def test_load_from_config(config):
am = AccountManager()
am.load_from_cfg(config, enabled_only=False)
accounts = am.to_list()
assert len(accounts) == 6
imap_account = get_account(am.to_list(), 'IMAP mailbox config')
pop3_account = get_account(am.to_list(), 'POP3 mailbox config')
assert imap_account.get_config()['password'] == 'drowssap'
assert pop3_account.get_config()['password'] == 'poppoppop'
def test_load_from_config_with_credential_store(config):
cs = FakeCredentialStore()
cs.set('Mailnag password for imap://[email protected]', 'verry seecret')
cs.set('Mailnag password for pop://[email protected]', 'seecret too')
am = AccountManager(cs)
am.load_from_cfg(config, enabled_only=False)
accounts = am.to_list()
assert len(accounts) == 6
imap_account = get_account(am.to_list(), 'IMAP mailbox config')
pop3_account = get_account(am.to_list(), 'POP3 mailbox config')
assert imap_account.get_config()['password'] == 'verry seecret'
assert pop3_account.get_config()['password'] == 'seecret too'
def init(self):
with self._lock:
if self._disposed:
raise InvalidOperationException("Daemon has been disposed")
if self._initialized:
raise InvalidOperationException(
"Daemon has already been initialized")
self._cfg = read_cfg()
accountman = AccountManager()
accountman.load_from_cfg(self._cfg, enabled_only=True)
self._accounts = accountman.to_list()
self._hookreg = HookRegistry()
self._conntest = ConnectivityTest(testmode_mapping[self._cfg.get(
'core', 'connectivity_test')])
memorizer = Memorizer()
memorizer.load()
self._mailchecker = MailChecker(self._cfg, memorizer,
self._hookreg, self._conntest)
# Note: all code following _load_plugins() should be executed
# asynchronously because the dbus plugin requires an active mainloop
# (usually started in the programs main function).
self._load_plugins(self._cfg, self._hookreg, memorizer)
# Start checking for mails asynchronously.
self._start_thread = threading.Thread(target=self._start)
self._start_thread.start()
self._initialized = True
def init(self):
with self._lock:
if self._disposed:
raise InvalidOperationException("Daemon has been disposed")
if self._initialized:
raise InvalidOperationException("Daemon has already been initialized")
self._cfg = read_cfg()
accountman = AccountManager(CredentialStore.from_string(self._cfg.get('core', 'credentialstore')))
accountman.load_from_cfg(self._cfg, enabled_only = True)
self._accounts = accountman.to_list()
self._hookreg = HookRegistry()
self._conntest = ConnectivityTest(testmode_mapping[self._cfg.get('core', 'connectivity_test')])
memorizer = Memorizer()
memorizer.load()
self._mailchecker = MailChecker(self._cfg, memorizer, self._hookreg, self._conntest)
# Note: all code following _load_plugins() should be executed
# asynchronously because the dbus plugin requires an active mainloop
# (usually started in the programs main function).
self._load_plugins(self._cfg, self._hookreg, memorizer)
# Start checking for mails asynchronously.
self._start_thread = threading.Thread(target = self._start)
self._start_thread.start()
self._initialized = True
def __init__(self,
fatal_error_handler=None,
shutdown_request_handler=None):
self._fatal_error_handler = fatal_error_handler
self._shutdown_request_handler = shutdown_request_handler
self._plugins = []
self._poll_thread = None
self._poll_thread_stop = threading.Event()
self._idlrunner = None
self._disposed = False
self._cfg = read_cfg()
accountman = AccountManager()
accountman.load_from_cfg(self._cfg, enabled_only=True)
self._accounts = accountman.to_list()
self._hookreg = HookRegistry()
self._conntest = ConnectivityTest(testmode_mapping[self._cfg.get(
'core', 'connectivity_test')])
self._memorizer = Memorizer()
self._memorizer.load()
dbus_service = DBusService(self)
self._mailchecker = MailChecker(self._cfg, self._memorizer,
self._hookreg, self._conntest,
dbus_service)
# Note: all code following _load_plugins() should be executed
# asynchronously because the dbus plugin requires an active mainloop
# (usually started in the programs main function).
self._load_plugins(self._cfg)
# Start checking for mails asynchronously.
self._start_thread = threading.Thread(target=self._start)
self._start_thread.start()