Configure the XLS (Excel) output.
Syntax
fgl_report_configureXLSDevice(
fromPage INTEGER,
toPage INTEGER,
removeWhitespace INTEGER,
ignoreRowAlignment INTEGER,
ignoreColumnAlignment INTEGER,
removeBackgroundImages INTEGER,
mergePages INTEGER )
- fromPage - Selects the lower bound of the range of pages to include in the
XLS document. The default value is 1.
- toPage - Selects the upper bound of the range of pages to include in the XLS
document. By default all pages are included.
- removeWhitespace - Controls whether or not cells should be created for empty
strings. By default whitespace is stripped from the document.
- ignoreRowAlignment - When set, only those objects that are entirely above or
entirely below each other will go in separate rows. When set, the option reduces the amount of rows
thereby losing the horizontal alignment. The placement is not changed so that stacked items remain
stacked. By default row alignment is ignored.
- ignoreColumnAlignment - When set, only those objects that are entirely to the
left or entirely to the right of each other will go in separate columns. When set, the option
reduces the amount of columns thereby losing the vertical alignment. The placement is not changed so
that adjacent items remain adjacent. By default column alignment is ignored.
- removeBackgroundImages - Controls the behavior in case an IMAGEBOX is
partially obscured by another element. When set, the image is removed from the resulting document
otherwise the handling is as with any other case of overlapping items. By default, background images
are removed.
- mergePages - Controls the behavior when the report has more than one page. By
default a separate sheet is created per page. Setting this parameter causes the pages to be merged,
creating a single result sheet unless the sheet has more that 65536 rows; in that case, the
exceeding rows spill over into extra sheets. Setting this parameter and using a standard page size
is the recommended way to produce single-sheet output; using a huge custom page size instead can
adversely affect memory reclamation and performance.