Converters installed with the CDA Base Services are described
below.
1 – Analysis Output Converter
The Analysis output converter produces formatted text output of
the in-memory DDIF or DTIF format of the input file. The analysis
output file shows the named objects and values stored in the
input file. Application programmers use an analysis output file
for debugging purposes.
Application end users use an analysis output file to determine
whether an input file contains references or links to multiple
subfiles. Each subfile must be copied separately across a network
because subfiles are not automatically included when an input
file is transferred across the network.
You can search the analysis output file for all occurrences of
the string "ERF_". The following example shows that the image
file "griffin.img" is linked to the DDIF compound document that
is the input file:
ERF_LABEL ISO LATIN1 "griffin.img" ! Char. string.
ERF_LABEL TYPE RMS_LABEL TYPE "$RMS"
ERF_CONTROL COPY_REFERENCE ! Integer = 1
Note that an analysis output file is intended as a programmer's
tool. The coded information in the file is not intended for
modification but rather to examine the content of a file. The
previous example shows how you can search analysis output for
references to linked files.
1.1 – Analysis Converter Options
The Analysis output converter supports the following options:
o TRANSLATE_BYTE_STRINGS
Overrides the default. For data of type BYTE STRING, the
analysis output no longer displays the hexadecimal translation
if all the characters in the byte string are printable
characters (hex values 20 through 7E). This feature may be
overridden by supplying the TRANSLATE_BYTE_STRINGS option.
o IMAGE_DATA
Overrides the default. For the special case of byte string
data for item DDIF$_IDU_PLANE_DATA (a bitmapped image), the
analysis output previously included both a hexadecimal and an
ASCII translation display, neither of which were of particular
value to most users. With the new version, both displays will
be replaced with the following comment:
! *** Bit-mapped data not displayed here ***
To retain the hexadecimal display, supply the IMAGE_DATA
option. Even with this option turned on, there will be no
translation into ASCII.
o INHERITANCE
Specifies that the analysis is shown with attribute
inheritance enabled. Inherited attributes are marked as
"[Inherited value.]" in the output. This option also causes
external references to be imported into the main document.
2 – DDIF Input Converter
The DDIF input converter converts a compound document DDIF input
file to an intermediate format that is then converted to the
specified output file format. If the DDIF input file is a newer
version of the DDIF grammar than that understood by the DDIF
input converter, data represented by the new grammar elements is
lost.
The DDIF input converter does not resolve external references,
although the converter kernel can if requested by the output
converter. A document syntax error in the DDIF input file causes
a fatal input processing error and conversion stops.
3 – DDIF Output Converter
The DDIF output converter creates a compound document DDIF output
file from the intermediate format of the input file.
4 – Domain Converter
You may want to convert tabular input files to document output
files so that you can include textual representations of data
tables or spreadsheets in reports and other documents. You will,
however, lose cell borders, headers, grid lines, all formulas,
and font types when converting a tabular input file to a document
output file.
When you convert a tabular input file (for example, a DTIF file)
to a document output file, the file format first undergoes an
automatic domain conversion from a table format to a document
format. The output is then converted to the document format you
specified.
You can create an options file containing processing options that
apply to any CDA supported tabular file format for which there is
an input converter. Data tables and spreadsheets are examples of
tabular file formats.
To convert tabular input files to document output files, use
the DTIF_TO_DDIF format name, followed by the processing options
listed below. Specify the DTIF_TO_DDIF processing options in
addition to the processing options for a particular tabular input
file format and a particular document output file format.
4.1 – COLUMN_TITLE
COLUMN_TITLE displays the column titles as contained in the
column attributes centered at the top of the column.
4.2 – CURRENT_DATE
CURRENT_DATE displays the current date and time in the bottom
left corner of the page. The value is formatted according to the
document's specification for a default date and time.
4.3 – DOCUMENT_DATE
DOCUMENT_DATE displays the document date and time as contained
in the document header in the top left corner of the page. The
value is formatted according to the document's specification for
a default date and time.
4.4 – DOCUMENT_TITLE
DOCUMENT_TITLE displays the document title or titles as contained
in the document header centered at the top of the page, one
string per line.
4.5 – PAGE_NUMBER
PAGE_NUMBER displays the current page number in the top right
corner of the page.
4.6 – PAPER_SIZE
PAPER_SIZE keyword specifies the size of the paper to be used
when formatting the file. Valid values for the size argument are
as follows:
Keyword Size
A0 841 x 1189 millimeters (33.13 x 46.85 inches)
A1 594 x 841 millimeters (23.40 x 33.13 inches)
A2 420 x 594 millimeters (16.55 x 23.40 inches)
A3 297 x 420 millimeters (11.70 x 16.55 inches)
A4 210 x 297 millimeters (8.27 x 11.70 inches)
A5 148 x 210 millimeters (5.83 x 8.27 inches)
A 8.5 x 11 inches (216 x 279 millimeters)
B 11 x 17 inches (279 x 432 millimeters)
B4 250 x 353 millimeters (9.84 x 13.90 inches)
B5 176 x 250 millimeters (6.93 x 9.84 inches)
C 17 x 22 inches (432 x 559 millimeters)
C4 229 x 324 millimeters (9.01 x 12.76 inches)
C5 162 x 229 millimeters (6.38 x 9.02 inches)
D 22 x 34 inches (559 x 864 millimeters)
DL 110 x 220 millimeters (4.33 x 8.66 inches)
E 34 x 44 inches (864 x 1118 millimeters)
10x13_ENVELOPE 10 x 13 inches (254 x 330 millimeters)
9x12_ENVELOPE 9 x 12 inches (229 x 305 millimeters)
BUSINESS_ENVELOPE 4.13 x 9.5 inches (105 x 241 millimeters)
EXECUTIVE 7.5 x 10 inches (191 x 254 millimeters)
LEDGER 11 x 17 inches (279 x 432 millimeters)
LEGAL 8.5 x 14 inches (216 x 356 millimeters)
LETTER 8.5 x 11 inches (216 x 279 millimeters)
LP 13.7 x 11 inches (348 x 279 millimeters)
VT 8 x 5 inches (203 x 127 millimeters)
The A paper size (8.5 x 11 inches) is the default.
4.7 – PAPER_HEIGHT
PAPER_HEIGHT value specifies a paper size other than one of
the predefined values provided. The default paper height is 11
inches.
4.8 – PAPER_WIDTH
PAPER_WIDTH value specifies a paper size other than one of the
predefined sizes provided. The default paper width is 8.5 inches.
4.9 – PAPER_TOP_MARGIN
PAPER_TOP_MARGIN value specifies the width of the margin provided
at the top of the page. The default value is 0.25 inch.
4.10 – PAPER_BOTTOM_MARGIN
PAPER_BOTTOM_MARGIN value specifies the width of the margin
provided at the bottom of the page. The default value is 0.25
inch.
4.11 – PAPER_LEFT_MARGIN
PAPER_LEFT_MARGIN value specifies the width of the margin
provided on the left-hand side of the page. The default value
is 0.25 inch.
4.12 – PAPER_RIGHT_MARGIN
PAPER_RIGHT_MARGIN value specifies the width of the margin
provided on the right-hand side of the page. The default value
is 0.25 inch.
4.13 – PAPER_ORIENTATION
PAPER_ORIENTATION keyword specifies the paper orientation to be
used in the output file. The valid values for the orientation
argument are as follows:
Keyword Meaning
PORTRAIT The page is oriented so that the larger dimension
is parallel to the vertical axis.
LANDSCAPE The page is oriented so that the larger dimension
is parallel to the horizontal axis.
The default is PORTRAIT.
5 – DTIF Input Converter
The DTIF input converter converts a DTIF input file to an
intermediate format that is then converted to the specified
output file format. DTIF (Digital Table Interchange Format) is
a standard format for the storage and interchange of tabular
data files, such as those created by spreadsheet and database
applications.
If the DTIF input file is a newer version of the DTIF grammar
than that understood by the DTIF front end, data represented by
the new grammar elements is lost.
The DTIF input converter does not resolve external references. A
document syntax error in the DTIF input file causes a fatal input
processing error. A document syntax error in the DTIF input file
causes a fatal input processing error and conversion stops.
6 – DTIF Output Converter
The DTIF output converter converts the intermediate format of the
input file to a DTIF output file. DTIF (Digital Table Interchange
Format) is a standard format for the storage and interchange
of tabular data files, such as those created by spreadsheet and
database applications.
The DTIF output converter converts external file references
stored in the intermediate representation of the input file but
does not resolve external references.
7 – Text Input Converter
The Text input converter converts a Text (ISO Latin1) input file
to an intermediate format that is then converted to the specified
output file format. The information in the text input file maps
directly to an intermediate representation. Line breaks and form
feeds are mapped to DDIF directives. One or more contiguous blank
lines are interpreted as end-of-paragraph markers.
If the text input file was entered as a DEC Multinational
Character Set file on a character-cell terminal or terminal
emulator, the following conversions occur:
Original Character Converted Character
Concurrency sign Diaeresis
Capital OE ligature Multiplication sign
Capital Y with Capital Y with acute accent
diaeresis
Small oe ligature Division sign
Small y with diaeresis Y with acute accent
The text input file does not lose any text when converted
to the intermediate representation because no structure
information is contained in a text file. All nonprinting
characters are converted to space characters. For example,
characters introducing ANSI escape characters are converted to
space characters. There is no attempt to interpret ANSI escape
sequences.
8 – Text Output Converter
The Text output converter converts the intermediate format of
the input file to a Text output file. Text output files contain
only textual content and minimal formatting such as line feeds,
page breaks, and tabs. The output converter preserves formatting
information to the extent possible. Page coordinates convert to
the nearest character cell (line,column) position.
All graphics, images, and text attributes in the input file
are lost when converted to the text output file. Because a
monospace font is used, it is possible some text may be lost due
to overwriting to preserve the layout. Lines can be truncated if
the specified page width is smaller than the page width specified
in the document's format information. Neither of these cases
occur when you use the OVERRIDE_FORMAT processing option because,
in that case, the document's format information is ignored.
The Text output converter supports the processing options listed
below.
8.1 – ASCII_FALLBACK
ASCII_FALLBACK [ON,OFF] causes the Text output converter to
output text in 7-bit ASCII. The fallback representation of the
characters is described in the ASCII standard. If this option is
not specified, the default is OFF; if this option is specified
without a value, the default is ON.
8.2 – CONTENT_MESSAGES
CONTENT_MESSAGES [ON,OFF] causes the Text output converter to
put a message in the output file each time a nontext element is
encountered in the intermediate representation of the input file.
If this option is not specified, the default is OFF; if this
option is specified without a value, the default is ON.
8.3 – HEIGHT
HEIGHT value specifies the maximum number of lines per page
in your text output file. If you specify zero, the number of
lines per page will correspond to the height specified in your
document. If you also specify OVERRIDE_FORMAT, or if the document
has no inherent page size, the document is formatted to the
height value specified by this option. The default height is
66 lines.
8.4 – OVERRIDE_FORMAT
OVERRIDE_FORMAT [ON,OFF] causes the Text output converter to
ignore the document formatting information included in your
document, so that the text is formatted in a single large galley
per page that corresponds to the size of the page as specified
by the HEIGHT and WIDTH processing options. If this option is
not specified, the default is OFF; if this option is specified
without a value, the default is ON.
8.5 – SOFT_DIRECTIVES
SOFT_DIRECTIVES [ON,OFF] causes the Text output converter to
obey the soft directives contained in the document when creating
your text output file. (Soft directives specify such formatting
commands as new line, new page, and tab.) If this option is
not specified, the default is OFF; if this option is specified
without a value, the default is ON.
8.6 – WIDTH
WIDTH value specifies the maximum number of columns of characters
per page in your text output file. If you specify zero, the
number of columns per page will correspond to the width specified
in your document. If you also specify OVERRIDE_FORMAT, or if the
document has no inherent page size, the document is formatted
to the value specified by this processing option. If any lines
of text exceed this width value, the additional columns are
truncated. The default width is 80 characters.
9 – PostScript Output Converter
The PostScript output converter converts the intermediate format
of the input file to a PostScript output file. The PostScript
output converter supports the processing options listed below.
9.1 – PAPER_SIZE
PAPER_SIZE keyword specifies the size of the paper to be used
when formatting the resulting PostScript output file. Valid
values for the size argument are as follows:
Keyword Size
A0 841 x 1189 millimeters (33.13 x 46.85 inches)
A1 594 x 841 millimeters (23.40 x 33.13 inches)
A2 420 x 594 millimeters (16.55 x 23.40 inches)
A3 297 x 420 millimeters (11.70 x 16.55 inches)
A4 210 x 297 millimeters (8.27 x 11.70 inches)
A 8.5 x 11 inches (216 x 279 millimeters)
B 11 x 17 inches (279 x 432 millimeters)
C 17 x 22 inches (432 x 559 millimeters)
D 22 x 34 inches (559 x 864 millimeters)
E 34 x 44 inches (864 x 1118 millimeters)
LEDGER 11 x 17 inches (279 x 432 millimeters)
LEGAL 8.5 x 14 inches (216 x 356 millimeters)
LETTER 8.5 x 11 inches (216 x 279 millimeters)
LP 13.7 x 11 inches (348 x 279 millimeters)
VT 8 x 5 inches (203 x 127 millimeters)
The A paper size (8.5 x 11 inches) is the default.
9.2 – PAPER_HEIGHT
PAPER_HEIGHT value specifies a paper size other than one of the
predefined values provided. The default paper height is 11 inches
(in). Other valid units of measurement are: centimeters (cm),
millimeters (mm), and points (pt or po).
9.3 – PAPER_WIDTH
PAPER_WIDTH value specifies a paper size other than one of the
predefined sizes provided. The default paper width is 8.5 inches
(in). Other valid units of measurement are: centimeters (cm),
millimeters (mm), and points (pt or po).
9.4 – PAPER_TOP_MARGIN
PAPER_TOP_MARGIn value specifies the width of the margin
provided at the top of the page. The default value is 0.25 inch
(in). Other valid units of measurement are: centimeters (cm),
millimeters (mm), and points (pt or po).
9.5 – PAPER_BOTTOM_MARGIN
PAPER_BOTTOM_MARGIN value specifies the width of the margin
provided at the bottom of the page. The default value is 0.25
inch (in). Other valid units of measurement are: centimeters
(cm), millimeters (mm), and points (pt or po).
9.6 – PAPER_LEFT_MARGIN
PAPER_LEFT_MARGIN value specifies the width of the margin
provided on the left-hand side of the page. The default value is
0.25 inch (in). Other valid units of measurement are: centimeters
(cm), millimeters (mm), and points (pt or po).
9.7 – PAPER_RIGHT_MARGIN
PAPER_RIGHT_MARGIN value specifies the width of the margin
provided on the right-hand side of the page. The default value is
0.25 inch (in). Other valid units of measurement are: centimeters
(cm), millimeters (mm), and points (pt or po).
9.8 – PAPER_ORIENTATION
PAPER_ORIENTATION keyword specifies the paper orientation to
be used in the output PostScript file. The valid values for the
orientation argument are as follows:
Keyword Meaning
PORTRAIT The page is oriented so that the larger dimension
is parallel to the vertical axis.
LANDSCAPE The page is oriented so that the larger dimension
is parallel to the horizontal axis.
The default is PORTRAIT.
9.9 – EIGHT_BIT_OUTPUT
EIGHT_BIT_OUTPUT [ON,OFF] specifies whether the PostScript output
converter should use 8-bit output. The default value is ON.
9.10 – LAYOUT
LAYOUT [ON,OFF] specifies whether the PostScript output converter
processes the layout specified in the DDIF document. The default
value is ON.
9.11 – OUTPUT BUFFER SIZE value
OUTPUT_BUFFER_SIZE value specifies the size of the output buffer.
The value you specify must be within the range 64 to 256. The
default value is 132.
9.12 – PAGE_WRAP
PAGE_WRAP [ON,OFF] specifies whether the PostScript output
converter performs page wrapping of any text that would exceed
the bottom margin. The default value is ON.
9.13 – SOFT_DIRECTIVES
SOFT_DIRECTIVES [ON,OFF] specifies whether the PostScript output
converter processes soft directives in the DDIF file in order
to format output. (Soft directives specify such formatting
commands as new line, new page, and tab.) If the PostScript
output converter processes soft directives, the output file will
look more like you intended. The default value is ON.
9.14 – WORD_WRAP
WORD_WRAP [ON,OFF] specifies whether the PostScript output
converter performs word wrapping of any text that would exceed
the right margin. The default value is ON. If you specify OFF,
the PostScript output converter allows text to exceed the right
margin.