def test_regression_590725(self):
"""bug.body utf sometimes contains invalid continuation bytes."""
try:
bts.get_bug_log(578363)
bts.get_bug_log(570825)
except UnicodeDecodeError:
self.fail()
def test_regression_590725():
"""bug.body utf sometimes contains invalid continuation bytes."""
try:
bts.get_bug_log(578363)
bts.get_bug_log(570825)
except UnicodeDecodeError:
pytest.fail()
def test_bug_log_message_unicode(self):
"""test parsing of bug_log mail with non ascii characters"""
buglogs = bts.get_bug_log(773321)
buglog = buglogs[1]
msg_payload = buglog['message'].get_payload()
self._assert_unicode(msg_payload)
self.assertTrue('é' in msg_payload)
def _get_bug_log_thread(self, bug_num):
try:
bug_logs = bts.get_bug_log(bug_num)
except Exception as exc:
self._thread_failed = True
print('threaded get_bug_log() call failed '
'with exception {} {}'.format(type(exc), exc))
def get_report(number, timeout, system='debian', mirrors=None,
http_proxy='', archived=False, followups=False):
number = int(number)
if system == 'debian':
status = debianbts.get_status(number)[0]
log = debianbts.get_bug_log(number)
# add Date/Subject/From headers to the msg bodies
bodies = []
for l in log:
f = email.parser.FeedParser()
f.feed(l['header'])
h = f.close()
hdrs = []
for i in ['Date', 'Subject', 'From']:
if i in h:
hdrs.append(i + ': ' + h.get(i))
bodies.append('\n'.join(sorted(hdrs)) + '\n\n' + l['body'])
# returns the bug status and a list of mail bodies
return (status, bodies)
if SYSTEMS[system].get('cgiroot'):
result = get_cgi_report(number, timeout, system, http_proxy,
archived, followups)
if result: return result
url = report_url(system, number, mirrors)
if not url: return None
return parse_html_report(number, url, http_proxy, timeout, followups, cgi=False)
def _get_bug_log_thread(self, bug_num):
try:
bug_logs = bts.get_bug_log(bug_num)
except Exception as exc:
self._thread_failed = True
print('threaded get_bug_log() call failed '
'with exception {} {}'.format(type(exc), exc))
def test_bug_log_message_unicode():
"""test parsing of bug_log mail with non ascii characters"""
buglogs = bts.get_bug_log(773321)
buglog = buglogs[2]
msg_payload = buglog['message'].get_payload()
assert is_unicode(msg_payload)
assert 'é' in msg_payload
def test_bug_log_message_unicode(self):
"""test parsing of bug_log mail with non ascii characters"""
buglogs = bts.get_bug_log(773321)
buglog = buglogs[1]
msg_payload = buglog['message'].get_payload()
self._assert_unicode(msg_payload)
self.assertTrue('é' in msg_payload)
def test_bug_log_message_unicode():
"""test parsing of bug_log mail with non ascii characters"""
buglogs = bts.get_bug_log(773321)
buglog = buglogs[2]
msg_payload = buglog['message'].get_payload()
assert isinstance(msg_payload, str)
assert 'é' in msg_payload
def get_report(number, timeout, system='debian', mirrors=None,
http_proxy='', archived=False, followups=False):
number = int(number)
if system == 'debian':
status = debianbts.get_status(number)[0]
log = debianbts.get_bug_log(number)
# add Date/Subject/From headers to the msg bodies
bodies = []
for l in log:
f = email.parser.FeedParser()
f.feed(l['header'])
h = f.close()
hdrs = []
for i in ['Date', 'Subject', 'From']:
if i in h:
hdrs.append(i + ': ' + h.get(i))
bodies.append('\n'.join(sorted(hdrs)) + '\n\n' + l['body'])
# returns the bug status and a list of mail bodies
return (status, bodies)
if SYSTEMS[system].get('cgiroot'):
result = get_cgi_report(number, timeout, system, http_proxy,
archived, followups)
if result: return result
url = report_url(system, number, mirrors)
if not url: return None
return parse_html_report(number, url, http_proxy, timeout, followups, cgi=False)
def test_bug_log_message():
"""dict returned by get_bug_log has a email.Message field"""
buglogs = bts.get_bug_log(400012)
for buglog in buglogs:
assert 'message' in buglog
msg = buglog['message']
assert isinstance(msg, email.message.Message)
assert 'Subject' in msg
if not msg.is_multipart():
assert isinstance(msg.get_payload(), str)
def test_bug_log_message(self):
"""dict returned by get_bug_log has a email.Message field"""
buglogs = bts.get_bug_log(400012)
for buglog in buglogs:
self.assertTrue('message' in buglog)
msg = buglog['message']
self.assertIsInstance(msg, email.message.Message)
self.assertFalse(msg.is_multipart())
self.assertTrue('Subject' in msg)
self._assert_unicode(msg.get_payload())
def test_bug_log_message(self):
"""dict returned by get_bug_log has a email.Message field"""
buglogs = bts.get_bug_log(400012)
for buglog in buglogs:
self.assertTrue('message' in buglog)
msg = buglog['message']
self.assertIsInstance(msg, email.message.Message)
self.assertFalse(msg.is_multipart())
self.assertTrue('Subject' in msg)
self._assert_unicode(msg.get_payload())
def test_bug_log_message():
"""dict returned by get_bug_log has a email.Message field"""
buglogs = bts.get_bug_log(400012)
for buglog in buglogs:
assert 'message' in buglog
msg = buglog['message']
assert isinstance(msg, email.message.Message)
assert 'Subject' in msg
if not msg.is_multipart():
assert is_unicode(msg.get_payload())
def test_get_bug_log(self):
"""get_bug_log should return the correct data types."""
bl = bts.get_bug_log(223344)
self.assertEqual(type(bl), type([]))
for i in bl:
self.assertEqual(type(i), type(dict()))
self.assertTrue("attachments" in i)
self.assertEqual(type(i["attachments"]), type(list()))
self.assertTrue("body" in i)
self.assertTrue(isinstance(i["body"], type('')))
self.assertTrue("header" in i)
self.assertTrue(isinstance(i["header"], type('')))
self.assertTrue("msg_num" in i)
self.assertEqual(type(i["msg_num"]), type(int()))
def test_get_bug_log():
"""get_bug_log should return the correct data types."""
bl = bts.get_bug_log(223344)
assert isinstance(bl, list)
for i in bl:
assert isinstance(i, dict)
assert "attachments" in i
assert isinstance(i["attachments"], list)
assert "body" in i
assert isinstance(i["body"], str)
assert "header" in i
assert isinstance(i["header"], str)
assert "msg_num" in i
assert isinstance(i["msg_num"], int)
def test_get_bug_log():
"""get_bug_log should return the correct data types."""
bl = bts.get_bug_log(223344)
assert isinstance(bl, list)
for i in bl:
assert isinstance(i, dict)
assert "attachments" in i
assert isinstance(i["attachments"], list)
assert "body" in i
assert is_unicode(i["body"])
assert "header" in i
assert is_unicode(i["header"])
assert "msg_num" in i
assert isinstance(i["msg_num"], int)
def test_get_bug_log(self):
"""get_bug_log should return the correct data types."""
bl = bts.get_bug_log(223344)
self.assertEqual(type(bl), type([]))
for i in bl:
self.assertEqual(type(i), type(dict()))
self.assertTrue("attachments" in i)
self.assertEqual(type(i["attachments"]), type(list()))
self.assertTrue("body" in i)
self.assertTrue(isinstance(i["body"], type('')))
self.assertTrue("header" in i)
self.assertTrue(isinstance(i["header"], type('')))
self.assertTrue("msg_num" in i)
self.assertEqual(type(i["msg_num"]), type(int()))
def testGetBugLog(self):
"""get_bug_log should return the correct data types."""
bl = bts.get_bug_log(223344)
self.assertEqual(type(bl), type([]))
for i in bl:
self.assertEqual(type(i), type(dict()))
self.assertTrue(i.has_key("attachments"))
self.assertEqual(type(i["attachments"]), type(list()))
self.assertTrue(i.has_key("body"))
self.assertEqual(type(i["body"]), type(unicode()))
self.assertTrue(i.has_key("header"))
self.assertEqual(type(i["header"]), type(unicode()))
self.assertTrue(i.has_key("msg_num"))
self.assertEqual(type(i["msg_num"]), type(int()))
def fetch_bug_log(bug_num):
"""Get a bug log (the sequence of comments) from the BTS
:returns: Message-ID -> (author, body) dict
"""
ordered_bug_log = OrderedDict()
for b in debianbts.get_bug_log(bug_num):
try:
msg_id = extract_msg_id(b['header'])
except ParsingError:
continue
author = extract_msg_author(b['header'])
ordered_bug_log[msg_id] = (author, b['body'])
return ordered_bug_log
def fetch_bug_log(bug_num):
"""Get a bug log (the sequence of comments) from the BTS
:returns: Message-ID -> (author, body) dict
"""
ordered_bug_log = OrderedDict()
for b in debianbts.get_bug_log(bug_num):
try:
msg_id = extract_msg_id(b['header'])
except ParsingError:
continue
author = extract_msg_author(b['header'])
ordered_bug_log[msg_id] = (author, b['body'])
return ordered_bug_log
def test_regresssion_917258():
try:
bts.get_bug_log(541147)
except Exception:
pytest.fail()
def test_regresssion_917165():
try:
bts.get_bug_log(887978)
except Exception:
pytest.fail()
def test_get_bug_log_with_attachments(self):
"""get_bug_log should include attachments"""
buglogs = bts.get_bug_log(400000)
for bl in buglogs:
self.assertTrue("attachments" in bl)
def test_regression_588954():
"""Get_bug_log must convert the body correctly to unicode."""
try:
bts.get_bug_log(582010)
except UnicodeDecodeError:
pytest.fail()
def test_base64_buglog_body():
"""buglog body is sometimes base64 encoded"""
buglog = bts.get_bug_log(773321)
body = buglog[2]['body']
assert is_unicode(buglog[1]['body'])
assert 'é' in body
def test_base64_buglog_body(self):
"""buglog body is sometimes base64 encoded"""
buglog = bts.get_bug_log(773321)
body = buglog[1]['body']
self._assert_unicode(buglog[1]['body'])
self.assertTrue('é' in body)
def test_get_bug_log_with_attachments():
"""get_bug_log should include attachments"""
buglogs = bts.get_bug_log(400000)
for bl in buglogs:
assert "attachments" in bl
def test_get_bug_log_with_attachments():
"""get_bug_log should include attachments"""
buglogs = bts.get_bug_log(400000)
for bl in buglogs:
assert "attachments" in bl
def test_regresssion_917165():
bts.get_bug_log(887978)
def test_regression_588954():
"""Get_bug_log must convert the body correctly to unicode."""
bts.get_bug_log(582010)
def _get_bug_log_thread(self, bug_num):
try:
bts.get_bug_log(bug_num)
except Exception:
self._thread_failed = True
logger.exception('Threaded get_bug_log() call failed.')
def test_regresssion_917258():
bts.get_bug_log(541147)
def test_regression_588954(self):
"""Get_bug_log must convert the body correctly to unicode."""
try:
bts.get_bug_log(582010)
except UnicodeDecodeError:
self.fail()
def test_base64_buglog_body(self):
"""buglog body is sometimes base64 encoded"""
buglog = bts.get_bug_log(773321)
body = buglog[1]['body']
self._assert_unicode(buglog[1]['body'])
self.assertTrue('é' in body)
def _get_bug_log_thread(self, bug_num):
try:
bts.get_bug_log(bug_num)
except Exception:
self._thread_failed = True
logger.exception('Threaded get_bug_log() call failed.')
def test_regression_590725():
"""bug.body utf sometimes contains invalid continuation bytes."""
bts.get_bug_log(578363)
bts.get_bug_log(570825)
def test_get_bug_log_with_attachments(self):
"""get_bug_log should include attachments"""
buglogs = bts.get_bug_log(400000)
for bl in buglogs:
self.assertTrue("attachments" in bl)
def get_mia_maintainers(bug) -> Optional[List[str]]:
import debianbts
log = debianbts.get_bug_log(bug)
return log[0]["message"].get_all("X-Debbugs-CC")
def test_base64_buglog_body():
"""buglog body is sometimes base64 encoded"""
buglog = bts.get_bug_log(773321)
body = buglog[2]['body']
assert isinstance(buglog[1]['body'], str)
assert 'é' in body
