Lines Matching refs:Func
16 \Type{int} \Func{setjmp}(\Type{jmp\_buf}~\Var{env});\\
17 \Type{void} \Func{longjmp}(\Type{jmp\_buf}~\Var{env}, \Type{int}~\Var{val});\\
18 \Type{int} \Func{\_setjmp}(\Type{jmp\_buf}~\Var{env});\\
19 \Type{void} \Func{\_longjmp}(\Type{jmp\_buf}~\Var{env}, \Type{int}~\Var{val});\\
20 \Type{int} \Func{sigsetjmp}(\Type{sigjmp\_buf}~\Var{env}, \Type{int}~\Var{savemask});\\
21 \Type{void} \Func{siglongjmp}(\Type{sigjmp\_buf}~\Var{env}, \Type{int}~\Var{val});\\
30 \Func{setjmp}() routines is very fast. Typically, just 2 or 3 words
32 \Func{sigprocmask}(2), in the case of \Func{sigsetjmp}). On the
34 \Func{longjmp}() routines tends to be much slower than with the
36 \Func{longjmp}() will be proportional to the number of call frames
37 that exist between the points where \Func{setjmp}() and
38 \Func{longjmp}() were called. For this reason, the
40 that frequently call \Func{setjmp}() but only rarely call
41 \Func{longjmp}().
50 unwound during a \Func{longjmp}() have correct unwind information
57 by the libunwind-based \Func{setjmp}()/\Func{\_setjmp} may only be
59 \Func{longjmp}()/\Func{\_longjmp}(). The analogous applies for
60 \Type{sigjmp\_buf} with \Func{sigsetjmp}() and \Func{siglongjmp}().
