static void
buildfuncs(void)
{
extern byte etext[];
if(func != nil)
return;
// Memory profiling uses this code;
// can deadlock if the profiler ends
// up back here.
m->nomemprof++;
// count funcs, fnames
nfunc = 0;
nfname = 0;
walksymtab(dofunc);
// initialize tables
func = runtime·mal((nfunc+1)*sizeof func[0]);
func[nfunc].entry = (uint64)etext;
fname = runtime·mal(nfname*sizeof fname[0]);
nfunc = 0;
walksymtab(dofunc);
// split pc/ln table by func
splitpcln();
// record src file and line info for each func
walksymtab(dosrcline);
m->nomemprof--;
}
static void
buildfuncs(void)
{
extern byte etext[];
if(func != nil)
return;
// count funcs, fnames
nfunc = 0;
nfname = 0;
walksymtab(dofunc);
// initialize tables
func = mal((nfunc+1)*sizeof func[0]);
func[nfunc].entry = (uint64)etext;
fname = mal(nfname*sizeof fname[0]);
nfunc = 0;
walksymtab(dofunc);
// split pc/ln table by func
splitpcln();
// record src file and line info for each func
walksymtab(dosrcline);
}
static void
buildfuncs(void)
{
extern byte etext[];
if(func != nil)
return;
// Memory profiling uses this code;
// can deadlock if the profiler ends
// up back here.
m->nomemprof++;
// count funcs, fnames
nfunc = 0;
nfname = 0;
walksymtab(dofunc);
// Initialize tables.
// Can use FlagNoPointers - all pointers either point into sections of the executable
// or point into hugestring.
func = runtime·mallocgc((nfunc+1)*sizeof func[0], FlagNoPointers, 0, 1);
func[nfunc].entry = (uint64)etext;
fname = runtime·mallocgc(nfname*sizeof fname[0], FlagNoPointers, 0, 1);
nfunc = 0;
walksymtab(dofunc);
// split pc/ln table by func
splitpcln();
// record src file and line info for each func
walksymtab(dosrcline); // pass 1: determine hugestring_len
hugestring.str = runtime·mallocgc(hugestring_len, FlagNoPointers, 0, 0);
hugestring.len = 0;
walksymtab(dosrcline); // pass 2: fill and use hugestring
if(hugestring.len != hugestring_len)
runtime·throw("buildfunc: problem in initialization procedure");
m->nomemprof--;
}
