def _check_dsc(self, verify_signature=False):
"Check that the dsc matches what we are expecting"
assert self._dsc is not None
self.source = self.dsc['Source']
self.version = debian.debian_support.Version(self.dsc['Version'])
valid = False
message = None
gpg_info = None
try:
gpg_info = self.dsc.get_gpg_info()
valid = gpg_info.valid()
except IOError:
message = ('Signature on %s could not be verified, install '
'debian-keyring' % self.dsc_name)
if message is None:
if valid:
message = 'Valid signature'
else:
message = ('Signature on %s could not be verified' %
self.dsc_name)
if gpg_info is not None:
if 'GOODSIG' in gpg_info:
message = ('Good signature by %s (0x%s)' %
(gpg_info['GOODSIG'][1], gpg_info['GOODSIG'][0]))
elif 'VALIDSIG' in gpg_info:
message = 'Valid signature by 0x%s' % gpg_info['VALIDSIG'][0]
if verify_signature:
if valid:
Logger.normal(message)
else:
Logger.error(message)
raise DownloadError(message)
else:
Logger.info(message)
def ask_for_patch_or_branch(bug, attached_patches, linked_branches):
patch = None
branch = None
if len(attached_patches) == 0:
msg = "https://launchpad.net/bugs/%i has %i branches linked:" % \
(bug.id, len(linked_branches))
elif len(linked_branches) == 0:
msg = "https://launchpad.net/bugs/%i has %i patches attached:" % \
(bug.id, len(attached_patches))
else:
branches = "%i branch" % len(linked_branches)
if len(linked_branches) > 1:
branches += "es"
patches = "%i patch" % len(attached_patches)
if len(attached_patches) > 1:
patches += "es"
msg = "https://launchpad.net/bugs/%i has %s linked and %s attached:" % \
(bug.id, branches, patches)
Logger.normal(msg)
i = 0
for linked_branch in linked_branches:
i += 1
print("%i) %s" % (i, linked_branch.display_name))
for attached_patch in attached_patches:
i += 1
print("%i) %s" % (i, attached_patch.title))
selected = input_number("Which branch or patch do you want to download", 1,
i, i)
if selected <= len(linked_branches):
branch = linked_branches[selected - 1].bzr_identity
else:
patch = Patch(attached_patches[selected - len(linked_branches) - 1])
return (patch, branch)
def get_open_ubuntu_bug_task(launchpad, bug, branch=None):
"""Returns an open Ubuntu bug task for a given Launchpad bug.
The bug task needs to be open (not complete) and target Ubuntu. The user
will be ask to select one if multiple open Ubuntu bug task exits for the
bug.
"""
bug_tasks = [BugTask(x, launchpad) for x in bug.bug_tasks]
ubuntu_tasks = [x for x in bug_tasks if x.is_ubuntu_task()]
bug_id = bug.id
if branch:
branch = branch.split('/')
# Non-production LP?
if len(branch) > 5:
branch = branch[3:]
if len(ubuntu_tasks) == 0:
Logger.error("No Ubuntu bug task found on bug #%i." % (bug_id))
sys.exit(1)
elif len(ubuntu_tasks) == 1:
task = ubuntu_tasks[0]
if len(ubuntu_tasks) > 1 and branch and branch[1] == 'ubuntu':
tasks = [
t for t in ubuntu_tasks
if t.get_series() == branch[2] and t.package == branch[3]
]
if len(tasks) > 1:
# A bug targeted to the development series?
tasks = [t for t in tasks if t.series is not None]
assert len(tasks) == 1
task = tasks[0]
elif len(ubuntu_tasks) > 1:
task_list = [t.get_short_info() for t in ubuntu_tasks]
Logger.info("%i Ubuntu tasks exist for bug #%i.\n%s",
len(ubuntu_tasks), bug_id, "\n".join(task_list))
open_ubuntu_tasks = [x for x in ubuntu_tasks if not x.is_complete()]
if len(open_ubuntu_tasks) == 1:
task = open_ubuntu_tasks[0]
else:
Logger.normal(
"https://launchpad.net/bugs/%i has %i Ubuntu tasks:" %
(bug_id, len(ubuntu_tasks)))
for i in range(len(ubuntu_tasks)):
print("%i) %s" %
(i + 1, ubuntu_tasks[i].get_package_and_series()))
selected = input_number(
"To which Ubuntu task does the patch belong", 1,
len(ubuntu_tasks))
task = ubuntu_tasks[selected - 1]
Logger.info("Selected Ubuntu task: %s" % (task.get_short_info()))
return task
def ack_sync(self, upload, task, launchpad):
"""Acknowledge a sync request and subscribe ubuntu-archive."""
if upload == "ubuntu":
self._print_logs()
question = Question(["yes", "edit", "no"])
answer = question.ask("Do you want to acknowledge the sync request",
"no")
if answer == "edit":
return False
elif answer == "no":
user_abort()
bug = task.bug
task.status = "Confirmed"
if task.importance == "Undecided":
task.importance = "Wishlist"
task.lp_save()
Logger.info("Set bug #%i status to Confirmed.", bug.id)
msg = "Sync request ACK'd."
if self._build_log:
msg = ("%s %s builds on %s. " + msg) % \
(self._package, self._version,
self._builder.get_architecture())
bug.newMessage(content=msg, subject="sponsor-patch")
Logger.info("Acknowledged sync request bug #%i.", bug.id)
bug.subscribe(person=launchpad.people['ubuntu-archive'])
Logger.info("Subscribed ubuntu-archive to bug #%i.", bug.id)
bug.subscribe(person=launchpad.me)
Logger.info("Subscribed me to bug #%i.", bug.id)
sponsorsteam = launchpad.people['ubuntu-sponsors']
for sub in bug.subscriptions:
if sub.person == sponsorsteam and sub.canBeUnsubscribedByUser():
bug.unsubscribe(person=launchpad.people['ubuntu-sponsors'])
Logger.info("Unsubscribed ubuntu-sponsors from bug #%i.",
bug.id)
elif sub.person == sponsorsteam:
Logger.info("Couldn't unsubscribe ubuntu-sponsors from "
"bug #%i.", bug.id)
Logger.normal("Successfully acknowledged sync request bug #%i.",
bug.id)
else:
Logger.error("Sync requests can only be acknowledged when the "
"upload target is Ubuntu.")
sys.exit(1)
return True
def _download_file(self, url, filename):
"Download url to filename in workdir."
pathname = os.path.join(self.workdir, filename)
if self.dsc.verify_file(pathname):
Logger.debug('Using existing %s', filename)
return True
size = [
entry['size'] for entry in self.dsc['Files']
if entry['name'] == filename
]
assert len(size) == 1
size = int(size[0])
parsed = urlparse(url)
if not self.quiet:
Logger.normal('Downloading %s from %s (%0.3f MiB)', filename,
parsed.hostname, size / 1024.0 / 1024)
if parsed.scheme == 'file':
in_ = open(parsed.path, 'rb')
else:
try:
in_ = self.url_opener.open(url)
except URLError:
return False
downloaded = 0
bar_width = 60
try:
with open(pathname, 'wb') as out:
while True:
block = in_.read(10240)
if block == b'':
break
downloaded += len(block)
out.write(block)
if not self.quiet:
percent = downloaded * 100 // size
bar = '=' * int(round(downloaded * bar_width / size))
bar = (bar + '>' + ' ' * bar_width)[:bar_width]
Logger.stdout.write('[%s] %#3i%%\r' % (bar, percent))
Logger.stdout.flush()
in_.close()
finally:
if not self.quiet:
Logger.stdout.write(' ' * (bar_width + 7) + '\r')
Logger.stdout.flush()
if not self.dsc.verify_file(pathname):
Logger.error('Checksum for %s does not match.', filename)
return False
return True
def pull(self):
"Pull into workdir"
self._write_dsc()
for entry in self.dsc['Files']:
name = entry['name']
for url in self._source_urls(name):
try:
if self._download_file(url, name):
break
except HTTPError as e:
Logger.normal('HTTP Error %i: %s', e.code, str(e))
except URLError as e:
Logger.normal('URL Error: %s', e.reason)
else:
raise DownloadError('File %s could not be found' % name)
def lp_spph(self):
"Return the LP Source Package Publishing History entry"
if not self._spph:
try:
return super(DebianSourcePackage, self).lp_spph
except IndexError:
pass
Logger.normal('Using rmadison for component determination')
comp = 'main'
for record in rmadison(self.distribution, self.source):
if record.get('source') != self.source:
continue
comp = record['component']
if record['version'] == self.version.full_version:
self._spph = FakeSPPH(record['source'], record['version'],
comp, 'debian')
return self._spph
Logger.normal('Guessing component from most recent upload')
self._spph = FakeSPPH(self.source, self.version.full_version, comp,
'debian')
return self._spph
def mail_bug(srcpkg, subscribe, status, bugtitle, bugtext, bug_mail_domain,
keyid, myemailaddr, mailserver_host, mailserver_port,
mailserver_user, mailserver_pass):
'''
Submit the sync request per email.
'''
to = 'new@' + bug_mail_domain
# generate mailbody
if srcpkg:
mailbody = ' affects ubuntu/%s\n' % srcpkg
else:
mailbody = ' affects ubuntu\n'
mailbody += '''\
status %s
importance wishlist
subscribe %s
done
%s''' % (status, subscribe, bugtext)
# prepare sign command
gpg_command = None
for cmd in ('gnome-gpg', 'gpg2', 'gpg'):
if os.access('/usr/bin/%s' % cmd, os.X_OK):
gpg_command = [cmd]
break
if not gpg_command:
Logger.error("Cannot locate gpg, please install the 'gnupg' package!")
sys.exit(1)
gpg_command.append('--clearsign')
if keyid:
gpg_command.extend(('-u', keyid))
# sign the mail body
gpg = subprocess.Popen(gpg_command,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE)
signed_report = gpg.communicate(
mailbody.encode('utf-8'))[0].decode('utf-8')
if gpg.returncode != 0:
Logger.error("%s failed.", gpg_command[0])
sys.exit(1)
# generate email
mail = u'''\
From: %s
To: %s
Subject: %s
Content-Type: text/plain; charset=UTF-8
%s''' % (myemailaddr, to, bugtitle, signed_report)
print('The final report is:\n%s' % mail)
confirmation_prompt()
# save mail in temporary file
backup = tempfile.NamedTemporaryFile(
mode='w',
delete=False,
prefix='requestsync-' +
re.sub(r'[^a-zA-Z0-9_-]', '', bugtitle.replace(' ', '_')))
with backup:
backup.write(mail)
Logger.normal(
'The e-mail has been saved in %s and will be deleted '
'after succesful transmission', backup.name)
# connect to the server
while True:
try:
Logger.normal('Connecting to %s:%s ...', mailserver_host,
mailserver_port)
s = smtplib.SMTP(mailserver_host, mailserver_port)
break
except smtplib.SMTPConnectError as s:
try:
# py2 path
# pylint: disable=unsubscriptable-object
Logger.error('Could not connect to %s:%s: %s (%i)',
mailserver_host, mailserver_port, s[1], s[0])
except TypeError:
# pylint: disable=no-member
Logger.error('Could not connect to %s:%s: %s (%i)',
mailserver_host, mailserver_port, s.strerror,
s.errno)
if s.smtp_code == 421:
confirmation_prompt(
message='This is a temporary error, press [Enter] '
'to retry. Press [Ctrl-C] to abort now.')
except socket.error as s:
try:
# py2 path
# pylint: disable=unsubscriptable-object
Logger.error('Could not connect to %s:%s: %s (%i)',
mailserver_host, mailserver_port, s[1], s[0])
except TypeError:
# pylint: disable=no-member
Logger.error('Could not connect to %s:%s: %s (%i)',
mailserver_host, mailserver_port, s.strerror,
s.errno)
return
if mailserver_user and mailserver_pass:
try:
s.login(mailserver_user, mailserver_pass)
except smtplib.SMTPAuthenticationError:
Logger.error('Error authenticating to the server: '
'invalid username and password.')
s.quit()
return
except smtplib.SMTPException:
Logger.error('Unknown SMTP error.')
s.quit()
return
while True:
try:
s.sendmail(myemailaddr, to, mail.encode('utf-8'))
s.quit()
os.remove(backup.name)
Logger.normal('Sync request mailed.')
break
except smtplib.SMTPRecipientsRefused as smtperror:
smtp_code, smtp_message = smtperror.recipients[to]
Logger.error('Error while sending: %i, %s', smtp_code,
smtp_message)
if smtp_code == 450:
confirmation_prompt(
message='This is a temporary error, press [Enter] '
'to retry. Press [Ctrl-C] to abort now.')
else:
return
except smtplib.SMTPResponseException as e:
Logger.error('Error while sending: %i, %s', e.smtp_code,
e.smtp_error)
return
except smtplib.SMTPServerDisconnected:
Logger.error('Server disconnected while sending the mail.')
return
