def fix_interrupts(name):
assert os.path.exists(name) and os.path.isdir(name)
assert name.endswith('fail')
queue_fail = QueueDir(name)
queue_success = QueueDir(name.replace('fail', 'success'))
restore_count = 0
queue_fail_size = queue_fail.qsize()
fail_files = queue_fail.list_files()
success_cache = {}
for i in range(queue_success.qsize()):
jd = queue_success.peek(i)
key = jd['job_id']
jd_rec = {'jd': jd, 'id': i}
success_cache[key] = jd_rec
for i in range(queue_fail.qsize() - 1, -1, -1):
jd = queue_fail.peek(i)
if _has_output(name, jd):
if jd['job_id'] in success_cache:
print "WARN: already in success (%s)" % fail_files[i]
continue
print "seemsOK: %d" % jd['job_id']
restore_count += 1
queue_fail.remove(i)
jd['ex_status'] = jd['status']
jd['status'] = 'SUCCESS'
queue_success.put(jd)
print "restored %d JDs of %d" % (restore_count, queue_fail_size)
def check_dupes(name, do_remove=False):
assert os.path.exists(name) and os.path.isdir(name)
queue = QueueDir(name)
queue_files = queue.list_files()
jds = {}
for i in range(queue.qsize()):
jd = queue.peek(i)
key = jd['job_id']
jd_rec = {'file': queue_files[i], 'jd': jd, 'id': i}
if key in (jds):
jds[key].append(jd_rec)
else:
jds[key] = [jd_rec]
for key, dupes in jds.iteritems():
if len(dupes) > 1:
print "Dupes: %s" % dupes
if do_remove:
for jd_rec in dupes[0:-1]:
print "remove: %s" % jd_rec['file']
os.remove(jd_rec['file']) # hack