class SyncDaemon(object):
"""Interface to Ubuntu One's SyncDaemon."""
def __init__(self, dbus_class=DBusInterface):
logger.info("SyncDaemon interface started!")
# set up dbus and related stuff
self.dbus = dbus_class(self)
# attributes for GUI, definition and filling
self.current_state = State()
self.folders = None
self.shares_to_me = None
self.shares_to_others = None
self.public_files = None
self.queue_content = QueueContent(home=user.home)
# callbacks for GUI to hook in
self.status_changed_callback = NO_OP
self.on_started_callback = NO_OP
self.on_stopped_callback = NO_OP
self.on_connected_callback = NO_OP
self.on_disconnected_callback = NO_OP
self.on_online_callback = NO_OP
self.on_offline_callback = NO_OP
self.on_folders_changed_callback = NO_OP
self.on_shares_to_me_changed_callback = NO_OP
self.on_shares_to_others_changed_callback = NO_OP
self.on_public_files_changed_callback = NO_OP
self.on_metadata_ready_callback = mandatory_callback(
'on_metadata_ready_callback')
self.on_initial_data_ready_callback = NO_OP
self.on_initial_online_data_ready_callback = NO_OP
self.on_share_op_error_callback = mandatory_callback(
'on_share_op_error_callback')
self.on_folder_op_error_callback = mandatory_callback(
'on_folder_op_error_callback')
self.on_public_op_error_callback = mandatory_callback(
'on_public_op_error_callback')
self.on_node_ops_changed_callback = NO_OP
self.on_internal_ops_changed_callback = NO_OP
self.on_transfers_callback = NO_OP
# poller
self.transfers_poller = Poller(TRANSFER_POLL_INTERVAL,
self.get_current_transfers)
self._check_started()
@defer.inlineCallbacks
def _check_started(self):
"""Check if started and load initial data if yes."""
# load initial data if ubuntuone-client already started
started = yield self.dbus.is_sd_started()
if started:
self.current_state.set(is_started=True)
self._get_initial_data()
else:
self.current_state.set(is_started=False)
def shutdown(self):
"""Shut down the SyncDaemon."""
logger.info("SyncDaemon interface going down")
self.transfers_poller.run(False)
self.dbus.shutdown()
@defer.inlineCallbacks
def get_current_transfers(self):
"""Get downloads and uploads."""
uploads = yield self.dbus.get_current_uploads()
downloads = yield self.dbus.get_current_downloads()
self.on_transfers_callback(uploads + downloads)
@defer.inlineCallbacks
def _get_initial_data(self):
"""Get the initial SD data."""
logger.info("Getting offline initial data")
status_data = yield self.dbus.get_status()
self._send_status_changed(*status_data)
# queue content stuff
shares_real_dir = yield self.dbus.get_real_shares_dir()
shares_link_dir = yield self.dbus.get_link_shares_dir()
self.queue_content.set_shares_dirs(shares_link_dir, shares_real_dir)
content = yield self.dbus.get_queue_content()
self.queue_content.set_content(content)
self.transfers_poller.run(self.queue_content.transferring)
self.folders = yield self.dbus.get_folders()
self.shares_to_me = yield self.dbus.get_shares_to_me()
self.shares_to_others = yield self.dbus.get_shares_to_others()
# let frontend know that we have all the initial offline data
logger.info("All initial offline data is ready")
self.on_initial_data_ready_callback()
logger.info("Getting online initial data")
self.public_files = yield self.dbus.get_public_files()
# let frontend know that we have all the initial online data
logger.info("All initial online data is ready")
self.on_initial_online_data_ready_callback()
@defer.inlineCallbacks
def on_sd_public_files_changed(self, pf=None, is_public=False):
"""Update the Public Files list."""
data = yield self.dbus.get_public_files()
logger.info("Got new Public Files list (%d items)", len(data))
self.public_files = data
self.on_public_files_changed_callback(self.public_files)
@defer.inlineCallbacks
def on_sd_shares_changed(self):
"""Shares changed, ask for new information."""
logger.info("SD Shares changed")
# to me
new_to_me = yield self.dbus.get_shares_to_me()
if new_to_me != self.shares_to_me:
self.shares_to_me = new_to_me
self.on_shares_to_me_changed_callback(new_to_me)
# to others
new_to_others = yield self.dbus.get_shares_to_others()
if new_to_others != self.shares_to_others:
self.shares_to_others = new_to_others
self.on_shares_to_others_changed_callback(new_to_others)
@defer.inlineCallbacks
def on_sd_folders_changed(self):
"""Folders changed, ask for new information."""
logger.info("SD Folders changed")
self.folders = yield self.dbus.get_folders()
self.on_folders_changed_callback(self.folders)
def on_sd_status_changed(self, *status_data):
"""The Status of SD changed.."""
logger.info("SD Status changed")
self._send_status_changed(*status_data)
def _send_status_changed(self, name, description, is_error, is_connected,
is_online, queues, connection):
"""Send status changed signal."""
kwargs = dict(name=name, description=description,
is_error=is_error, is_connected=is_connected,
is_online=is_online, queues=queues,
connection=connection)
# check status changes to call other callbacks
if is_connected and not self.current_state.is_connected:
self.on_connected_callback()
if not is_connected and self.current_state.is_connected:
self.on_disconnected_callback()
if is_online and not self.current_state.is_online:
self.on_online_callback()
if not is_online and self.current_state.is_online:
self.on_offline_callback()
# state of SD
if name == "SHUTDOWN":
state = STATE_STOPPED
self.current_state.set(is_started=False)
self.on_stopped_callback()
elif name in ('READY', 'WAITING'):
if connection == 'With User With Network':
state = STATE_CONNECTING
else:
state = STATE_DISCONNECTED
elif name == 'STANDOFF':
state = STATE_DISCONNECTED
else:
if is_connected:
if name == "QUEUE_MANAGER":
if queues == "IDLE":
state = STATE_IDLE
else:
state = STATE_WORKING
else:
state = STATE_CONNECTING
else:
state = STATE_STARTING
# check if it's the first time we flag starting
if self.current_state.state != STATE_STARTING:
self.current_state.set(is_started=True)
self.on_started_callback()
self._get_initial_data()
kwargs['state'] = state
xs = sorted(kwargs.iteritems())
logger.debug(" new status: %s", ', '.join('%s=%r' % i for i in xs))
# set current state to new values and call status changed cb
self.current_state.set(**kwargs)
self.status_changed_callback(**kwargs)
def on_sd_queue_added(self, op_name, op_id, op_data):
"""A command was added to the Request Queue."""
logger.info("Queue content: added %r [%s] %s", op_name, op_id, op_data)
r = self.queue_content.add(op_name, op_id, op_data)
if r == NODE_OP:
self.on_node_ops_changed_callback(self.queue_content.node_ops)
elif r == INTERNAL_OP:
self.on_internal_ops_changed_callback(
self.queue_content.internal_ops)
self.transfers_poller.run(self.queue_content.transferring)
def on_sd_queue_removed(self, op_name, op_id, op_data):
"""A command was removed from the Request Queue."""
logger.info("Queue content: removed %r [%s] %s",
op_name, op_id, op_data)
r = self.queue_content.remove(op_name, op_id, op_data)
if r == NODE_OP:
self.on_node_ops_changed_callback(self.queue_content.node_ops)
elif r == INTERNAL_OP:
self.on_internal_ops_changed_callback(
self.queue_content.internal_ops)
self.transfers_poller.run(self.queue_content.transferring)
def start(self):
"""Start the SyncDaemon."""
logger.info("Starting u1.SD")
d = self.dbus.start()
self._get_initial_data()
return d
def quit(self):
"""Stop the SyncDaemon and makes it quit."""
logger.info("Stopping u1.SD")
return self.dbus.quit()
def connect(self):
"""Tell the SyncDaemon that the user wants it to connect."""
logger.info("Telling u1.SD to connect")
return self.dbus.connect()
def disconnect(self):
"""Tell the SyncDaemon that the user wants it to disconnect."""
logger.info("Telling u1.SD to disconnect")
return self.dbus.disconnect()
@defer.inlineCallbacks
def get_metadata(self, path):
"""Get the metadata for given path."""
resp = yield self.dbus.get_metadata(os.path.realpath(path))
if resp == NOT_SYNCHED_PATH:
self.on_metadata_ready_callback(path, resp)
return
# have data! store it in raw, and process some
result = dict(raw_result=resp)
# stat
if resp['stat'] == u'None':
stat = None
else:
items = re.match(".*\((.*)\)", resp['stat']).groups()[0]
items = [x.split("=") for x in items.split(", ")]
stat = dict((a, int(b[:-1] if b[-1] == 'L' else b))
for a, b in items)
result['stat'] = stat
# changed
is_partial = resp['info_is_partial'] != u'False'
if resp['local_hash'] == resp['server_hash']:
if is_partial:
logger.warning("Bad 'changed' values: %r", resp)
changed = None
else:
changed = CHANGED_NONE
else:
if is_partial:
changed = CHANGED_SERVER
else:
changed = CHANGED_LOCAL
result['changed'] = changed
# path
processed_path = resp['path']
if processed_path.startswith(user.home):
processed_path = "~" + processed_path[len(user.home):]
result['path'] = processed_path
self.on_metadata_ready_callback(path, result)
@defer.inlineCallbacks
def get_free_space(self, volume_id):
"""Get the free space for a volume."""
free_space = yield self.dbus.get_free_space(volume_id)
defer.returnValue(int(free_space))
def _answer_share(self, share_id, method, action_name):
"""Effectively accept or reject a share."""
def error(failure):
"""Operation failed."""
if failure.check(ShareOperationError):
error = failure.value.error
logger.info("%s share %s finished with error: %s",
action_name, share_id, error)
self.on_share_op_error_callback(share_id, error)
else:
logger.error("Unexpected error when %s share %s: %s %s",
action_name.lower(), share_id,
failure.type, failure.value)
def success(_):
"""Operation finished ok."""
logger.info("%s share %s finished successfully",
action_name, share_id)
logger.info("%s share %s started", action_name, share_id)
d = method(share_id)
d.addCallbacks(success, error)
def accept_share(self, share_id):
"""Accept a share."""
self._answer_share(share_id, self.dbus.accept_share, "Accepting")
def reject_share(self, share_id):
"""Reject a share."""
self._answer_share(share_id, self.dbus.reject_share, "Rejecting")
def subscribe_share(self, share_id):
"""Subscribe a share."""
self._answer_share(share_id, self.dbus.subscribe_share, "Subscribing")
def unsubscribe_share(self, share_id):
"""Unsubscribe a share."""
self._answer_share(share_id, self.dbus.unsubscribe_share,
"Unsubscribing")
def send_share_invitation(self, path, mail_address, sh_name, access_level):
"""Send a share invitation."""
def error(failure):
"""Operation failed."""
if failure.check(ShareOperationError):
error = failure.value.error
logger.info("Sending share invitation finished with error %s "
"(path=%r mail_address=%s share_name=%r "
"access_level=%s)", error, path, mail_address,
sh_name, access_level)
else:
logger.error("Unexpected error when sending share invitation "
"%s %s (path=%r mail_address=%s share_name=%r "
"access_level=%s)", failure.type, failure.value,
path, mail_address, sh_name, access_level)
def success(_):
"""Operation finished ok."""
logger.info("Sending share invitation finished successfully "
"(path=%r mail_address=%s share_name=%r "
"access_level=%s", path, mail_address,
sh_name, access_level)
logger.info("Sending share invitation: path=%r mail_address=%s "
"share_name=%r access_level=%s", path, mail_address,
sh_name, access_level)
d = self.dbus.send_share_invitation(path, mail_address,
sh_name, access_level)
d.addCallbacks(success, error)
@defer.inlineCallbacks
def _folder_operation(self, operation, value, op_name):
"""Generic folder operation."""
try:
result = yield operation(value)
except FolderOperationError, e:
logger.info("%s folder (on %r) finished with error: %s",
op_name, value, e)
self.on_folder_op_error_callback(e)
else:
class DeliverNodeDataTestCase(unittest.TestCase):
"""Send the node data without the home."""
def setUp(self):
"""Set up the test."""
self.qc = QueueContent(home='/a/b')
self.qc.set_shares_dirs('/a/b/link', '/a/b/real')
def test_share_link_inside_home(self):
"""Assure the share link is inside home."""
self.assertRaises(ValueError, self.qc.set_shares_dirs,
share_link='/a/k', share_real='/a/b/r')
def test_share_real_inside_home(self):
"""Assure the share real is inside home."""
self.assertRaises(ValueError, self.qc.set_shares_dirs,
share_link='/a/b/r', share_real='/a/k')
def test_none(self):
"""Test getting with nothing."""
self.assertEqual(self.qc.node_ops[0][0], ROOT_HOME)
self.assertEqual(self.qc.node_ops[0][1], {})
def test_one_home(self):
"""Test getting with one in home."""
self.qc.add('MakeFile', '67', {'path': '/a/b/foo/fighters'})
self.assertEqual(self.qc.node_ops[0][0], ROOT_HOME)
node = self.qc.node_ops[0][1]['foo']
self.assertEqual(node.last_modified, None)
self.assertEqual(node.kind, KIND_DIR)
self.assertEqual(node.operations, [])
self.assertEqual(node.done, None)
self.assertEqual(len(node.children), 1)
def test_two_home(self):
"""Test getting with two in home."""
self.qc.set_content([('MakeFile', '67',
{'path': '/a/b/foo/fighters'})])
self.qc.set_content([('MakeFile', '99', {'path': '/a/b/bar'})])
self.assertEqual(self.qc.node_ops[0][0], ROOT_HOME)
self.assertEqual(len(self.qc.node_ops[0][1]), 2)
# first node
node = self.qc.node_ops[0][1]['foo']
self.assertEqual(node.last_modified, None)
self.assertEqual(node.kind, KIND_DIR)
self.assertEqual(node.operations, [])
self.assertEqual(node.done, None)
self.assertEqual(len(node.children), 1)
# second node
node = self.qc.node_ops[0][1]['bar']
self.assertTrue(isinstance(node.last_modified, float))
self.assertEqual(node.kind, KIND_FILE)
expected = [('99', 'MakeFile',
{'path': '/a/b/bar', '__done__': False})]
self.assertEqual(node.operations, expected)
self.assertEqual(node.done, False)
self.assertEqual(len(node.children), 0)
def test_one_share(self):
"""Test getting with one share."""
self.qc.set_content([('MakeFile', '12', {'path': '/a/b/real/foo'})])
self.assertEqual(self.qc.node_ops[0][0], ROOT_HOME)
node = self.qc.node_ops[0][1]['link']
self.assertEqual(node.last_modified, None)
self.assertEqual(node.kind, KIND_DIR)
self.assertEqual(node.operations, [])
self.assertEqual(node.done, None)
self.assertEqual(len(node.children), 1)
node = node.children['foo']
self.assertTrue(isinstance(node.last_modified, float))
self.assertEqual(node.kind, KIND_FILE)
expected = [('12', 'MakeFile',
{'path': '/a/b/real/foo', '__done__': False})]
self.assertEqual(node.operations, expected)
self.assertEqual(node.done, False)
self.assertEqual(len(node.children), 0)
def test_several_mixed(self):
"""Test mixing two nodes in the same share, other share, and home."""
self.qc.set_content([('MakeDir', '0', {'path': '/a/b/j'})])
self.qc.set_content([('MakeDir', '1', {'path': '/a/b/real/foo/bar1'})])
self.qc.set_content([('MakeDir', '2', {'path': '/a/b/real/foo/bar2'})])
self.qc.set_content([('MakeDir', '3', {'path': '/a/b/real/othr/baz'})])
self.assertEqual(self.qc.node_ops[0][0], ROOT_HOME)
self.assertIn('j', self.qc.node_ops[0][1])
link_dir = self.qc.node_ops[0][1]['link']
self.assertIn('othr', link_dir.children)
foo_dir = link_dir.children['foo']
self.assertIn('bar1', foo_dir.children)
self.assertIn('bar2', foo_dir.children)
