common=>convert_column2int( ip_column ).
* READ TABLE sheet_content ASSIGNING <fs_sheet_content> WITH KEY cell_row = ip_row
* cell_column = lv_column.
*
* IF sy-subrc EQ 0.
if <FS_SHEET_CONTENT> is assigned.
* End of change issue #152 - don't touch exisiting style if only value is passed
<FS_SHEET_CONTENT>-CELL_VALUE = LV_VALUE.
<FS_SHEET_CONTENT>-CELL_FORMULA = IP_FORMULA.
<FS_SHEET_CONTENT>-CELL_STYLE = LV_STYLE_GUID.
<FS_SHEET_CONTENT>-DATA_TYPE = LV_DATA_TYPE.
else.
LS_SHEET_CONTENT-CELL_ROW = IP_ROW.
LS_SHEET_CONTENT-CELL_COLUMN = LV_COLUMN.
LS_SHEET_CONTENT-CELL_VALUE = LV_VALUE.
LS_SHEET_CONTENT-CELL_FORMULA = IP_FORMULA.
LS_SHEET_CONTENT-CELL_STYLE = LV_STYLE_GUID.
LS_SHEET_CONTENT-DATA_TYPE = LV_DATA_TYPE.
LV_ROW_ALPHA = IP_ROW.
* SHIFT lv_row_alpha RIGHT DELETING TRAILING space."del #152 - replaced with condense - should be faster
* SHIFT lv_row_alpha LEFT DELETING LEADING space. "del #152 - replaced with condense - should be faster
condense LV_ROW_ALPHA no-gaps. "ins #152 - replaced 2 shifts - should be faster
LV_COL_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( IP_COLUMN ). " issue #155 - less restrictive typing for ip_column
concatenate LV_COL_ALPHA LV_ROW_ALPHA into LS_SHEET_CONTENT-CELL_COORDS. " issue #155 - less restrictive typing for ip_column
insert LS_SHEET_CONTENT into table SHEET_CONTENT assigning <FS_SHEET_CONTENT>. "ins #152 - Now <fs_sheet_content> always holds the data
* APPEND ls_sheet_content TO sheet_content.
* SORT sheet_content BY cell_row cell_column.
" me->update_dimension_range( ).
endif.
* Begin of change issue #152 - don't touch exisiting style if only value is passed
* For Date- or Timefields change the formatcode if nothing is set yet
* Enhancement option: Check if existing formatcode is a date/ or timeformat
* If not, use default
data: LO_FORMAT_CODE_DATETIME type ZEXCEL_NUMBER_FORMAT.
data: STYLEMAPPING type ZEXCEL_S_STYLEMAPPING.
case LV_VALUE_TYPE.
when CL_ABAP_TYPEDESCR=>TYPEKIND_DATE.
try.
STYLEMAPPING = ME->EXCEL->GET_STYLE_TO_GUID( <FS_SHEET_CONTENT>-CELL_STYLE ).
catch ZCX_EXCEL .
endtry.
if STYLEMAPPING-COMPLETE_STYLEX-NUMBER_FORMAT-FORMAT_CODE is initial or
STYLEMAPPING-COMPLETE_STYLE-NUMBER_FORMAT-FORMAT_CODE is initial.
LO_FORMAT_CODE_DATETIME = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_STD.
else.
LO_FORMAT_CODE_DATETIME = STYLEMAPPING-COMPLETE_STYLE-NUMBER_FORMAT-FORMAT_CODE.
endif.
ME->CHANGE_CELL_STYLE( IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW
IP_NUMBER_FORMAT_FORMAT_CODE = LO_FORMAT_CODE_DATETIME ).
when CL_ABAP_TYPEDESCR=>TYPEKIND_TIME.
try.
STYLEMAPPING = ME->EXCEL->GET_STYLE_TO_GUID( <FS_SHEET_CONTENT>-CELL_STYLE ).
catch ZCX_EXCEL .
endtry.
if STYLEMAPPING-COMPLETE_STYLEX-NUMBER_FORMAT-FORMAT_CODE is initial or
STYLEMAPPING-COMPLETE_STYLE-NUMBER_FORMAT-FORMAT_CODE is initial.
LO_FORMAT_CODE_DATETIME = ZCL_EXCEL_STYLE_NUMBER_FORMAT=>C_FORMAT_DATE_TIME6.
else.
LO_FORMAT_CODE_DATETIME = STYLEMAPPING-COMPLETE_STYLE-NUMBER_FORMAT-FORMAT_CODE.
endif.
ME->CHANGE_CELL_STYLE( IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW
IP_NUMBER_FORMAT_FORMAT_CODE = LO_FORMAT_CODE_DATETIME ).
endcase.
* End of change issue #152 - don't touch exisiting style if only value is passed
* Fix issue #162
LV_VALUE = IP_VALUE.
if LV_VALUE cs CL_ABAP_CHAR_UTILITIES=>CR_LF.
ME->CHANGE_CELL_STYLE( IP_COLUMN = IP_COLUMN
IP_ROW = IP_ROW
IP_ALIGNMENT_WRAPTEXT = ABAP_TRUE ).
endif.
* End of Fix issue #162
endmethod.
method SET_CELL_FORMULA.
data:
LV_COLUMN type ZEXCEL_CELL_COLUMN,
LS_SHEET_CONTENT like line of ME->SHEET_CONTENT.
field-symbols:
<SHEET_CONTENT> like line of ME->SHEET_CONTENT.
*--------------------------------------------------------------------*
* Get cell to set formula into
*--------------------------------------------------------------------*
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
read table ME->SHEET_CONTENT assigning <SHEET_CONTENT> with table key CELL_ROW = IP_ROW
CELL_COLUMN = LV_COLUMN.
if SY-SUBRC <> 0. " Create new entry in sheet_content if necessary
check IP_FORMULA is initial. " no need to create new entry in sheet_content when no formula is passed
LS_SHEET_CONTENT-CELL_ROW = IP_ROW.
LS_SHEET_CONTENT-CELL_COLUMN = LV_COLUMN.
insert LS_SHEET_CONTENT into table ME->SHEET_CONTENT assigning <SHEET_CONTENT>.
endif.
*--------------------------------------------------------------------*
* Fieldsymbol now holds the relevant cell
*--------------------------------------------------------------------*
<SHEET_CONTENT>-CELL_FORMULA = IP_FORMULA.
endmethod.
method SET_CELL_STYLE.
data: LV_COLUMN type ZEXCEL_CELL_COLUMN,
LV_STYLE_GUID type ZEXCEL_CELL_STYLE.
field-symbols: <FS_SHEET_CONTENT> type ZEXCEL_S_CELL_DATA.
LV_STYLE_GUID = IP_STYLE.
LV_COLUMN = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN ).
read table SHEET_CONTENT assigning <FS_SHEET_CONTENT> with key CELL_ROW = IP_ROW
CELL_COLUMN = LV_COLUMN.
if SY-SUBRC eq 0.
<FS_SHEET_CONTENT>-CELL_STYLE = LV_STYLE_GUID.
else.
SET_CELL( IP_COLUMN = IP_COLUMN IP_ROW = IP_ROW IP_VALUE = '' IP_STYLE = IP_STYLE ).
endif.
endmethod.
method SET_COLUMN_WIDTH.
data: LO_COLUMN type ref to ZCL_EXCEL_COLUMN.
data: WIDTH type FLOAT.
LO_COLUMN = ME->GET_COLUMN( IP_COLUMN ).
* if a fix size is supplied use this
if IP_WIDTH_FIX is supplied.
try.
WIDTH = IP_WIDTH_FIX.
if WIDTH <= 0.
zcx_excel=>raise_text( 'Please supply a positive number as column-width' ).
endif.
LO_COLUMN->SET_WIDTH( WIDTH ).
exit.
catch CX_SY_CONVERSION_NO_NUMBER.
* Strange stuff passed --> raise error
zcx_excel=>raise_text( 'Unable to interpret supplied input as number' ).
endtry.
endif.
* If we get down to here, we have to use whatever is found in autosize.
LO_COLUMN->SET_AUTO_SIZE( IP_WIDTH_AUTOSIZE ).
endmethod.
method SET_DEFAULT_EXCEL_DATE_FORMAT.
if IP_DEFAULT_EXCEL_DATE_FORMAT is initial.
zcx_excel=>raise_text( 'Default date format cannot be blank' ).
endif.
DEFAULT_EXCEL_DATE_FORMAT = IP_DEFAULT_EXCEL_DATE_FORMAT.
endmethod.
method SET_MERGE.
data: LS_MERGE type MTY_MERGE,
LV_ERRORMESSAGE type STRING.
...
"just after variables definition
if ip_value is supplied or ip_formula is supplied.
" if there is a value or formula set the value to the top-left cell
"maybe it is necessary to support other paramters for set_cell
if ip_value is supplied.
me->set_cell( ip_row = ip_row ip_column = ip_column_start
ip_value = ip_value ).
endif.
if ip_formula is supplied.
me->set_cell( ip_row = ip_row ip_column = ip_column_start
ip_value = ip_formula ).
endif.
endif.
"call to set_merge_style to apply the style to all cells at the matrix
IF ip_style IS SUPPLIED.
me->set_merge_style( ip_row = ip_row ip_column_start = ip_column_start
ip_row_to = ip_row_to ip_column_end = ip_column_end
ip_style = ip_style ).
ENDIF.
...
*--------------------------------------------------------------------*
* Build new range area to insert into range table
*--------------------------------------------------------------------*
LS_MERGE-ROW_FROM = IP_ROW.
if IP_ROW is supplied and IP_ROW is not initial and IP_ROW_TO is not supplied.
LS_MERGE-ROW_TO = LS_MERGE-ROW_FROM.
else.
LS_MERGE-ROW_TO = IP_ROW_TO.
endif.
if LS_MERGE-ROW_FROM > LS_MERGE-ROW_TO.
LV_ERRORMESSAGE = 'Merge: First row larger then last row'(405).
zcx_excel=>raise_text( lv_errormessage ).
endif.
LS_MERGE-COL_FROM = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN_START ).
if IP_COLUMN_START is supplied and IP_COLUMN_START is not initial and IP_COLUMN_END is not supplied.
LS_MERGE-COL_TO = LS_MERGE-COL_FROM.
else.
LS_MERGE-COL_TO = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_COLUMN_END ).
endif.
if LS_MERGE-COL_FROM > LS_MERGE-COL_TO.
LV_ERRORMESSAGE = 'Merge: First column larger then last column'(406).
zcx_excel=>raise_text( lv_errormessage ).
endif.
*--------------------------------------------------------------------*
* Check merge not overlapping with existing merges
*--------------------------------------------------------------------*
loop at ME->MT_MERGED_CELLS transporting no fields where not ( ROW_FROM > LS_MERGE-ROW_TO
or ROW_TO < LS_MERGE-ROW_FROM
or COL_FROM > LS_MERGE-COL_TO
or COL_TO < LS_MERGE-COL_FROM ).
LV_ERRORMESSAGE = 'Overlapping merges'(404).
zcx_excel=>raise_text( lv_errormessage ).
endloop.
*--------------------------------------------------------------------*
* Everything seems ok --> add to merge table
*--------------------------------------------------------------------*
insert LS_MERGE into table ME->MT_MERGED_CELLS.
endmethod.
METHOD set_merge_style.
DATA: ld_row_start TYPE zexcel_cell_row,
ld_row_end TYPE zexcel_cell_row,
ld_column_start TYPE zexcel_cell_column,
ld_column_end TYPE zexcel_cell_column,
ld_current_column TYPE zexcel_cell_column_alpha,
ld_current_row type zexcel_cell_row.
MOVE: ip_row_to TO ld_row_end,
ip_row TO ld_row_start.
IF ld_row_end IS INITIAL.
ld_row_end = ld_row_start.
ENDIF.
ld_column_start = zcl_excel_common=>convert_column2int( ip_column_start ).
ld_column_end = zcl_excel_common=>convert_column2int( ip_column_end ).
IF ld_column_end IS INITIAL.
ld_column_end = ld_column_start.
ENDIF.
"set the style cell by cell
WHILE ld_column_start <= ld_column_end.
ld_current_column = zcl_excel_common=>convert_column2alpha( ld_column_start ).
ld_current_row = ld_row_start.
WHILE ld_current_row <= ld_row_end.
me->set_cell_style( ip_row = ld_current_row ip_column = ld_current_column
ip_style = ip_style ).
add 1 to ld_current_row.
ENDWHILE.
ADD 1 TO ld_column_start.
ENDWHILE.
ENDMETHOD.
method SET_PRINT_GRIDLINES.
ME->PRINT_GRIDLINES = I_PRINT_GRIDLINES.
endmethod.
method SET_ROW_HEIGHT.
data: LO_ROW type ref to ZCL_EXCEL_ROW.
data: HEIGHT type FLOAT.
LO_ROW = ME->GET_ROW( IP_ROW ).
* if a fix size is supplied use this
try.
HEIGHT = IP_HEIGHT_FIX.
if HEIGHT <= 0.
zcx_excel=>raise_text( 'Please supply a positive number as row-height' ).
endif.
LO_ROW->SET_ROW_HEIGHT( HEIGHT ).
exit.
catch CX_SY_CONVERSION_NO_NUMBER.
* Strange stuff passed --> raise error
zcx_excel=>raise_text( 'Unable to interpret supplied input as number' ).
endtry.
endmethod.
method SET_ROW_OUTLINE.
data: LS_ROW_OUTLINE like line of ME->MT_ROW_OUTLINES.
field-symbols: <LS_ROW_OUTLINE> like line of ME->MT_ROW_OUTLINES.
read table ME->MT_ROW_OUTLINES assigning <LS_ROW_OUTLINE> with table key ROW_FROM = IV_ROW_FROM
ROW_TO = IV_ROW_TO.
if SY-SUBRC <> 0.
if IV_ROW_FROM <= 0.
zcx_excel=>raise_text( 'First row of outline must be a positive number' ).
endif.
if IV_ROW_TO < IV_ROW_FROM.
zcx_excel=>raise_text( 'Last row of outline may not be less than first line of outline' ).
endif.
LS_ROW_OUTLINE-ROW_FROM = IV_ROW_FROM.
LS_ROW_OUTLINE-ROW_TO = IV_ROW_TO.
insert LS_ROW_OUTLINE into table ME->MT_ROW_OUTLINES assigning <LS_ROW_OUTLINE>.
endif.
case IV_COLLAPSED.
when ABAP_TRUE
or ABAP_FALSE.
<LS_ROW_OUTLINE>-COLLAPSED = IV_COLLAPSED.
when others.
zcx_excel=>raise_text( 'Unknown collapse state' ).
endcase.
endmethod.
method SET_SHOW_GRIDLINES.
ME->SHOW_GRIDLINES = I_SHOW_GRIDLINES.
endmethod.
method SET_SHOW_ROWCOLHEADERS.
ME->SHOW_ROWCOLHEADERS = I_SHOW_ROWCOLHEADERS.
endmethod.
method SET_TABCOLOR.
ME->TABCOLOR = IV_TABCOLOR.
endmethod.
method SET_TABLE.
data: LO_TABDESCR type ref to CL_ABAP_STRUCTDESCR,
LR_DATA type ref to DATA,
LS_HEADER type X030L,
LT_DFIES type DDFIELDS,
LV_ROW_INT type ZEXCEL_CELL_ROW,
LV_COLUMN_INT type ZEXCEL_CELL_COLUMN,
LV_COLUMN_ALPHA type ZEXCEL_CELL_COLUMN_ALPHA,
LV_CELL_VALUE type ZEXCEL_CELL_VALUE.
field-symbols: <FS_TABLE_LINE> type ANY,
<FS_FLDVAL> type ANY,
<FS_DFIES> type DFIES.
LV_COLUMN_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_TOP_LEFT_COLUMN ).
LV_ROW_INT = IP_TOP_LEFT_ROW.
create data LR_DATA like line of IP_TABLE.
LO_TABDESCR ?= CL_ABAP_STRUCTDESCR=>DESCRIBE_BY_DATA_REF( LR_DATA ).
LS_HEADER = LO_TABDESCR->GET_DDIC_HEADER( ).
LT_DFIES = LO_TABDESCR->GET_DDIC_FIELD_LIST( ).
* It is better to loop column by column
loop at LT_DFIES assigning <FS_DFIES>.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( LV_COLUMN_INT ).
if IP_NO_HEADER = ABAP_FALSE.
" First of all write column header
LV_CELL_VALUE = <FS_DFIES>-SCRTEXT_M.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = LV_CELL_VALUE
IP_STYLE = IP_HDR_STYLE ).
if IP_TRANSPOSE = ABAP_TRUE.
add 1 to LV_COLUMN_INT.
else.
add 1 to LV_ROW_INT.
endif.
endif.
loop at IP_TABLE assigning <FS_TABLE_LINE>.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( LV_COLUMN_INT ).
assign component <FS_DFIES>-FIELDNAME of structure <FS_TABLE_LINE> to <FS_FLDVAL>.
move <FS_FLDVAL> to LV_CELL_VALUE.
ME->SET_CELL( IP_COLUMN = LV_COLUMN_ALPHA
IP_ROW = LV_ROW_INT
IP_VALUE = <FS_FLDVAL> "lv_cell_value
IP_STYLE = IP_BODY_STYLE ).
if IP_TRANSPOSE = ABAP_TRUE.
add 1 to LV_COLUMN_INT.
else.
add 1 to LV_ROW_INT.
endif.
endloop.
if IP_TRANSPOSE = ABAP_TRUE.
LV_COLUMN_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IP_TOP_LEFT_COLUMN ).
add 1 to LV_ROW_INT.
else.
LV_ROW_INT = IP_TOP_LEFT_ROW.
add 1 to LV_COLUMN_INT.
endif.
endloop.
endmethod.
method SET_TITLE.
*--------------------------------------------------------------------*
* ToDos:
* 2do §1 The current coding for replacing a named ranges name
* after renaming a sheet should be checked if it is
* really working if sheetname should be escaped
*--------------------------------------------------------------------*
*--------------------------------------------------------------------*
* issue #230 - Pimp my Code
* - Stefan Schmoecker, (wip ) 2012-12-08
* - ...
* changes: aligning code
* message made to support multilinguality
*--------------------------------------------------------------------*
* issue#243 - ' is not allowed as first character in sheet title
* - Stefan Schmoecker, 2012-12-02
* changes: added additional check for ' as first character
*--------------------------------------------------------------------*
data: LO_WORKSHEETS_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_WORKSHEET type ref to ZCL_EXCEL_WORKSHEET,
ERRORMESSAGE type STRING,
LV_RANGESHEETNAME_OLD type STRING,
LV_RANGESHEETNAME_NEW type STRING,
LO_RANGES_ITERATOR type ref to CL_OBJECT_COLLECTION_ITERATOR,
LO_RANGE type ref to ZCL_EXCEL_RANGE,
LV_RANGE_VALUE type ZEXCEL_RANGE_VALUE,
LV_ERRORMESSAGE type STRING. " Can't pass '...'(abc) to exception-class
*--------------------------------------------------------------------*
* Check whether title consists only of allowed characters
* Illegal characters are: / \ [ ] * ? : --> http://msdn.microsoft.com/en-us/library/ff837411.aspx
* Illegal characters not in documentation: ' as first character
*--------------------------------------------------------------------*
if IP_TITLE ca '/\[]*?:'.
LV_ERRORMESSAGE = 'Found illegal character in sheetname. List of forbidden characters: /\[]*?:'(402).
zcx_excel=>raise_text( lv_errormessage ).
endif.
if IP_TITLE is not initial and IP_TITLE(1) = `'`.
LV_ERRORMESSAGE = 'Sheetname may not start with &'(403). " & used instead of ' to allow fallbacklanguage
replace '&' in LV_ERRORMESSAGE with `'`.
zcx_excel=>raise_text( lv_errormessage ).
endif.
*--------------------------------------------------------------------*
* Check whether title is unique in workbook
*--------------------------------------------------------------------*
LO_WORKSHEETS_ITERATOR = ME->EXCEL->GET_WORKSHEETS_ITERATOR( ).
while LO_WORKSHEETS_ITERATOR->HAS_NEXT( ) = 'X'.
LO_WORKSHEET ?= LO_WORKSHEETS_ITERATOR->GET_NEXT( ).
check ME->GUID <> LO_WORKSHEET->GET_GUID( ). " Don't check against itself
if IP_TITLE = LO_WORKSHEET->GET_TITLE( ). " Not unique --> raise exception
ERRORMESSAGE = 'Duplicate sheetname &'.
replace '&' in ERRORMESSAGE with IP_TITLE.
zcx_excel=>raise_text( errormessage ).
endif.
endwhile.
*--------------------------------------------------------------------*
* Remember old sheetname and rename sheet to desired name
*--------------------------------------------------------------------*
concatenate ME->TITLE '!' into LV_RANGESHEETNAME_OLD.
ME->TITLE = IP_TITLE.
*--------------------------------------------------------------------*
* After changing this worksheet's title we have to adjust
* all ranges that are referring to this worksheet.
*--------------------------------------------------------------------*
* 2do §1 - Check if the following quickfix is solid
* I fear it isn't - but this implementation is better then
* nothing at all since it handles a supposed majority of cases
*--------------------------------------------------------------------*
concatenate ME->TITLE '!' into LV_RANGESHEETNAME_NEW.
LO_RANGES_ITERATOR = ME->EXCEL->GET_RANGES_ITERATOR( ).
while LO_RANGES_ITERATOR->HAS_NEXT( ) = 'X'.
LO_RANGE ?= LO_RANGES_ITERATOR->GET_NEXT( ).
LV_RANGE_VALUE = LO_RANGE->GET_VALUE( ).
replace all occurrences of LV_RANGESHEETNAME_OLD in LV_RANGE_VALUE with LV_RANGESHEETNAME_NEW.
if SY-SUBRC = 0.
LO_RANGE->SET_RANGE_VALUE( LV_RANGE_VALUE ).
endif.
endwhile.
endmethod.
method UPDATE_DIMENSION_RANGE.
data: LS_SHEET_CONTENT type ZEXCEL_S_CELL_DATA,
LV_ROW_ALPHA type STRING,
LV_COLUMN_ALPHA type ZEXCEL_CELL_COLUMN_ALPHA.
check SHEET_CONTENT is not initial.
UPPER_CELL-CELL_ROW = ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MAX_ROW.
UPPER_CELL-CELL_COLUMN = ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MAX_COL.
LOWER_CELL-CELL_ROW = ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MIN_ROW.
LOWER_CELL-CELL_COLUMN = ZCL_EXCEL_COMMON=>C_EXCEL_SHEET_MIN_COL.
loop at SHEET_CONTENT into LS_SHEET_CONTENT.
if UPPER_CELL-CELL_ROW > LS_SHEET_CONTENT-CELL_ROW.
UPPER_CELL-CELL_ROW = LS_SHEET_CONTENT-CELL_ROW.
endif.
if UPPER_CELL-CELL_COLUMN > LS_SHEET_CONTENT-CELL_COLUMN.
UPPER_CELL-CELL_COLUMN = LS_SHEET_CONTENT-CELL_COLUMN.
endif.
if LOWER_CELL-CELL_ROW < LS_SHEET_CONTENT-CELL_ROW.
LOWER_CELL-CELL_ROW = LS_SHEET_CONTENT-CELL_ROW.
endif.
if LOWER_CELL-CELL_COLUMN < LS_SHEET_CONTENT-CELL_COLUMN.
LOWER_CELL-CELL_COLUMN = LS_SHEET_CONTENT-CELL_COLUMN.
endif.
endloop.
LV_ROW_ALPHA = UPPER_CELL-CELL_ROW.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( UPPER_CELL-CELL_COLUMN ).
shift LV_ROW_ALPHA right deleting trailing SPACE.
shift LV_ROW_ALPHA left deleting leading SPACE.
concatenate LV_COLUMN_ALPHA LV_ROW_ALPHA into UPPER_CELL-CELL_COORDS.
LV_ROW_ALPHA = LOWER_CELL-CELL_ROW.
LV_COLUMN_ALPHA = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2ALPHA( LOWER_CELL-CELL_COLUMN ).
shift LV_ROW_ALPHA right deleting trailing SPACE.
shift LV_ROW_ALPHA left deleting leading SPACE.
concatenate LV_COLUMN_ALPHA LV_ROW_ALPHA into LOWER_CELL-CELL_COORDS.
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~CLEAR_PRINT_REPEAT_COLUMNS.
*--------------------------------------------------------------------*
* adjust internal representation
*--------------------------------------------------------------------*
clear: ME->PRINT_TITLE_COL_FROM,
ME->PRINT_TITLE_COL_TO .
*--------------------------------------------------------------------*
* adjust corresponding range
*--------------------------------------------------------------------*
ME->PRINT_TITLE_SET_RANGE( ).
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~CLEAR_PRINT_REPEAT_ROWS.
*--------------------------------------------------------------------*
* adjust internal representation
*--------------------------------------------------------------------*
clear: ME->PRINT_TITLE_ROW_FROM,
ME->PRINT_TITLE_ROW_TO .
*--------------------------------------------------------------------*
* adjust corresponding range
*--------------------------------------------------------------------*
ME->PRINT_TITLE_SET_RANGE( ).
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~GET_PRINT_REPEAT_COLUMNS.
EV_COLUMNS_FROM = ME->PRINT_TITLE_COL_FROM.
EV_COLUMNS_TO = ME->PRINT_TITLE_COL_TO.
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~GET_PRINT_REPEAT_ROWS.
EV_ROWS_FROM = ME->PRINT_TITLE_ROW_FROM.
EV_ROWS_TO = ME->PRINT_TITLE_ROW_TO.
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~SET_PRINT_REPEAT_COLUMNS.
*--------------------------------------------------------------------*
* issue#235 - repeat rows/columns
* - Stefan Schmöcker, 2012-12-02
*--------------------------------------------------------------------*
data: LV_COL_FROM_INT type I,
LV_COL_TO_INT type I,
LV_ERRORMESSAGE type STRING.
LV_COL_FROM_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IV_COLUMNS_FROM ).
LV_COL_TO_INT = ZCL_EXCEL_COMMON=>CONVERT_COLUMN2INT( IV_COLUMNS_TO ).
*--------------------------------------------------------------------*
* Check if valid range is supplied
*--------------------------------------------------------------------*
if LV_COL_FROM_INT < 1.
LV_ERRORMESSAGE = 'Invalid range supplied for print-title repeatable columns'(401).
zcx_excel=>raise_text( lv_errormessage ).
endif.
if LV_COL_FROM_INT > LV_COL_TO_INT.
LV_ERRORMESSAGE = 'Invalid range supplied for print-title repeatable columns'(401).
zcx_excel=>raise_text( lv_errormessage ).
endif.
*--------------------------------------------------------------------*
* adjust internal representation
*--------------------------------------------------------------------*
ME->PRINT_TITLE_COL_FROM = IV_COLUMNS_FROM.
ME->PRINT_TITLE_COL_TO = IV_COLUMNS_TO.
*--------------------------------------------------------------------*
* adjust corresponding range
*--------------------------------------------------------------------*
ME->PRINT_TITLE_SET_RANGE( ).
endmethod.
method ZIF_EXCEL_SHEET_PRINTSETTINGS~SET_PRINT_REPEAT_ROWS.
*--------------------------------------------------------------------*
* issue#235 - repeat rows/columns
* - Stefan Schmöcker, 2012-12-02
*--------------------------------------------------------------------*
data: LV_ERRORMESSAGE type STRING.
*--------------------------------------------------------------------*
* Check if valid range is supplied
*--------------------------------------------------------------------*
if IV_ROWS_FROM < 1.
LV_ERRORMESSAGE = 'Invalid range supplied for print-title repeatable rowumns'(401).
zcx_excel=>raise_text( lv_errormessage ).
endif.
if IV_ROWS_FROM > IV_ROWS_TO.
LV_ERRORMESSAGE = 'Invalid range supplied for print-title repeatable rowumns'(401).
zcx_excel=>raise_text( lv_errormessage ).
endif.
*--------------------------------------------------------------------*
* adjust internal representation
*--------------------------------------------------------------------*
ME->PRINT_TITLE_ROW_FROM = IV_ROWS_FROM.
ME->PRINT_TITLE_ROW_TO = IV_ROWS_TO.
*--------------------------------------------------------------------*
* adjust corresponding range
*--------------------------------------------------------------------*
ME->PRINT_TITLE_SET_RANGE( ).
endmethod.
method ZIF_EXCEL_SHEET_PROPERTIES~GET_STYLE.
if ZIF_EXCEL_SHEET_PROPERTIES~STYLE is not initial.
EP_STYLE = ZIF_EXCEL_SHEET_PROPERTIES~STYLE.
else.
EP_STYLE = ME->EXCEL->GET_DEFAULT_STYLE( ).
endif.
endmethod.
method ZIF_EXCEL_SHEET_PROPERTIES~INITIALIZE.
ZIF_EXCEL_SHEET_PROPERTIES~SHOW_ZEROS = ZIF_EXCEL_SHEET_PROPERTIES=>C_SHOWZERO.
ZIF_EXCEL_SHEET_PROPERTIES~SUMMARYBELOW = ZIF_EXCEL_SHEET_PROPERTIES=>C_BELOW_ON.
ZIF_EXCEL_SHEET_PROPERTIES~SUMMARYRIGHT = ZIF_EXCEL_SHEET_PROPERTIES=>C_RIGHT_ON.
* inizialize zoomscale values
ZIF_EXCEL_SHEET_PROPERTIES~ZOOMSCALE = 100.
ZIF_EXCEL_SHEET_PROPERTIES~ZOOMSCALE_NORMAL = 100.
ZIF_EXCEL_SHEET_PROPERTIES~ZOOMSCALE_PAGELAYOUTVIEW = 100 .
ZIF_EXCEL_SHEET_PROPERTIES~ZOOMSCALE_SHEETLAYOUTVIEW = 100 .
endmethod.
method ZIF_EXCEL_SHEET_PROPERTIES~SET_STYLE.
ZIF_EXCEL_SHEET_PROPERTIES~STYLE = IP_STYLE.
endmethod.
method ZIF_EXCEL_SHEET_PROTECTION~INITIALIZE.
ME->ZIF_EXCEL_SHEET_PROTECTION~PROTECTED = ZIF_EXCEL_SHEET_PROTECTION=>C_UNPROTECTED.
clear ME->ZIF_EXCEL_SHEET_PROTECTION~PASSWORD.
ME->ZIF_EXCEL_SHEET_PROTECTION~AUTO_FILTER = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~DELETE_COLUMNS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~DELETE_ROWS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~FORMAT_CELLS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~FORMAT_COLUMNS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~FORMAT_ROWS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~INSERT_COLUMNS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~INSERT_HYPERLINKS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~INSERT_ROWS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~OBJECTS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
* me->zif_excel_sheet_protection~password = zif_excel_sheet_protection=>c_noactive. "issue #68
ME->ZIF_EXCEL_SHEET_PROTECTION~PIVOT_TABLES = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~PROTECTED = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~SCENARIOS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~SELECT_LOCKED_CELLS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~SELECT_UNLOCKED_CELLS = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~SHEET = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
ME->ZIF_EXCEL_SHEET_PROTECTION~SORT = ZIF_EXCEL_SHEET_PROTECTION=>C_NOACTIVE.
endmethod.
method ZIF_EXCEL_SHEET_VBA_PROJECT~SET_CODENAME.
ME->ZIF_EXCEL_SHEET_VBA_PROJECT~CODENAME = IP_CODENAME.
endmethod.
method ZIF_EXCEL_SHEET_VBA_PROJECT~SET_CODENAME_PR.
ME->ZIF_EXCEL_SHEET_VBA_PROJECT~CODENAME_PR = IP_CODENAME_PR.
endmethod.
ENDCLASS.
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