def handle(self, sender, event):
"""
Intercept events where a new file has been added to the organize
directory and place it in the correct path (starting with
self.target_path)
"""
# Only handle this event type
assert isinstance(event, OrganizeFile), \
"Organizer can only handle OrganizeFile events.Given '%s'" % event
try:
# We must select the target_path based on whether file was recorded
# by airtime or not.
# Do we need to "massage" the path using mmp.organized_path?
target_path = self.recorded_path if event.metadata.is_recorded() \
else self.target_path
# nasty hack do this properly
owner_id = mmp.owner_id(event.path)
if owner_id != -1:
target_path = os.path.join(target_path, unicode(owner_id))
mdata = event.metadata.extract()
new_path = mmp.organized_path(event.path, target_path, mdata)
# See hack in mmp.magic_move
def new_dir_watch(d):
# TODO : rewrite as return lambda : dispatcher.send(...
def cb():
dispatcher.send(signal="add_subwatch", sender=self,
directory=d)
return cb
mmp.magic_move(event.path, new_path,
after_dir_make=new_dir_watch(dirname(new_path)))
# The reason we need to go around saving the owner in this ass
# backwards way is bewcause we are unable to encode the owner id
# into the file itself so that the StoreWatchListener listener can
# detect it from the file
owners.add_file_owner(new_path, owner_id )
self.logger.info('Organized: "%s" into "%s"' %
(event.path, new_path))
except BadSongFile as e:
self.report_problem_file(event=event, exception=e)
# probably general error in mmp.magic.move...
except Exception as e:
self.unexpected_exception( e )
self.report_problem_file(event=event, exception=e)
def test_has_owner(self):
owners.reset_owners()
o = 12345
self.assertTrue(owners.add_file_owner(self.f, o))
self.assertTrue(owners.has_owner(self.f))
def test_remove_file_owner(self):
owners.reset_owners()
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.remove_file_owner(self.f))
self.assertFalse(owners.remove_file_owner(self.f))
def test_get_owner(self):
owners.reset_owners()
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertEqual(owners.get_owner(self.f), 123, "file is owned")
self.assertEqual(owners.get_owner("random_stuff.txt"), -1, "file is not owned")
def test_add_file_owner(self):
owners.reset_owners()
self.assertFalse(owners.add_file_owner("testing", -1))
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.add_file_owner(self.f, 456))
def test_has_owner(self):
owners.reset_owners()
o = 12345
self.assertTrue(owners.add_file_owner(self.f, o))
self.assertTrue(owners.has_owner(self.f))
def test_get_owner(self):
owners.reset_owners()
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertEqual(owners.get_owner(self.f), 123, "file is owned")
self.assertEqual(owners.get_owner("random_stuff.txt"), -1,
"file is not owned")
def test_remove_file_owner(self):
owners.reset_owners()
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.remove_file_owner(self.f))
self.assertFalse(owners.remove_file_owner(self.f))
def test_add_file_owner(self):
owners.reset_owners()
self.assertFalse(owners.add_file_owner('testing', -1))
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.add_file_owner(self.f, 123))
self.assertTrue(owners.add_file_owner(self.f, 456))
