// not step 0
for (s = 1; s < total_steps; s++) {
ws = &thr->steps[s];
- // Not true?
- // ASSERT( ws->scan_bd == ws->todo_bd );
- ASSERT( ws->scan_bd ? ws->scan_bd->u.scan == ws->scan_bd->free : 1 );
// Push the final block
- if (ws->scan_bd) { push_scanned_block(ws->scan_bd, ws); }
-
+ if (ws->todo_bd) {
+ push_scanned_block(ws->todo_bd, ws);
+ }
+
+ ASSERT(gct->scan_bd == NULL);
ASSERT(countBlocks(ws->scavd_list) == ws->n_scavd_blocks);
prev = ws->part_list;
ASSERT(s == ws->step->abs_no);
ws->gct = t;
- ws->scan_bd = NULL;
-
ws->todo_bd = NULL;
ws->buffer_todo_bd = NULL;
ws = &gc_threads[t]->steps[g * RtsFlags.GcFlags.steps + s];
- ws->scan_bd = NULL;
-
ws->todo_large_objects = NULL;
ws->part_list = NULL;
stp->n_blocks -= 1;
stp->n_words -= ws->todo_bd->free - ws->todo_bd->start;
ws->todo_bd->link = NULL;
-
- // this block is also the scan block; we must scan
- // from the current end point.
- ws->scan_bd = ws->todo_bd;
- ws->scan_bd->u.scan = ws->scan_bd->free;
+ // we must scan from the current end point.
+ ws->todo_bd->u.scan = ws->todo_bd->free;
}
else
{
- ws->scan_bd = NULL;
ws->todo_bd = NULL;
alloc_todo_block(ws,0);
}
{
t->static_objects = END_OF_STATIC_LIST;
t->scavenged_static_objects = END_OF_STATIC_LIST;
+ t->scan_bd = NULL;
t->evac_step = 0;
t->failed_to_evac = rtsFalse;
t->eager_promotion = rtsTrue;