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/third_party/libunwind/libunwind/doc/
H A Dlibunwind.tex69 within a running program. This is called \emph{local} unwinding. Say
73 initialize an \emph{unwind~cursor} based on this snapshot. This is
106 by definition, only the \emph{preserved} machine state can be accessed
108 \emph{callee-saved} (``preserved'') registers. However, in some
110 \emph{caller-saved} (``scratch'') registers are preserved in the stack
180 arguments: a pointer to a set of \emph{accessor} routines and an
210 We call the machine that is running \Prog{libunwind} the \emph{host}
212 \emph{target}. If the host and the target platform are the same, we
213 call it \emph{native} unwinding. If they differ, we call it
214 \emph{cros
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H A Dunw_getcontext.tex34 reverse is \emph{not} true and it is \emph{not} safe to use structures
H A Dlibunwind-dynamic.tex14 the \emph{frame state} of each frame in a call-chain. The frame state
16 \emph{frame registers} (typically the instruction-pointer and the
23 emitting \emph{unwind-info} which provides the minimum amount of
30 For the purpose of this discussion, a \emph{procedure} is defined to
31 be an arbitrary piece of \emph{contiguous} code. Normally, each
41 A procedure logically consists of a sequence of \emph{regions}.
45 \emph{prologue}, a \emph{body}, and an \emph{epilogue}. Each of them
138 the \emph{demangle
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H A D_U_dyn_register.tex32 \Func{\_U\_dyn\_register}() is thread-safe but \emph{not} safe to use
H A D_U_dyn_cancel.tex31 \Func{\_U\_dyn\_cancel}() is thread-safe but \emph{not} safe to use
H A Dunw_set_cache_size.tex34 \Func{unw\_set\_cache\_size}() is thread-safe but \emph{not} safe
H A Dunw_flush_cache.tex28 but \emph{never} less. In other words, \Func{unw\_flush\_cache}() may
H A Dlibunwind-ptrace.tex42 gain access to the machine-state and virtual memory of \emph{another}
64 initialization. Also, when using \Var{\_UPT\_accessors}, \emph{all}
H A Dunw_get_proc_info.tex31 instruction \emph{beyond} the end of the procedure. If this address
39 handler routine. This is sometimes called the \emph{personality}
H A Dunw_init_remote.tex36 in \emph{any} process, including the local process in which the
H A Dunw_set_caching_policy.tex56 \Func{unw\_set\_caching\_policy}() is thread-safe but \emph{not} safe
H A Dunw_reg_states_iterate.tex41 instruction \emph{beyond} the end of the address range. \\
H A Dunw_resume.tex53 Note that \Func{unw\_resume}() does \emph{not} invoke any unwind
H A Dunw_create_addr_space.tex108 \Func{find\_proc\_info}(). Note that \Prog{libunwind} does \emph{not}
245 \Func{unw\_create\_addr\_space}() is thread-safe but \emph{not}
H A Dlibunwind-ia64.tex48 accessible when. In case of doubt, it is always safe to \emph{try} to
/third_party/lame/libmp3lame/
H A Dlame-analysis.h84 int framesize, stereo, js, ms_stereo, i_stereo, emph, bitrate, sampfreq, maindata; member
H A Dmpglib_interface.c743 pinfo->emph = fi.emphasis; in hip_finish_pinfo()
/third_party/ffmpeg/doc/
H A Dtexi2pod.pl282 $ic =~ s/\@(?:dfn|var|emph|cite|i)/I/;
383 s/\@(?:dfn|var|emph|cite|i)\{([^\}]*)\}/I<$1>/g;
415 # match Texinfo semantics of @emph inside @samp. Also handle @r
/third_party/lame/frontend/
H A Dgtkanal.c344 color = pplot1->emph ? &oncolor : &offcolor; in plot_frame()
942 gtkinfo.totemph += !(pinfo->emph == 0); in frameadv1()
/third_party/lame/mpglib/
H A Dlayer3.c1886 mp->pinfo->emph = fr->emphasis; in decode_layer3_frame()
/third_party/skia/third_party/externals/microhttpd/doc/
H A Dtexinfo.tex2402 \let\emph=\smartitalic
4581 \definedummyword\emph

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