version 1.124, 2014/02/16 14:26:55 |
version 1.126, 2014/03/31 01:05:32 |
Line 106 file for a utility |
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Line 106 file for a utility |
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\efBprogname\efR [\efB\e-options\efR] \efIfile ...\efR |
\efBprogname\efR [\efB\e-options\efR] \efIfile ...\efR |
\&.SH DESCRIPTION |
\&.SH DESCRIPTION |
The \efBfoo\efR utility processes files ... |
The \efBfoo\efR utility processes files ... |
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\&.\e\(dq .Sh CONTEXT |
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\&.\e\(dq For section 9 functions only. |
\&.\e\(dq .SH IMPLEMENTATION NOTES |
\&.\e\(dq .SH IMPLEMENTATION NOTES |
\&.\e\(dq Not used in OpenBSD. |
\&.\e\(dq Not used in OpenBSD. |
\&.\e\(dq .SH RETURN VALUES |
\&.\e\(dq .SH RETURN VALUES |
Line 171 This expands upon the brief, one-line description in |
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Line 173 This expands upon the brief, one-line description in |
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.Em NAME . |
.Em NAME . |
It usually contains a break-down of the options (if documenting a |
It usually contains a break-down of the options (if documenting a |
command). |
command). |
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.It Em CONTEXT |
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This section lists the contexts in which functions can be called in section 9. |
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The contexts are autoconf, process, or interrupt. |
.It Em IMPLEMENTATION NOTES |
.It Em IMPLEMENTATION NOTES |
Implementation-specific notes should be kept here. |
Implementation-specific notes should be kept here. |
This is useful when implementing standard functions that may have side |
This is useful when implementing standard functions that may have side |
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.Ss \&fi |
.Ss \&fi |
End literal mode begun by |
End literal mode begun by |
.Sx \&nf . |
.Sx \&nf . |
.Ss \&ft |
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Change the current font mode. |
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See |
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.Sx Text Decoration |
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for a listing of available font modes. |
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.Ss \&in |
.Ss \&in |
Indent relative to the current indentation: |
Indent relative to the current indentation: |
.Pp |
.Pp |
Line 787 The syntax is as follows: |
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Line 787 The syntax is as follows: |
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.It Sx \&UC Ta <=1 Ta current Ta \& |
.It Sx \&UC Ta <=1 Ta current Ta \& |
.It Sx \&br Ta 0 Ta current Ta compat |
.It Sx \&br Ta 0 Ta current Ta compat |
.It Sx \&fi Ta 0 Ta current Ta compat |
.It Sx \&fi Ta 0 Ta current Ta compat |
.It Sx \&ft Ta 1 Ta current Ta compat |
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.It Sx \&in Ta 1 Ta current Ta compat |
.It Sx \&in Ta 1 Ta current Ta compat |
.It Sx \&na Ta 0 Ta current Ta compat |
.It Sx \&na Ta 0 Ta current Ta compat |
.It Sx \&nf Ta 0 Ta current Ta compat |
.It Sx \&nf Ta 0 Ta current Ta compat |