static bool
check_and_mark_native_exec(module_area_t *ma, bool add)
{
bool is_native = false;
const char *name = GET_MODULE_NAME(&ma->names);
ASSERT(os_get_module_info_locked());
if (DYNAMO_OPTION(native_exec) && name != NULL &&
on_native_exec_list(name)) {
LOG(GLOBAL, LOG_INTERP|LOG_VMAREAS, 1,
"module %s is on native_exec list\n", name);
is_native = true;
}
if (add && is_native) {
RSTATS_INC(num_native_module_loads);
vmvector_add(native_exec_areas, ma->start, ma->end, NULL);
} else if (!add) {
/* If we're removing and it's native, it should be on there already. If
* it's not native, then it shouldn't be present, but we'll remove
* whatever is there.
*/
DEBUG_DECLARE(bool present =)
vmvector_remove(native_exec_areas, ma->start, ma->end);
ASSERT_CURIOSITY((is_native && present) || (!is_native && !present));
}
void
privload_remove_areas(privmod_t *privmod)
{
uint i;
os_privmod_data_t *opd = (os_privmod_data_t *) privmod->os_privmod_data;
/* walk the program header to remove areas */
for (i = 0; i < opd->os_data.num_segments; i++) {
vmvector_remove(modlist_areas,
opd->os_data.segments[i].start,
opd->os_data.segments[i].end);
}
/* NOTE: we create os_privmod_data in privload_add_areas but
* do not delete here, non-symmetry.
* This is because we still need the information in os_privmod_data
* to unmap the segments in privload_unmap_file, which happens after
* privload_remove_areas.
* The create of os_privmod_data should be done when mapping the file
* into memory, but the heap is not ready at that time, so postponed
* until privload_add_areas.
*/
}
