2003-04-01 09:19:34 +02:00
\documentclass { article}
\usepackage [fancyhdr,pdf] { latex2man}
\input { common.tex}
\begin { document}
\begin { Name} { 3} { unw\_ is\_ fpreg} { David Mosberger-Tang} { Programming Library} { unw\_ is\_ fpreg} unw\_ is\_ fpreg -- check if a register is a floating-point register
\end { Name}
\section { Synopsis}
\File { \# include $ < $ libunwind.h$ > $ } \\
\Type { int} \Func { unw\_ is\_ fpreg} (\Type { unw\_ regnum\_ t} \Var { reg} );\\
\section { Description}
The \Func { unw\_ is\_ fpreg} () routine checks whether register number
\Var { reg} is a floating-point register.
\section { Return Value}
The \Func { unw\_ is\_ fpreg} () routine returns a non-zero value if
\Var { reg} is a floating-point register. Otherwise, it returns a value
of 0.
\section { Thread and Signal Safety}
\Func { unw\_ is\_ fpreg} () is thread-safe as well as safe to use
from a signal handler.
\section { See Also}
\SeeAlso { libunwind(3)} ,
\SeeAlso { unw\_ get\_ reg(3)} ,
\SeeAlso { unw\_ set\_ reg(3)} ,
\SeeAlso { unw\_ get\_ fpreg(3)} ,
\SeeAlso { unw\_ set\_ fpreg(3)}
\section { Author}
\noindent
David Mosberger-Tang\\
Hewlett-Packard Labs\\
Palo-Alto, CA 94304\\
Email: \Email { davidm@hpl.hp.com} \\
WWW: \URL { http://www.hpl.hp.com/research/linux/libunwind/} .
\LatexManEnd
\end { document}
