def test_rappor():
responder = Responder()
reviewer = Reviewer()
num_responders = 1000
num_choices = 20
real_responses = [0] * num_choices
random_responses = [0] * num_choices
real_responses_per = [0] * num_choices
estimated_responses_per = [0] * num_choices
total_random = 0
print("")
for x in range(num_responders):
real_value = int(round(normalvariate(10, 1), 0))
real_value = min(num_choices - 1, real_value)
real_value = max(0, real_value)
real_responses[real_value] += 1
response = responder._generate_response(num_choices, real_value)
for y in range(num_choices):
random_responses[y] += response[y]
estimated_responses = reviewer._estimate_responses(random_responses,
num_responders)
for y in range(num_choices):
real_responses_per[y] = round(real_responses[y] / num_responders,
4) * 100
estimated_responses_per[y] = estimated_responses[y] * 100
print(["{0:0.2f}".format(i) for i in real_responses_per])
print(["{0:0.2f}".format(i) for i in estimated_responses_per])
assert (True)
def test_intervals_4(self):
reviewer = Reviewer(FakeCollection(4, 1))
reviewer.init()
self.assertEqual({
'again': 'interval_1',
'easy': 'interval_4',
'good': 'interval_3',
'hard': 'interval_2',
},reviewer.intervals())
def main(argv):
note_parser = NoteParser()
note_cards = note_parser.parse_notes(argv[0]) # Returns NoteCards instance
# print("YEET\n\n\n")
# note_cards.print_cards()
reviewer = Reviewer(note_cards)
reviewer.review(True, True)
return
def main():
parser = argparse.ArgumentParser(description='Get related patches')
parser.add_argument('--git-dir',
default=None,
help='Path to git directory')
parser.add_argument('--verbose', help='print commits', action='store_true')
parser.add_argument('--chatty', help='print diffs', action='store_true')
parser.add_argument('--commit',
help='commit hash to find related patches',
required=True)
args = parser.parse_args()
setup_logging(args)
reviewer = Reviewer(args.verbose, args.chatty, git_dir=args.git_dir)
links = reviewer.get_links_from_local_sha(args.commit)
series = None
for l in reversed(links):
logger.debug('Trying patchwork link {}'.format(l))
parsed = urllib.parse.urlparse(l)
m = re.match('(.*?)/patch/([^/]*)/?', parsed.path)
if not m:
continue
pw = TrollConfigPatchwork('generated', parsed.netloc, m.group(1),
False)
logger.debug('Trying parsed patchwork link {}'.format(pw))
p = PatchworkPatch([pw], l)
series = p.get_series()
if series:
break
if not series:
logger.error('Could not find series for patch')
return 1
logger.info('Found series: {}'.format(series.url.geturl()))
patches = series.get_patch_subjects()
for p in patches:
logger.info(' Find commits for: {}'.format(p))
commit = reviewer.get_commit_from_subject(
p, surrounding_commit=args.commit)
if not commit:
logger.warning('Could not find commit for {}'.format(p))
for c in commit:
logger.info(' Found: {}'.format(c))
def process_changes(self, project, changes):
rev = Reviewer(git_dir=project.local_repo, verbose=self.config.verbose,
chatty=self.config.chatty)
ret = 0
for c in changes:
ignore = False
for b in project.ignore_branches:
if re.match(b, c.branch):
ignore = True
break
if ignore:
if self.config.chatty:
logger.debug('Ignoring change {}'.format(c))
self.add_change_to_ignore_list(c)
continue
try:
result = self.process_change(project, rev, c)
if result:
self.do_review(project, c, result)
ret += 1
self.add_change_to_ignore_list(c)
except GerritFetchError as e:
logger.error('Gerrit fetch failed, will retry, {}'.format(c.url()))
logger.exception('Exception: {}'.format(e))
# Don't add change to ignore list, we want to retry next time
except Exception as e:
logger.error('Exception processing change {}'.format(c.url()))
logger.exception('Exception: {}'.format(e))
self.add_change_to_ignore_list(c)
return ret
def main():
parser = argparse.ArgumentParser(
description='Auto review UPSTREAM patches')
parser.add_argument('--start',
help='commit hash to start from',
required=True)
parser.add_argument('--prefix', default='UPSTREAM', help='subject prefix')
parser.add_argument('--verbose', help='print commits', action='store_true')
parser.add_argument('--chatty', help='print diffs', action='store_true')
args = parser.parse_args()
proc = subprocess.check_output(
['git', 'log', '--oneline',
'%s^..' % args.start])
regex = re.compile('([0-9a-f]*) (%s): ' % (args.prefix), flags=re.I)
ret = 0
reviewer = Reviewer(args.verbose, args.chatty)
for l in reversed(proc.decode('UTF-8').split('\n')):
this_ret = 0
m = regex.match(l)
if m:
this_ret = review_change(reviewer, m.group(1))
ret += this_ret
return ret
def main():
parser = argparse.ArgumentParser(description='Get related patches')
parser.add_argument('--git-dir',
default=None,
help='Path to git directory')
parser.add_argument('--verbose', help='print commits', action='store_true')
parser.add_argument('--chatty', help='print diffs', action='store_true')
parser.add_argument('--commit',
help='commit hash to find related patches',
required=True)
args = parser.parse_args()
setup_logging(args)
reviewer = Reviewer(args.verbose, args.chatty, git_dir=args.git_dir)
links = reviewer.get_links_from_local_sha(args.commit)
series = None
for l in reversed(links):
p = PatchworkPatch(l)
series = p.get_series()
if series:
break
if not series:
logger.error('Could not find series for patch')
return 1
logger.info('Found series: {}'.format(series.url.geturl()))
patches = series.get_patch_subjects()
for p in patches:
logger.info(' Find commits for: {}'.format(p))
commit = reviewer.get_commit_from_subject(
p, surrounding_commit=args.commit)
if not commit:
logger.warn('Could not find commit for {}'.format(p))
for c in commit:
logger.info(' Found: {}'.format(c))
def setUp(self):
testdata_dir = os.path.join(os.path.dirname(__file__),'testdata')
# clean workdir for each test
workdir = os.path.join('/tmp','reviewer')
if os.path.exists(workdir):
shutil.rmtree(workdir)
os.mkdir(workdir)
src_file = os.path.join(testdata_dir,'changeset.dev')
data_file = os.path.join(workdir,'changeset.dev')
shutil.copy(src_file, data_file)
# instatiate reviewer
self.reviewer = Reviewer(
trac_env=os.path.join(testdata_dir,'trac_env'),
repo_dir=os.path.join(testdata_dir,'myrepo'),
target_ref="master",
data_file=data_file)
def process_changes(self, changes):
rev = Reviewer(git_dir=self.args.git_dir,
verbose=self.args.verbose,
chatty=self.args.chatty)
ret = 0
for c in changes:
if self.args.verbose:
print('Processing change {}'.format(c.url()))
# Blacklist if we've already reviewed this revision
for m in c.messages:
if m.tag == self.tag and m.revision_num == c.current_revision.number:
self.add_change_to_blacklist(c)
# Find a reviewer and blacklist if not found
reviewer = None
if FromlistChangeReviewer.can_review_change(c):
reviewer = FromlistChangeReviewer(rev, c, self.args.dry_run)
elif FromgitChangeReviewer.can_review_change(c):
reviewer = FromgitChangeReviewer(rev, c, self.args.dry_run)
elif UpstreamChangeReviewer.can_review_change(c):
reviewer = UpstreamChangeReviewer(rev, c, self.args.dry_run)
if not reviewer:
self.add_change_to_blacklist(c)
continue
force_review = self.args.force_cl or self.args.force_all
if not force_review and self.is_change_in_blacklist(c):
continue
result = reviewer.review_patch()
if result:
self.do_review(c, result)
ret += 1
self.add_change_to_blacklist(c)
return ret
class Converter: def __init__(self): self.builder = Builder() self.renderer = Render() self.reviewer = Reviewer() return def learn(self, image): self.builder.init() self.renderer.init() scene = self.builder.get_scene() earlier = self.renderer.render(scene_1) while Ture: maks = self.builder.step(earlier) later = self.renderer.render(scene) reverd = self.reviewer.review(image, earlier, later, mask) self.builder.learn(reverd) later = earlier if self.reviewer.done: break
def test_get_question_some(self):
reviewer = Reviewer(FakeCollection(3, 1))
reviewer.init()
self.assertEqual('fake question', reviewer.get_question())
def test_is_finished_false(self):
reviewer = Reviewer(FakeCollection(3, 1))
reviewer.init()
self.assertEqual(False, reviewer.is_finished())
def __init__(self): self.builder = Builder() self.renderer = Render() self.reviewer = Reviewer() return
from ctfd import CTFd
from user import User
from manager import Manager
from reviewer import Reviewer
ctf = CTFd("https://redpwn.net", 'redpwn2019')
ctf.get_CTFd_sitemap()
ctf.get_CTFd_endpoints()
player = User(ctf)
player.login()
ctf.challenges = player.get_challenges()
manager = Manager(ctf, player)
manager.download_all_challenges_files()
manager.add_all_challenges_description()
reviewer = Reviewer(ctf)
reviewer.init_chall_review()
reviewer.review_challs()
class TestReviewer(unittest.TestCase):
def setUp(self):
testdata_dir = os.path.join(os.path.dirname(__file__),'testdata')
# clean workdir for each test
workdir = os.path.join('/tmp','reviewer')
if os.path.exists(workdir):
shutil.rmtree(workdir)
os.mkdir(workdir)
src_file = os.path.join(testdata_dir,'changeset.dev')
data_file = os.path.join(workdir,'changeset.dev')
shutil.copy(src_file, data_file)
# instatiate reviewer
self.reviewer = Reviewer(
trac_env=os.path.join(testdata_dir,'trac_env'),
repo_dir=os.path.join(testdata_dir,'myrepo'),
target_ref="master",
data_file=data_file)
def test_is_complete__changeset1(self):
changeset1 = '8bebe6d50698dccb68586042e3e94de4aecba945'
self.assertTrue(self.reviewer.is_complete(changeset1))
def test_is_complete__changeset2(self):
changeset2 = 'd57f050a265b303ef1748a26cecb71d9e9ab92b9'
self.assertTrue(self.reviewer.is_complete(changeset2))
def test_is_complete__changeset3(self):
changeset3 = '71cd80944c7c8cdeff9f394b493a372b2b70ebb1'
self.assertFalse(self.reviewer.is_complete(changeset3))
def test_get_next_changeset__initial(self):
# expect changeset 3 because ticket #2 is last fully reviewed ticket
actual = self.reviewer.get_next_changeset() # changeset 3
expected = 'd57f050a265b303ef1748a26cecb71d9e9ab92b9'
self.assertEqual(actual,expected)
self.assertEqual(self.reviewer.get_current_changeset(),expected)
def test_get_next_changeset__initial_no_save(self):
# expect changeset 3 because ticket #2 is last fully reviewed ticket
actual = self.reviewer.get_next_changeset(save=False) # changeset 3
expected = 'd57f050a265b303ef1748a26cecb71d9e9ab92b9'
self.assertEqual(actual,expected)
self.assertNotEqual(self.reviewer.get_current_changeset(),expected)
def test_get_next_changeset__at_next(self):
data = '{"current": "d57f050a265b303ef1748a26cecb71d9e9ab92b9"}'
open(self.reviewer.data_file,'w').write(data)
actual = self.reviewer.get_next_changeset() # changeset 3
expected = 'd57f050a265b303ef1748a26cecb71d9e9ab92b9'
self.assertEqual(actual,expected)
self.assertEqual(self.reviewer.get_current_changeset(),expected)
def test_get_next_changeset__at_last(self):
data = '{"current": "82555dc3c5960646e60df09fb33ab288f209a65b"}'
open(self.reviewer.data_file,'w').write(data)
expected = self.reviewer.get_next_changeset() # changeset 4
self.assertEqual(expected,'82555dc3c5960646e60df09fb33ab288f209a65b')
def test_get_review__initial(self):
# ensure this method doesn't go away
expected = '71cd80944c7c8cdeff9f394b493a372b2b70ebb1'
review = self.reviewer.get_review(expected)
self.assertEqual(review.changeset,expected)
def test_get_blocking_changeset__initial(self):
# expect changeset 3 because ticket #2 is last fully reviewed ticket
actual = self.reviewer.get_blocking_changeset() # changeset 3
expected = '71cd80944c7c8cdeff9f394b493a372b2b70ebb1'
self.assertEqual(actual,expected)
def test_get_blocked_tickets__initial(self):
actual = self.reviewer.get_blocked_tickets()
self.assertEqual([t.id for t in actual],[2,3])
def test_get_blocked_tickets__at_second_changeset(self):
data = '{"current": "71cd80944c7c8cdeff9f394b493a372b2b70ebb1"}'
open(self.reviewer.data_file,'w').write(data)
actual = self.reviewer.get_blocked_tickets()
self.assertEqual(len(actual),1)
self.assertEqual(actual[0].id,3)
expected = time.mktime(time.strptime("Wed May 16 11:13:48 2012","%a %B %d %H:%M:%S %Y"))
self.assertEqual(actual[0].first_changeset_when,long(expected*1000000)) # changeset 4
def test_current_deck(self):
reviewer = Reviewer(FakeCollection(3, 1))
reviewer.init()
self.assertEqual('deck1', reviewer.current_deck())
def test_is_finished_true(self):
reviewer = Reviewer(FakeCollection(None, 1))
reviewer.init()
self.assertEqual(True, reviewer.is_finished())
def test_get_question_none(self):
reviewer = Reviewer(FakeCollection(None, 1))
reviewer.init()
self.assertEqual(None, reviewer.get_question())
def test_intervals_none(self):
reviewer = Reviewer(FakeCollection(None, 1))
reviewer.init()
self.assertEqual({}, reviewer.intervals())
def test_list_decks(self):
reviewer = Reviewer(FakeCollection(3, 1))
reviewer.init()
self.assertEqual([{'deckid': 1, 'deckname': 'deck1'}, {'deckid': 2, 'deckname': 'deck2'}], reviewer.list_decks())
def test_answer_button_list_case_4(self):
reviewer = Reviewer(FakeCollection(None, 1))
reviewer.init()
self.assertEqual(((1, 'Again'), (2, 'Good')), reviewer.answer_button_list())
def test_answer_button_list_case_3(self):
reviewer = Reviewer(FakeCollection(4, 1))
reviewer.init()
self.assertEqual(((1, 'Again'), (2, 'Hard'), (3, 'Good'), (4, 'Easy')), reviewer.answer_button_list())
def test_remaining_none(self):
reviewer = Reviewer(FakeCollection(None, 0))
reviewer.init()
self.assertEqual({'new': 1, 'now': None, 'learning': 2, 'to_review': 3}, reviewer.remaining())
def test_remaining_to_review(self):
reviewer = Reviewer(FakeCollection(2, 2))
reviewer.init()
self.assertEqual({'new': 1, 'now': 'to_review', 'learning': 2, 'to_review': 3}, reviewer.remaining())
def test_buttons(self):
reviewer = Reviewer(FakeCollection(2, 1))
reviewer.init()
self.assertEqual(['again', 'good'], reviewer.buttons())
def test_intervals_2(self):
reviewer = Reviewer(FakeCollection(2, 1))
reviewer.init()
self.assertEqual({'again': 'interval_1', 'good': 'interval_2'}, reviewer.intervals())
def process_changes(self, prefix, changes):
rev = Reviewer(git_dir=self.args.git_dir,
verbose=self.args.verbose,
chatty=self.args.chatty)
num_changes = len(changes)
cur_change = 1
line_feed = False
ret = False
for c in changes:
cur_rev = c.current_revision
if self.args.chatty:
print('Processing change {}'.format(c.url()))
elif self.args.verbose:
sys.stdout.write('{}Processing change {}/{}'.format(
'\r' if line_feed else '', cur_change, num_changes))
cur_change += 1
line_feed = True
if c in self.blacklist:
continue
if not c.subject.startswith(prefix):
continue
skip = False
for m in c.messages:
if m.tag == self.tag and m.revision_num == cur_rev.number:
skip = True
if skip and not self.args.force_cl:
continue
ret = True
line_feed = False
if self.args.verbose:
print('')
gerrit_patch = rev.get_commit_from_remote('cros', cur_rev.ref)
if prefix == 'FROMLIST':
upstream_patchworks = rev.get_am_from_from_patch(gerrit_patch)
if not upstream_patchworks:
self.handle_missing_am_review(c, prefix)
continue
upstream_patch = None
for u in reversed(upstream_patchworks):
try:
upstream_patch = rev.get_commit_from_patchwork(u)
break
except:
continue
if not upstream_patch:
self.print_error(
'ERROR: patch missing from patchwork, or patchwork host '
'not whitelisted for {} ({})\n'.format(
c, upstream_patchworks))
self.blacklist.append(c)
continue
else:
upstream_shas = rev.get_cherry_pick_shas_from_patch(
gerrit_patch)
if not upstream_shas:
self.handle_missing_hash_review(c, prefix)
continue
upstream_patch = None
upstream_sha = None
for s in reversed(upstream_shas):
try:
upstream_patch = rev.get_commit_from_sha(s)
upstream_sha = s
break
except:
continue
if not upstream_patch:
self.print_error(
'ERROR: SHA missing from git for {} ({})\n'.format(
c, upstream_shas))
self.blacklist.append(c)
continue
if prefix != 'FROMLIST':
fixes_ref = rev.find_fixes_reference(upstream_sha)
else:
fixes_ref = None
result = rev.compare_diffs(upstream_patch, gerrit_patch)
fields = {'sob': False, 'bug': False, 'test': False}
sob_re = re.compile('Signed-off-by:\s+{}'.format(
cur_rev.uploader_name))
for l in cur_rev.commit_message.splitlines():
if l.startswith('BUG='):
fields['bug'] = True
continue
if l.startswith('TEST='):
fields['test'] = True
continue
if sob_re.match(l):
fields['sob'] = True
continue
if not fields['bug'] or not fields['test'] or not fields['sob']:
self.handle_missing_fields_review(c, fields, result, fixes_ref)
continue
if len(result) == 0:
self.handle_successful_review(c, prefix, fixes_ref)
continue
self.handle_unsuccessful_review(c, prefix, result, fixes_ref)
if self.args.verbose:
print('')
return ret
def test_buttons_case_3(self):
reviewer = Reviewer(FakeCollection(4, 1))
reviewer.init()
self.assertEqual(['again', 'hard', 'good', 'easy'], reviewer.buttons())
def test_buttons_case_4(self):
reviewer = Reviewer(FakeCollection(None, 1))
reviewer.init()
self.assertEqual([], reviewer.buttons())
def test_get_answer_some(self):
reviewer = Reviewer(FakeCollection(3, 1))
reviewer.init()
self.assertEqual('fake answer', reviewer.get_answer())
