def test_regression_590073(self):
"""bug.blocks is sometimes a str sometimes an int."""
try:
# test the int case
# TODO: test the string case
bts.get_status(568657)
except TypeError:
self.fail()
def test_regression_799528():
"""fields of buglog are sometimes base64 encoded."""
# bug with base64 encoding originator
[bug] = bts.get_status(711111)
assert 'ł' in bug.originator
# bug with base64 encoding subject
[bug] = bts.get_status(779005)
assert '‘' in bug.subject
def test_regression_799528(self):
"""fields of buglog are sometimes base64 encoded."""
# bug with base64 encoding originator
[bug] = bts.get_status(711111)
self.assertTrue('ł' in bug.originator)
# bug with base64 encoding subject
[bug] = bts.get_status(779005)
self.assertTrue('‘' in bug.subject)
def test_regression_590073():
"""bug.blocks is sometimes a str sometimes an int."""
try:
# test the int case
# TODO: test the string case
bts.get_status(568657)
except TypeError:
pytest.fail()
def testStatusBatchesLargeBugCounts(self):
"""get_status should perform requests in batches to reduce server load."""
with mock.patch.object(bts.server, 'get_status') as MockStatus:
MockStatus.return_value = None
nr = bts.BATCH_SIZE + 10.0
calls = int(math.ceil(nr / bts.BATCH_SIZE))
bts.get_status([722226] * int(nr))
self.assertEqual(MockStatus.call_count, calls)
def test_done_by_decoding():
"""Done by is properly base64 decoded when needed."""
# no base64 encoding
bug = bts.get_status(486212)[0]
assert bug.done_by == 'Bastian Venthur <*****@*****.**>'
# base64 encoding
bug = bts.get_status(938128)[0]
assert bug.done_by == 'Ondřej Nový <*****@*****.**>'
def test_status_batches_large_bug_counts(mock_build_client):
"""get_status should perform requests in batches to reduce server load."""
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
nr = bts.BATCH_SIZE + 10.0
calls = int(math.ceil(nr / bts.BATCH_SIZE))
bts.get_status([722226] * int(nr))
assert mock_client.call.call_count == calls
def test_status_batches_large_bug_counts(mock_build_client):
"""get_status should perform requests in batches to reduce server load."""
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
nr = bts.BATCH_SIZE + 10.0
calls = int(math.ceil(nr / bts.BATCH_SIZE))
bts.get_status([722226] * int(nr))
assert mock_client.call.call_count == calls
def test_status_batches_large_bug_counts(self):
"""get_status should perform requests in batches to reduce server load."""
with mock.patch.object(bts, '_build_soap_client') as mock_build_client:
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
nr = bts.BATCH_SIZE + 10.0
calls = int(math.ceil(nr / bts.BATCH_SIZE))
bts.get_status([722226] * int(nr))
self.assertEqual(mock_client.call.call_count, calls)
def test_status_batches_large_bug_counts(self):
"""get_status should perform requests in batches to reduce server load."""
with mock.patch.object(bts, '_build_soap_client') as mock_build_client:
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
nr = bts.BATCH_SIZE + 10.0
calls = int(math.ceil(nr / bts.BATCH_SIZE))
bts.get_status([722226] * int(nr))
self.assertEqual(mock_client.call.call_count, calls)
def test_mergedwith(self):
"""Mergedwith is always a list of int."""
# this one is merged with two other bugs
m = bts.get_status(486212)[0].mergedwith
self.assertTrue(len(m) == 2)
for i in m:
self.assertEqual(type(i), type(int()))
# this one was merged with one bug
m = bts.get_status(433550)[0].mergedwith
self.assertTrue(len(m) == 1)
self.assertEqual(type(m[0]), type(int()))
# this one was not merged
m = bts.get_status(474955)[0].mergedwith
self.assertEqual(m, list())
def test_mergedwith():
"""Mergedwith is always a list of int."""
# this one is merged with two other bugs
m = bts.get_status(486212)[0].mergedwith
assert len(m) == 2
for i in m:
assert isinstance(i, int)
# this one was merged with one bug
m = bts.get_status(433550)[0].mergedwith
assert len(m) == 1
assert isinstance(m[0], int)
# this one was not merged
m = bts.get_status(474955)[0].mergedwith
assert m == list()
def test_status_batches_multiple_arguments(mock_build_client):
"""get_status should batch multiple arguments into one request."""
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
batch_size = bts.BATCH_SIZE
calls = 1
bts.get_status(*list(range(batch_size)))
assert mock_client.call.call_count == calls
calls += 2
bts.get_status(*list(range(batch_size + 1)))
assert mock_client.call.call_count == calls
def test_mergedwith(self):
"""Mergedwith is always a list of int."""
# this one is merged with two other bugs
m = bts.get_status(486212)[0].mergedwith
self.assertTrue(len(m) == 2)
for i in m:
self.assertEqual(type(i), type(int()))
# this one was merged with one bug
m = bts.get_status(433550)[0].mergedwith
self.assertTrue(len(m) == 1)
self.assertEqual(type(m[0]), type(int()))
# this one was not merged
m = bts.get_status(474955)[0].mergedwith
self.assertEqual(m, list())
def test_mergedwith():
"""Mergedwith is always a list of int."""
# this one is merged with two other bugs
m = bts.get_status(486212)[0].mergedwith
assert len(m) == 2
for i in m:
assert isinstance(i, int)
# this one was merged with one bug
m = bts.get_status(433550)[0].mergedwith
assert len(m) == 1
assert isinstance(m[0], int)
# this one was not merged
m = bts.get_status(474955)[0].mergedwith
assert m == list()
def test_status_batches_multiple_arguments(mock_build_client):
"""get_status should batch multiple arguments into one request."""
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
batch_size = bts.BATCH_SIZE
calls = 1
bts.get_status(*list(range(batch_size)))
assert mock_client.call.call_count == calls
calls += 2
bts.get_status(*list(range(batch_size + 1)))
assert mock_client.call.call_count == calls
def test_status_batches_multiple_arguments(self):
"""get_status should batch multiple arguments into one request."""
with mock.patch.object(bts, '_build_soap_client') as mock_build_client:
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
batch_size = bts.BATCH_SIZE
calls = 1
bts.get_status(*list(range(batch_size)))
self.assertEqual(mock_client.call.call_count, calls)
calls += 2
bts.get_status(*list(range(batch_size + 1)))
self.assertEqual(mock_client.call.call_count, calls)
def test_status_batches_multiple_arguments(self):
"""get_status should batch multiple arguments into one request."""
with mock.patch.object(bts, '_build_soap_client') as mock_build_client:
mock_build_client.return_value = mock_client = mock.Mock()
mock_client.call.return_value = SimpleXMLElement(
'<a><s-gensym3/></a>')
batch_size = bts.BATCH_SIZE
calls = 1
bts.get_status(*list(range(batch_size)))
self.assertEqual(mock_client.call.call_count, calls)
calls += 2
bts.get_status(*list(range(batch_size + 1)))
self.assertEqual(mock_client.call.call_count, calls)
def test_generate_blank_report(self):
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs')
self.assertIsNotNone(report)
self.assertIn('Package: reportbug', report)
self.assertIn('Version: 1.2.3', report)
self.assertIn('Severity: normal', report)
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
issource=True)
self.assertIn('Source: reportbug', report)
# test with exinfo (represents the bug number if this is a followup):
# int, string, unconvertible (to int) datatype
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo=123456)
self.assertIn('Followup-For: Bug #123456', report)
bug = debianbts.get_status(123456)[0]
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo=bug)
self.assertIn('Followup-For: Bug #123456', report)
with self.assertRaises(TypeError):
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo={'123456': ''})
def test_generate_blank_report(self):
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs')
self.assertIsNotNone(report)
self.assertIn('Package: reportbug', report)
self.assertIn('Version: 1.2.3', report)
self.assertIn('Severity: normal', report)
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
issource=True)
self.assertIn('Source: reportbug', report)
# test with exinfo (represents the bug number if this is a followup):
# int, string, unconvertible (to int) datatype
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo=123456)
self.assertIn('Followup-For: Bug #123456', report)
bug = debianbts.get_status(123456)[0]
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo=bug)
self.assertIn('Followup-For: Bug #123456', report)
with self.assertRaises(TypeError):
report = utils.generate_blank_report('reportbug', '1.2.3', 'normal',
'', '', '', type='debbugs',
exinfo={'123456': ''})
def test_unicode_convertion_in_str(self):
"""string representation must deal with unicode correctly."""
[bug] = bts.get_status(773321)
try:
bug.__str__()
except UnicodeEncodeError:
self.fail()
def test_unicode_conversion_in_str():
"""string representation must deal with unicode correctly."""
[bug] = bts.get_status(773321)
try:
bug.__str__()
except UnicodeEncodeError:
pytest.fail()
def test_followup(self):
self.body = 'test'
self.package = 'reportbug'
self.report = bugreport(package=self.package,
body=self.body,
followup=123456)
self.text = self.report.__unicode__()
self.assertIn('Followup-For: Bug #123456', self.text)
self.assertNotIn('Severity: ', self.text)
# test also a bugreport instance, and a datatype unconvertible to int
bug = debianbts.get_status(123456)[0]
self.report = bugreport(package=self.package,
body=self.body,
followup=bug)
self.text = self.report.__unicode__()
self.assertIn('Followup-For: Bug #123456', self.text)
self.assertNotIn('Severity: ', self.text)
with self.assertRaises(TypeError):
self.report = bugreport(package=self.package,
body=self.body,
followup={'123456': 654321})
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_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_affects(self):
"""affects is a list of str."""
# this one affects one bug
#a = bts.get_status(290501)[0].affects
#self.assertTrue(len(a) == 1)
#self.assertEqual(type(a[0]), type(str()))
# this one affects no other bug
a = bts.get_status(437154)[0].affects
self.assertEqual(a, [])
def test_get_status_params(caplog):
BUG = 223344
BUG2 = 334455
bugs = bts.get_status(BUG)
assert isinstance(bugs, list)
assert len(bugs) == 1
bugs = bts.get_status([BUG, BUG2])
assert isinstance(bugs, list)
assert len(bugs) == 2
bugs = bts.get_status((BUG, BUG2))
assert isinstance(bugs, list)
assert len(bugs) == 2
bugs = bts.get_status(BUG, BUG2)
assert isinstance(bugs, list)
assert len(bugs) == 2
assert "deprecated" in caplog.text
def get_bug_versions(bug):
"""Gets a list of only the version numbers for which the bug is found.
Newest versions are returned first."""
# debianbts returns it in the format package/1.2.3 or 1.2.3 which will become 1.2.3
return list(
reversed(
sorted(
[x.rsplit("/", 1)[-1] for x in debianbts.get_status((bug,))[0].found_versions],
cmp=apt_pkg.version_compare,
)
)
) or ["~"]
def unclassified_bugs(self):
"""
Returns a list of open bugs which have not yet been classified
by one of our usertags.
"""
tagged_bugs = bts.get_usertag('*****@*****.**')
tagged_bugs_ftp = []
for tags in tagged_bugs.keys():
tagged_bugs_ftp += tagged_bugs[tags]
return [bug for bug in bts.get_status(bts.get_bugs("package", "ftp.debian.org"))
if bug.pending == 'pending' and bug.bug_num not in tagged_bugs_ftp]
def unclassified_bugs(self):
"""
Returns a list of open bugs which have not yet been classified
by one of our usertags.
"""
tagged_bugs = bts.get_usertag('*****@*****.**')
tagged_bugs_ftp = []
for tags in tagged_bugs.keys():
tagged_bugs_ftp += tagged_bugs[tags]
return [bug for bug in bts.get_status(bts.get_bugs("package", "ftp.debian.org"))
if bug.pending == 'pending' and bug.bug_num not in tagged_bugs_ftp]
def fetch_bugs(filepath, email, usertag):
"""Fetch the bugs from bts and save them in a pickle to don't have to query
bts again
Return:
list of debianbts.Bugreport items
"""
bugnrlist = bts.get_usertag(email, usertag)
bugs = bts.get_status(bugnrlist[usertag])
with open(filepath,'w') as f:
pickle.dump(bugs,f)
print 'saved bts history to %s ' % filepath
return bugs
def get_bug_versions(bug):
"""Gets a list of only the version numbers for which the bug is found.
Newest versions are returned first."""
# debianbts returns it in the format package/1.2.3 or 1.2.3 which will become 1.2.3
versions = []
for found_version in debianbts.get_status((bug,))[0].found_versions:
v = found_version.rsplit('/', 1)[-1]
if v == "None":
# only allow the distro-qualified "$distro/None" version
if found_version == distro + "/" + v:
versions.append(v)
else:
versions.append(v)
return list(reversed(sorted(versions, cmp=apt_pkg.version_compare))) or ['~']
def lookup_debian_issue(app, tracker_config, issue_id):
import debianbts
try:
# get the bug
bug = debianbts.get_status(issue_id)[0]
except IndexError:
return None
# check if issue matches project
if tracker_config.project not in (bug.package, bug.source):
return None
return Issue(id=issue_id, title=bug.subject, closed=bug.done,
url=DEBIAN_URL.format(issue_id))
def search(self, sources, bug_numbers=None):
if bug_numbers is None:
bug_numbers = set()
else:
bug_numbers = set(bug_numbers)
bug_numbers.update(debianbts.get_bugs('src', sources))
# process in batches. stolen from python-debianbts.
BATCH_SIZE = 500
result = []
for i in range(0, len(bug_numbers), BATCH_SIZE):
slice = list(bug_numbers)[i:i + BATCH_SIZE]
result += debianbts.get_status(slice)
return [ _DebianBugReport(b, self.binary_source_map, self.ignore_unknown_binaries) for b in result ]
def get_bug_versions(bug):
"""Gets a list of only the version numbers for which the bug is found.
Newest versions are returned first."""
# debianbts returns it in the format package/1.2.3 or 1.2.3 which will become 1.2.3
versions = []
for found_version in debianbts.get_status((bug, ))[0].found_versions:
v = found_version.rsplit('/', 1)[-1]
if v == "None":
# only allow the distro-qualified "$distro/None" version
if found_version == distro + "/" + v:
versions.append(v)
else:
versions.append(v)
return list(reversed(sorted(versions,
cmp=apt_pkg.version_compare))) or ['~']
def lookup_debian_issue(app, tracker_config, issue_id):
import debianbts
try:
# get the bug
bug = debianbts.get_status(issue_id)[0]
except IndexError:
return None
# check if issue matches project
if tracker_config.project not in (bug.package, bug.source):
return None
return Issue(id=issue_id,
title=bug.subject,
closed=bug.done,
url=DEBIAN_URL.format(issue_id))
def test_bug_class(self):
bug = debianbts.get_status(415801)[0]
gtk_bug = ui.Bug(bug)
self.assertIsNotNone(gtk_bug)
self.assertEqual(bug.bug_num, gtk_bug.id)
self.assertEqual(bug.severity, gtk_bug.severity)
self.assertEqual(bug.package, gtk_bug.package)
self.assertEqual(bug.originator, gtk_bug.reporter)
self.assertEqual(bug.date, gtk_bug.date)
for tag in bug.tags:
self.assertIn(tag, gtk_bug.tag)
for item in gtk_bug:
self.assertIsNotNone(item)
def test_bug_class(self):
bug = debianbts.get_status(415801)[0]
gtk_bug = ui.Bug(bug)
self.assertIsNotNone(gtk_bug)
self.assertEqual(bug.bug_num, gtk_bug.id)
self.assertEqual(bug.severity, gtk_bug.severity)
self.assertEqual(bug.package, gtk_bug.package)
self.assertEqual(bug.originator, gtk_bug.reporter)
self.assertEqual(bug.date, gtk_bug.date)
for tag in bug.tags:
self.assertIn(tag, gtk_bug.tag)
for item in gtk_bug:
self.assertIsNotNone(item)
def search(self, sources, bug_numbers=None):
if bug_numbers is None:
bug_numbers = set()
else:
bug_numbers = set(bug_numbers)
bug_numbers.update(debianbts.get_bugs('src', sources))
# process in batches. stolen from python-debianbts.
BATCH_SIZE = 500
result = []
for i in range(0, len(bug_numbers), BATCH_SIZE):
slice = list(bug_numbers)[i:i + BATCH_SIZE]
result += debianbts.get_status(slice)
return [
_DebianBugReport(b, self.binary_source_map,
self.ignore_unknown_binaries) for b in result
]
def test_followup(self):
self.body = "test"
self.package = "reportbug"
self.report = bugreport(package=self.package, body=self.body, followup=123456)
self.text = self.report.__unicode__()
self.assertIn("Followup-For: Bug #123456", self.text)
self.assertNotIn("Severity: ", self.text)
# test also a bugreport instance, and a datatype unconvertible to int
bug = debianbts.get_status(123456)[0]
self.report = bugreport(package=self.package, body=self.body, followup=bug)
self.text = self.report.__unicode__()
self.assertIn("Followup-For: Bug #123456", self.text)
self.assertNotIn("Severity: ", self.text)
with self.assertRaises(TypeError):
self.report = bugreport(package=self.package, body=self.body, followup={"123456": 654321})
def bug_versions(self, bug):
"""Gets a list of only the version numbers for which the bug is found.
Newest versions are returned first."""
# debianbts returns it in the format package/1.2.3 or 1.2.3 which will become 1.2.3
if not bug in self._bug_versions:
self._misses += 1
signal(SIGALRM, alarm_handler)
alarm(60)
found_versions = debianbts.get_status(bug)[0].found_versions
alarm(0)
versions = []
for found_version in found_versions:
v = found_version.rsplit('/', 1)[-1]
if v == "None":
# ignore $DISTRO/None versions
pass
else:
versions.append(v)
self._bug_versions[bug] = list(reversed(sorted(versions, cmp=apt_pkg.version_compare))) or ['~']
self._queries += 1
return self._bug_versions[bug]
def test_sample_get_status():
"""test retrieving of a "known" bug status"""
bugs = bts.get_status(486212)
assert len(bugs) == 1
bug = bugs[0]
assert bug.bug_num == 486212
assert bug.date == datetime.datetime(2008, 6, 14, 10, 30, 2)
assert bug.subject.startswith('[reportbug-ng] segm')
assert bug.package == 'reportbug-ng'
assert bug.severity == 'normal'
assert bug.tags == ['help']
assert bug.blockedby == []
assert bug.blocks == []
assert bug.summary == ''
assert bug.location == 'archive'
assert bug.source == 'reportbug-ng'
assert bug.log_modified == datetime.datetime(2008, 8, 17, 7, 26, 22)
assert bug.pending == 'done'
assert bug.done
assert bug.archived
assert bug.found_versions == ['reportbug-ng/0.2008.06.04']
assert bug.fixed_versions == ['reportbug-ng/1.0']
assert bug.affects == []
def test_sample_get_status():
"""test retrieving of a "known" bug status"""
bugs = bts.get_status(486212)
assert len(bugs) == 1
bug = bugs[0]
assert bug.bug_num == 486212
assert bug.date == datetime.datetime(2008, 6, 14, 10, 30, 2)
assert bug.subject.startswith('[reportbug-ng] segm')
assert bug.package == 'reportbug-ng'
assert bug.severity == 'normal'
assert bug.tags == ['help']
assert bug.blockedby == []
assert bug.blocks == []
assert bug.summary == ''
assert bug.location == 'archive'
assert bug.source == 'reportbug-ng'
assert bug.log_modified == datetime.datetime(2008, 8, 17, 7, 26, 22)
assert bug.pending == 'done'
assert bug.done
assert bug.done_by == 'Bastian Venthur <*****@*****.**>'
assert bug.archived
assert bug.found_versions == ['reportbug-ng/0.2008.06.04']
assert bug.fixed_versions == ['reportbug-ng/1.0']
assert bug.affects == []
def test_sample_get_status(self):
"""test retrieving of a "known" bug status"""
bugs = bts.get_status(486212)
self.assertEqual(len(bugs), 1)
bug = bugs[0]
self.assertEqual(bug.bug_num, 486212)
self.assertEqual(bug.date, datetime.datetime(2008, 6, 14, 10, 30, 2))
self.assertTrue(bug.subject.startswith('[reportbug-ng] segm'))
self.assertEqual(bug.package, 'reportbug-ng')
self.assertEqual(bug.severity, 'normal')
self.assertEqual(bug.tags, ['help'])
self.assertEqual(bug.blockedby, [])
self.assertEqual(bug.blocks, [])
self.assertEqual(bug.summary, '')
self.assertEqual(bug.location, 'archive')
self.assertEqual(bug.source, 'reportbug-ng')
self.assertEqual(bug.log_modified,
datetime.datetime(2008, 8, 17, 7, 26, 22))
self.assertEqual(bug.pending, 'done')
self.assertEqual(bug.done, True)
self.assertEqual(bug.archived, True)
self.assertEqual(bug.found_versions, ['reportbug-ng/0.2008.06.04'])
self.assertEqual(bug.fixed_versions, ['reportbug-ng/1.0'])
self.assertEqual(bug.affects, [])
def test_sample_get_status(self):
"""test retrieving of a "known" bug status"""
bugs = bts.get_status(486212)
self.assertEqual(len(bugs), 1)
bug = bugs[0]
self.assertEqual(bug.bug_num, 486212)
self.assertEqual(bug.date, datetime.datetime(2008, 6, 14, 10, 30, 2))
self.assertTrue(bug.subject.startswith('[reportbug-ng] segm'))
self.assertEqual(bug.package, 'reportbug-ng')
self.assertEqual(bug.severity, 'normal')
self.assertEqual(bug.tags, ['help'])
self.assertEqual(bug.blockedby, [])
self.assertEqual(bug.blocks, [])
self.assertEqual(bug.summary, '')
self.assertEqual(bug.location, 'archive')
self.assertEqual(bug.source, 'reportbug-ng')
self.assertEqual(bug.log_modified,
datetime.datetime(2008, 8, 17, 7, 26, 22))
self.assertEqual(bug.pending, 'done')
self.assertEqual(bug.done, True)
self.assertEqual(bug.archived, True)
self.assertEqual(bug.found_versions, ['reportbug-ng/0.2008.06.04'])
self.assertEqual(bug.fixed_versions, ['reportbug-ng/1.0'])
self.assertEqual(bug.affects, [])
def fetch_bug_summary(bug_num):
bug = debianbts.get_status(bug_num)
if not bug:
raise RuntimeError("No BTS data for #%s" % bug_num)
return bug[0]
def remove(session,
reason,
suites,
removals,
whoami=None,
partial=False,
components=None,
done_bugs=None,
date=None,
carbon_copy=None,
close_related_bugs=False):
"""Batch remove a number of packages
Verify that the files listed in the Files field of the .dsc are
those expected given the announced Format.
@type session: SQLA Session
@param session: The database session in use
@type reason: string
@param reason: The reason for the removal (e.g. "[auto-cruft] NBS (no longer built by <source>)")
@type suites: list
@param suites: A list of the suite names in which the removal should occur
@type removals: list
@param removals: A list of the removals. Each element should be a tuple (or list) of at least the following
for 4 items from the database (in order): package, version, architecture, (database) id.
For source packages, the "architecture" should be set to "source".
@type partial: bool
@param partial: Whether the removal is "partial" (e.g. architecture specific).
@type components: list
@param components: List of components involved in a partial removal. Can be an empty list to not restrict the
removal to any components.
@type whoami: string
@param whoami: The person (or entity) doing the removal. Defaults to utils.whoami()
@type date: string
@param date: The date of the removal. Defaults to commands.getoutput("date -R")
@type done_bugs: list
@param done_bugs: A list of bugs to be closed when doing this removal.
@type close_related_bugs: bool
@param done_bugs: Whether bugs related to the package being removed should be closed as well. NB: Not implemented
for more than one suite.
@type carbon_copy: list
@param carbon_copy: A list of mail addresses to CC when doing removals. NB: all items are taken "as-is" unlike
"dak rm".
@rtype: None
@return: Nothing
"""
# Generate the summary of what's to be removed
d = {}
summary = ""
sources = []
binaries = []
whitelists = []
versions = []
suite_ids_list = []
suites_list = utils.join_with_commas_and(suites)
cnf = utils.get_conf()
con_components = ''
#######################################################################################################
if not reason:
raise ValueError("Empty removal reason not permitted")
if not removals:
raise ValueError("Nothing to remove!?")
if not suites:
raise ValueError("Removals without a suite!?")
if whoami is None:
whoami = utils.whoami()
if date is None:
date = commands.getoutput("date -R")
if partial and components:
component_ids_list = []
for componentname in components:
component = get_component(componentname, session=session)
if component is None:
raise ValueError("component '%s' not recognised." %
componentname)
else:
component_ids_list.append(component.component_id)
if component_ids_list:
con_components = "AND component IN (%s)" % ", ".join(
[str(i) for i in component_ids_list])
for i in removals:
package = i[0]
version = i[1]
architecture = i[2]
if package not in d:
d[package] = {}
if version not in d[package]:
d[package][version] = []
if architecture not in d[package][version]:
d[package][version].append(architecture)
for package in sorted(d):
versions = sorted(d[package], cmp=apt_pkg.version_compare)
for version in versions:
d[package][version].sort(utils.arch_compare_sw)
summary += "%10s | %10s | %s\n" % (package, version, ", ".join(
d[package][version]))
for package in summary.split("\n"):
for row in package.split("\n"):
element = row.split("|")
if len(element) == 3:
if element[2].find("source") > 0:
sources.append(
"%s_%s" %
tuple(elem.strip(" ") for elem in element[:2]))
element[2] = sub("source\s?,?", "", element[2]).strip(" ")
if element[2]:
binaries.append("%s_%s [%s]" %
tuple(elem.strip(" ") for elem in element))
dsc_type_id = get_override_type('dsc', session).overridetype_id
deb_type_id = get_override_type('deb', session).overridetype_id
for suite in suites:
s = get_suite(suite, session=session)
if s is not None:
suite_ids_list.append(s.suite_id)
whitelists.append(s.mail_whitelist)
#######################################################################################################
log_filename = cnf["Rm::LogFile"]
log822_filename = cnf["Rm::LogFile822"]
with utils.open_file(log_filename, "a") as logfile, utils.open_file(
log822_filename, "a") as logfile822:
fcntl.lockf(logfile, fcntl.LOCK_EX)
fcntl.lockf(logfile822, fcntl.LOCK_EX)
logfile.write(
"=========================================================================\n"
)
logfile.write("[Date: %s] [ftpmaster: %s]\n" % (date, whoami))
logfile.write("Removed the following packages from %s:\n\n%s" %
(suites_list, summary))
if done_bugs:
logfile.write("Closed bugs: %s\n" % (", ".join(done_bugs)))
logfile.write(
"\n------------------- Reason -------------------\n%s\n" % reason)
logfile.write("----------------------------------------------\n")
logfile822.write("Date: %s\n" % date)
logfile822.write("Ftpmaster: %s\n" % whoami)
logfile822.write("Suite: %s\n" % suites_list)
if sources:
logfile822.write("Sources:\n")
for source in sources:
logfile822.write(" %s\n" % source)
if binaries:
logfile822.write("Binaries:\n")
for binary in binaries:
logfile822.write(" %s\n" % binary)
logfile822.write("Reason: %s\n" % reason.replace('\n', '\n '))
if done_bugs:
logfile822.write("Bug: %s\n" % (", ".join(done_bugs)))
for i in removals:
package = i[0]
architecture = i[2]
package_id = i[3]
for suite_id in suite_ids_list:
if architecture == "source":
session.execute(
"DELETE FROM src_associations WHERE source = :packageid AND suite = :suiteid",
{
'packageid': package_id,
'suiteid': suite_id
})
else:
session.execute(
"DELETE FROM bin_associations WHERE bin = :packageid AND suite = :suiteid",
{
'packageid': package_id,
'suiteid': suite_id
})
# Delete from the override file
if not partial:
if architecture == "source":
type_id = dsc_type_id
else:
type_id = deb_type_id
# TODO: Fix this properly to remove the remaining non-bind argument
session.execute(
"DELETE FROM override WHERE package = :package AND type = :typeid AND suite = :suiteid %s"
% (con_components), {
'package': package,
'typeid': type_id,
'suiteid': suite_id
})
session.commit()
# ### REMOVAL COMPLETE - send mail time ### #
# If we don't have a Bug server configured, we're done
if "Dinstall::BugServer" not in cnf:
if done_bugs or close_related_bugs:
utils.warn(
"Cannot send mail to BugServer as Dinstall::BugServer is not configured"
)
logfile.write(
"=========================================================================\n"
)
logfile822.write("\n")
return
# read common subst variables for all bug closure mails
Subst_common = {}
Subst_common["__RM_ADDRESS__"] = cnf["Dinstall::MyEmailAddress"]
Subst_common["__BUG_SERVER__"] = cnf["Dinstall::BugServer"]
Subst_common["__CC__"] = "X-DAK: dak rm"
if carbon_copy:
Subst_common["__CC__"] += "\nCc: " + ", ".join(carbon_copy)
Subst_common["__SUITE_LIST__"] = suites_list
Subst_common["__SUBJECT__"] = "Removed package(s) from %s" % (
suites_list)
Subst_common["__ADMIN_ADDRESS__"] = cnf["Dinstall::MyAdminAddress"]
Subst_common["__DISTRO__"] = cnf["Dinstall::MyDistribution"]
Subst_common["__WHOAMI__"] = whoami
# Send the bug closing messages
if done_bugs:
Subst_close_rm = Subst_common
bcc = []
if cnf.find("Dinstall::Bcc") != "":
bcc.append(cnf["Dinstall::Bcc"])
if cnf.find("Rm::Bcc") != "":
bcc.append(cnf["Rm::Bcc"])
if bcc:
Subst_close_rm["__BCC__"] = "Bcc: " + ", ".join(bcc)
else:
Subst_close_rm["__BCC__"] = "X-Filler: 42"
summarymail = "%s\n------------------- Reason -------------------\n%s\n" % (
summary, reason)
summarymail += "----------------------------------------------\n"
Subst_close_rm["__SUMMARY__"] = summarymail
for bug in done_bugs:
Subst_close_rm["__BUG_NUMBER__"] = bug
if close_related_bugs:
mail_message = utils.TemplateSubst(
Subst_close_rm,
cnf["Dir::Templates"] + "/rm.bug-close-with-related")
else:
mail_message = utils.TemplateSubst(
Subst_close_rm,
cnf["Dir::Templates"] + "/rm.bug-close")
utils.send_mail(mail_message, whitelists=whitelists)
# close associated bug reports
if close_related_bugs:
Subst_close_other = Subst_common
bcc = []
wnpp = utils.parse_wnpp_bug_file()
versions = list(set([re_bin_only_nmu.sub('', v)
for v in versions]))
if len(versions) == 1:
Subst_close_other["__VERSION__"] = versions[0]
else:
logfile.write(
"=========================================================================\n"
)
logfile822.write("\n")
raise ValueError(
"Closing bugs with multiple package versions is not supported. Do it yourself."
)
if bcc:
Subst_close_other["__BCC__"] = "Bcc: " + ", ".join(bcc)
else:
Subst_close_other["__BCC__"] = "X-Filler: 42"
# at this point, I just assume, that the first closed bug gives
# some useful information on why the package got removed
Subst_close_other["__BUG_NUMBER__"] = done_bugs[0]
if len(sources) == 1:
source_pkg = source.split("_", 1)[0]
else:
logfile.write(
"=========================================================================\n"
)
logfile822.write("\n")
raise ValueError(
"Closing bugs for multiple source packages is not supported. Please do it yourself."
)
Subst_close_other["__BUG_NUMBER_ALSO__"] = ""
Subst_close_other["__SOURCE__"] = source_pkg
merged_bugs = set()
other_bugs = bts.get_bugs('src', source_pkg, 'status', 'open',
'status', 'forwarded')
if other_bugs:
for bugno in other_bugs:
if bugno not in merged_bugs:
for bug in bts.get_status(bugno):
for merged in bug.mergedwith:
other_bugs.remove(merged)
merged_bugs.add(merged)
logfile.write("Also closing bug(s):")
logfile822.write("Also-Bugs:")
for bug in other_bugs:
Subst_close_other["__BUG_NUMBER_ALSO__"] += str(
bug) + "-done@" + cnf["Dinstall::BugServer"] + ","
logfile.write(" " + str(bug))
logfile822.write(" " + str(bug))
logfile.write("\n")
logfile822.write("\n")
if source_pkg in wnpp:
logfile.write("Also closing WNPP bug(s):")
logfile822.write("Also-WNPP:")
for bug in wnpp[source_pkg]:
# the wnpp-rm file we parse also contains our removal
# bugs, filtering that out
if bug != Subst_close_other["__BUG_NUMBER__"]:
Subst_close_other["__BUG_NUMBER_ALSO__"] += str(
bug) + "-done@" + cnf["Dinstall::BugServer"] + ","
logfile.write(" " + str(bug))
logfile822.write(" " + str(bug))
logfile.write("\n")
logfile822.write("\n")
mail_message = utils.TemplateSubst(
Subst_close_other,
cnf["Dir::Templates"] + "/rm.bug-close-related")
if Subst_close_other["__BUG_NUMBER_ALSO__"]:
utils.send_mail(mail_message)
logfile.write(
"=========================================================================\n"
)
logfile822.write("\n")
def issues(self):
# Initialise empty list of bug numbers
collected_bugs = []
# Search BTS for bugs owned by email address
if self.email:
owned_bugs = debianbts.get_bugs("owner", self.email,
"status", "open")
collected_bugs.extend(owned_bugs)
# Search BTS for bugs related to specified packages
if self.packages:
packages = self.packages.split(",")
for pkg in packages:
pkg_bugs = debianbts.get_bugs("package", pkg,
"status", "open")
for bug in pkg_bugs:
if bug not in collected_bugs:
collected_bugs.append(bug)
# Search UDD bugs search for bugs belonging to packages that
# are maintained by the email address
if self.udd:
udd_bugs = self._get_udd_bugs()
for bug in udd_bugs:
if bug not in collected_bugs:
collected_bugs.append(bug['id'])
issues = [self._record_for_bug(bug)
for bug in debianbts.get_status(collected_bugs)]
log.debug(" Found %i total.", len(issues))
if self.ignore_pkg:
ignore_pkg = self.ignore_pkg.split(",")
for pkg in ignore_pkg:
issues = [issue
for issue in issues if not issue['package'] == pkg]
if self.ignore_src:
ignore_src = self.ignore_src.split(",")
for src in ignore_src:
issues = [issue
for issue in issues if not issue['source'] == src]
if self.ignore_pending:
issues = [issue
for issue in issues
if not issue['status'] == 'pending-fixed']
issues = [issue
for issue in issues
if not (issue['status'] == 'done' or
issue['status'] == 'fixed')]
log.debug(" Pruned down to %i.", len(issues))
for issue in issues:
issue_obj = self.get_issue_for_record(issue)
extra = {
'annotations': self.annotations(issue, issue_obj)
}
issue_obj.update_extra(extra)
yield issue_obj
def test_string_status_originator(self):
"""test reading of bug status originator that is not base64-encoded"""
bug = bts.get_status(711112)[0]
self._assert_unicode(bug.originator)
self.assertTrue(bug.originator.endswith('debian.org>'))
def test_base64_status_fields():
"""fields in bug status are sometimes base64-encoded"""
bug = bts.get_status(711111)[0]
assert is_unicode(bug.originator)
assert bug.originator.endswith('gmail.com>')
assert 'ł' in bug.originator
def lineedit_return_pressed(self):
#
# just in case ;)
#
text = unicode(self.lineEdit.text())
if text.startswith("http://"):
self._show_url(text)
return
if len(text) == 0:
return
self.logger.info("Return pressed.")
self.lineEdit.clear()
# TODO: self.lineEdit.clear() does not always work, why?
#QtCore.QTimer.singleShot(0,self.lineEdit,QtCore.SLOT("clear()"))
query = rng.translate_query(text)
self.logger.debug("Query: %s" % str(query))
# test if there is a submit-as field available and rename the packages
# if nececesairy
for i in range(0, len(query), 2):
if query[i] == 'package':
realname = bug.submit_as(query[i + 1])
if query[i + 1] != realname:
self.logger.debug(
"Using %s as package name as requested by developer." %
str(realname))
query[i + 1] = realname
# Single bug or list of bugs?
if query[0]:
buglist = bts.get_bugs(query)
else:
buglist = [query[1]]
# ok, we know the package, so enable some buttons which don't depend
# on the existence of the acutal packe (wnpp) or bugreports for that
# package.
if query[0] in ("src", "package"):
self._stateChanged(query[1], None)
# if we got a bugnumber we'd like to select it and enable some more
# buttons. unfortunately we don't know if the bugnumber actually exists
# for now, so we have to wait a bit until the bug is fetched.
else:
self._stateChanged(None, None)
self.logger.debug("Buglist matching the query: %s" % str(buglist))
chunksize = 50
if len(buglist) > chunksize:
self.load_started()
self.logger.debug("Buglist longer than %i, splitting in chunks." %
chunksize)
self.bugs = []
i = 0
for chunk in chunks(buglist, chunksize):
i += 1
progress = int(100. * i * chunksize / len(buglist))
if progress > 100:
progress = 100
self.load_progress(progress)
bl = bts.get_status(chunk)
if len(bl) == 0:
self.logger.error(
"One of the following bugs caused the BTS to hickup: %s"
% str(bl))
self.bugs.extend(bl)
self.load_finished(True)
else:
self.bugs = bts.get_status(buglist)
# ok, we fetched the bugs. see if the list isn't empty
if query[0] in (None, ) and len(self.bugs) > 0:
self.currentBug = self.bugs[0]
self.currentPackage = self.currentBug.package
self._stateChanged(self.currentPackage, self.currentBug)
self.model.set_elements(self.bugs)
self.tableView.resizeRowsToContents()
def get_reports(package,
timeout,
system='debian',
mirrors=None,
version=None,
http_proxy='',
archived=False,
source=False):
if system == 'debian':
if isinstance(package, str):
if source:
pkg_filter = 'src'
else:
pkg_filter = 'package'
bugs = debianbts.get_bugs(pkg_filter, package)
else:
bugs = list(map(int, package))
try:
# retrieve bugs and generate the hierarchy
stats = debianbts.get_status(bugs)
except:
raise QuertBTSError
d = defaultdict(list)
for s in stats:
# We now return debianbts.Bugreport objects, containing all the info
# for a bug, so UIs can extract them as needed
d[s.severity].append(s)
# keep the bugs ordered per severity
# XXX: shouldn't it be something UI-related?
#
# The hierarchy is a list of tuples:
# (description of the severity, list of bugs for that severity)
hier = []
for sev in SEVLIST:
if sev in d:
hier.append(('Bugs with severity %s' % sev, d[sev]))
return (len(bugs), 'Bug reports for %s' % package, hier)
# XXX: is the code below used at all now? can we remove it?
if isinstance(package, str):
if SYSTEMS[system].get('cgiroot'):
try:
result = get_cgi_reports(package,
timeout,
system,
http_proxy,
archived,
source,
version=version)
except:
raise NoNetwork
if result:
return result
url = package_url(system, package, mirrors, source)
try:
page = open_url(url, http_proxy, timeout)
except:
raise NoNetwork
if not page:
return (0, None, None)
# content = page.read()
# if 'Maintainer' not in content:
# return (0, None, None)
parser = BTSParser()
for line in page.splitlines():
parser.feed(line)
parser.close()
return parser.bugcount, parser.title, parser.hierarchy
# A list of bug numbers
this_hierarchy = []
package = [int(x) for x in package]
package.sort()
for bug in package:
result = get_report(bug, timeout, system, mirrors, http_proxy,
archived)
if result:
title, body = result
this_hierarchy.append(title)
# print title
title = "Multiple bug reports"
bugcount = len(this_hierarchy)
hierarchy = [('Reports', this_hierarchy)]
return bugcount, title, hierarchy
print "Command execution failed! Bailing out ..."
sys.exit(1)
# Pull bug reports, and remind user to check for closures
try:
bugs_fixed_upstream = debianbts.get_bugs('package', pkg_name, 'tag',
'fixed-upstream')
bugs_upstream = debianbts.get_bugs('package', pkg_name, 'tag',
'upstream')
bugs_all = debianbts.get_bugs('package', pkg_name)
print "\n" + "**********" * 8
if len(bugs_fixed_upstream) > 0:
print "\nBugs tagged 'fixed-upstream':"
for b in bugs_fixed_upstream:
if b in bugs_all: bugs_all.remove(b) # avoid repeats below
s = debianbts.get_status(b)
if not s[0].done:
print "\tBug %s: %s" % (s[0].bug_num, s[0].subject)
if len(bugs_upstream) > 0: print "\nBugs tagged 'upstream':"
for b in bugs_upstream:
if b in bugs_all: bugs_all.remove(b) # avoid repeats below
s = debianbts.get_status(b)
if not s[0].done:
print "\tBug %s: %s" % (s[0].bug_num, s[0].subject)
if len(bugs_all) > 0: print "\nAll other bugs:"
for b in bugs_all:
s = debianbts.get_status(b)
if not s[0].done:
print "\tBug %s: %s" % (s[0].bug_num, s[0].subject)
print "\nPlease remember to check for and make note of closed bugs\n"
except SOAPpy.Errors.HTTPError, HTTPError:
def test_empty_get_status():
"""get_status should return empty list if bug doesn't exits"""
bugs = bts.get_status(0)
assert isinstance(bugs, list)
assert len(bugs) == 0
def test_regression_670446():
"""affects should be split by ','"""
bug = bts.get_status(657408)[0]
assert bug.affects == ['epiphany-browser-dev', 'libwebkit-dev']
def test_get_status_affects():
"""test a bug with "affects" field"""
bugs = bts.get_status(290501, 770490)
assert len(bugs) == 2
assert bugs[0].affects == []
assert bugs[1].affects == ['conkeror']
def test_regression_670446(self):
"""affects should be split by ','"""
bug = bts.get_status(657408)[0]
self.assertEqual(bug.affects,
['epiphany-browser-dev', 'libwebkit-dev'])
action="store_true",
help='dont look for modules on PyPI (for DEBUG)')
args = parser.parse_args()
if not os.path.isdir(args.destdir):
os.makedirs(args.destdir)
log('Retrieving WNPP bugs information...')
if args.bugs:
wnpp_bugs_ids = args.bugs
else:
wnpp_bugs_ids = debianbts.get_bugs('package', 'wnpp')
if args.limit:
wnpp_bugs_ids = wnpp_bugs_ids[:args.limit]
log(f"Found {len(wnpp_bugs_ids)} WNPP bugs, getting status...")
wnpp_bugs = debianbts.get_status(wnpp_bugs_ids)
wnpp = {}
for wnpp_bug in wnpp_bugs:
if wnpp_bug.done:
continue
m = WNPPRE.match(wnpp_bug.subject)
if m:
tag, src = m.groups()
wnpp[src] = (tag, wnpp_bug.bug_num)
else:
log(f"Badly formatted WNPP bug: retitle {wnpp_bug.bug_num} \"{wnpp_bug.subject}\""
)
log('Retrieving ftp.debian.org bugs information...')
if args.bugs:
ftpdo_bugs_ids = args.bugs
def test_string_status_originator():
"""test reading of bug status originator that is not base64-encoded"""
bug = bts.get_status(711112)[0]
assert is_unicode(bug.originator)
assert bug.originator.endswith('debian.org>')