man.charmap.subset.profile — Profile of character map subset
<xsl:param name="man.charmap.subset.profile"> @*[local-name() = 'block'] = 'Miscellaneous Technical' or (@*[local-name() = 'block'] = 'C1 Controls And Latin-1 Supplement (Latin-1 Supplement)' and @*[local-name() = 'class'] = 'symbols' ) or (@*[local-name() = 'block'] = 'General Punctuation' and (@*[local-name() = 'class'] = 'spaces' or @*[local-name() = 'class'] = 'dashes' or @*[local-name() = 'class'] = 'quotes' or @*[local-name() = 'class'] = 'bullets' ) ) or @*[local-name() = 'name'] = 'HORIZONTAL ELLIPSIS' or @*[local-name() = 'name'] = 'WORD JOINER' or @*[local-name() = 'name'] = 'SERVICE MARK' or @*[local-name() = 'name'] = 'TRADE MARK SIGN' or @*[local-name() = 'name'] = 'ZERO WIDTH NO-BREAK SPACE' </xsl:param>
If the value of the
man.charmap.use.subset
parameter is non-zero,
The character-map subset specified by the
man.charmap.subset.profile
parameter is used
instead of the full roff character map.
The value of man.charmap.subset.profile
is a string representating an XPath expression that matches attribute
names and values for output-character
elements in the character map.
The attributes supported in the standard roff character map included in the distribution are:
The value of man.charmap.subset.profile
is evaluated as an XPath expression at run-time to select a portion of
the roff character map to use. You can tune the subset used by adding
or removing parts. For example, if you need to use a wide range of
mathematical operators in a document, and you want to have them
converted into roff markup properly, you might add the following:
@*[local-name() = 'block'] ='MathematicalOperators'
That will cause a additional set of around 67 additional "math" characters to be converted into roff markup.
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Depending on which XSLT engine you use, either the EXSLT
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An alternative to using
man.charmap.subset.profile
is to create your
own custom character map, and set the value of
man.charmap.uri
to the URI/filename for
that. If you use a custom character map, you will probably want to
include in it just the characters you want to use, and so you will
most likely also want to set the value of
man.charmap.use.subset
to zero.
You can create a custom character map by making a copy of the standard roff character map provided in the distribution, and then adding to, changing, and/or deleting from that.
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If you author your DocBook XML source in UTF-8 or UTF-16
encoding and aren't sure what OSes or environments your man-page
output might end up being viewed on, and not sure what version of
nroff/groff those environments might have, you should be careful about
what Unicode symbols and special characters you use in your source and
what parts you add to the value of
Many of the escape codes used are specific to groff and using them may not provide the expected output on an OS or environment that uses nroff instead of groff. On the other hand, if you intend for your man-page output to be
viewed only on modern systems (for example, GNU/Linux systems, FreeBSD
systems, or Cygwin environments) that have a good, up-to-date groff,
then you can safely include a wide range of Unicode symbols and
special characters in your UTF-8 or UTF-16 encoded DocBook XML source
and add any of the supported Unicode block names to the value of
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For other details, see the documentation for the
man.charmap.use.subset
parameter.
Below is the full list of Unicode block names and "class" values supported in the standard roff stylesheet provided in the distribution, along with a description of which codepoints from the Unicode range corresponding to that block name or block/class combination are supported.
C1 Controls And Latin-1 Supplement (Latin-1 Supplement) (x00a0 to x00ff)
class values
symbols
letters
Latin Extended-A (x0100 to x017f, partial)
Spacing Modifier Letters (x02b0 to x02ee, partial)
Greek and Coptic (x0370 to x03ff, partial)
General Punctuation (x2000 to x206f, partial)
Superscripts and Subscripts (x2070 to x209f)
Currency Symbols (x20a0 to x20b1)
Letterlike Symbols (x2100 to x214b)
Number Forms (x2150 to x218f)
Arrows (x2190 to x21ff, partial)
Mathematical Operators (x2200 to x22ff, partial)
Control Pictures (x2400 to x243f)
Enclosed Alphanumerics (x2460 to x24ff)
Geometric Shapes (x25a0 to x25f7, partial)
Miscellaneous Symbols (x2600 to x26ff, partial)
Dingbats (x2700 to x27be, partial)
Alphabetic Presentation Forms (xfb00 to xfb04 only)