def clean_tmp_mailboxes(cls, account):
with imap.login(account) as conn:
responses = conn.list_mailboxes(MAILBOX_PREFIX, "*")
for response in responses:
mbox_name = response.mailbox.decode("ASCII", errors="strict")
print('Deleting mailbox "%s"' % mbox_name)
conn.delete_mailbox(response.mailbox)
def _thread_main(self):
try:
with imap.login(self.account) as self.conn:
self.conn.select_mailbox(self.mbox, readonly=True)
# Add an event to let the the main thread know we have started
# successfully.
self.events.put(None)
self._main_loop()
except Exception as ex:
self.events.put(ex)
self.conn = None
def test_copy(self, dest_conn, dest_mbox, examiner):
with imap.login(self.account) as src_conn:
with self.tmp_mbox(src_conn) as src_mbox:
src_conn.select_mailbox(src_mbox.name)
msg = random_message()
src_conn.append_msg(src_mbox.name, msg)
src_conn.copy(1, dest_mbox)
response = examiner.expect_event(b"EXISTS", 1)
# Fetch the message from the dest mailbox,
# and make sure it is the same as the source message.
# We have to at least send a noop on the dest conn
# so that it sees an EXISTS response for the new message
# before it can fetch it. Use wait_for_exists() to do this.
dest_conn.wait_for_exists(timeout=1)
fetched_msg = dest_conn.fetch_msg(1)
self.assert_msg_equal(fetched_msg, msg)
def test_login(self):
conn = imap.login(self.account)
conn.close()
def test_wrapper(self):
with imap.login(self.account) as conn:
with self.tmp_mbox(conn) as mbox:
with self.examiner(mbox) as examiner:
conn.select_mailbox(mbox.name)
fn(self, conn, mbox.name, examiner)
def test_wrapper(self):
with imap.login(self.account) as conn:
fn(self, conn)
def get_conn(self):
return imap.login(self.server.get_account())
