funcenum_t *funcenum_for_symbol(symbol *sym)
{
functag_t ft;
memset(&ft, 0, sizeof(ft));
ft.ret_tag = sym->tag;
ft.usage = uPUBLIC & (sym->usage & uRETVALUE);
ft.argcount = 0;
ft.ommittable = FALSE;
for (arginfo *arg = sym->dim.arglist; arg->ident; arg++) {
funcarg_t *dest = &ft.args[ft.argcount++];
dest->tagcount = arg->numtags;
memcpy(dest->tags, arg->tags, arg->numtags * sizeof(int));
dest->dimcount = arg->numdim;
memcpy(dest->dims, arg->dim, arg->numdim * sizeof(int));
dest->ident = arg->ident;
dest->fconst = !!(arg->usage & uCONST);
dest->ommittable = FALSE;
}
char name[METHOD_NAMEMAX+1];
UTIL_Format(name, sizeof(name), "::ft:%s:%d:%d", sym->name, sym->addr, sym->codeaddr);
funcenum_t *fe = funcenums_add(name);
functags_add(fe, &ft);
return fe;
}
funcenum_t *funcenum_for_symbol(symbol *sym)
{
auto ft = ke::MakeUnique<functag_t>();
ft->ret_tag = sym->tag;
ft->usage = uPUBLIC & (sym->usage & uRETVALUE);
ft->argcount = 0;
ft->ommittable = FALSE;
for (arginfo& arg : sym->function()->args) {
if (!arg.ident)
break;
funcarg_t *dest = &ft->args[ft->argcount++];
dest->tagcount = 1;
dest->tags[0] = arg.tag;
dest->dimcount = arg.numdim;
memcpy(dest->dims, arg.dim, arg.numdim * sizeof(int));
dest->ident = arg.ident;
dest->fconst = !!(arg.usage & uCONST);
dest->ommittable = FALSE;
}
char name[METHOD_NAMEMAX+1];
ke::SafeSprintf(name, sizeof(name), "::ft:%s:%d:%d", sym->name(), sym->addr(), sym->codeaddr);
funcenum_t *fe = funcenums_add(name);
functags_add(fe, ke::Move(ft));
return fe;
}
