def do_business(self):
# execution origin
if not self._origin_validation_cmd:
self._origin_cmd.do_business()
result = self._origin_cmd.result
if result and result.key:
self._origin_validation_cmd = self._extract_command(
to_node_key(result), _OriginHasDestinationRaiseError)
self._origin_validation_cmd.set_up()
if self._origin_validation_cmd:
self._origin_validation_cmd.do_business()
self.errors.update(self._origin_validation_cmd.errors)
self.origin = self._origin_validation_cmd.result
if not self._destination_validation_cmd:
self._destination_cmd.do_business()
result = self._destination_cmd.result
if result and result.key:
self._destination_validation_cmd = self._extract_command(
to_node_key(result), _DestinationHasOriginRaiseError)
self._destination_validation_cmd.set_up()
if self._destination_validation_cmd:
self._destination_validation_cmd.do_business()
self.errors.update(self._destination_validation_cmd.errors)
self.destination = self._destination_validation_cmd.result
def do_business(self):
# execution origin
if not self._origin_validation_cmd:
self._origin_cmd.do_business()
result = self._origin_cmd.result
if result and result.key:
self._origin_validation_cmd = self._extract_command(to_node_key(result),
_OriginHasDestinationRaiseError)
self._origin_validation_cmd.set_up()
if self._origin_validation_cmd:
self._origin_validation_cmd.do_business()
self.errors.update(self._origin_validation_cmd.errors)
self.origin = self._origin_validation_cmd.result
if not self._destination_validation_cmd:
self._destination_cmd.do_business()
result = self._destination_cmd.result
if result and result.key:
self._destination_validation_cmd = self._extract_command(to_node_key(result),
_DestinationHasOriginRaiseError)
self._destination_validation_cmd.set_up()
if self._destination_validation_cmd:
self._destination_validation_cmd.do_business()
self.errors.update(self._destination_validation_cmd.errors)
self.destination = self._destination_validation_cmd.result
def setarc(_resp, arc, origin_id, destination_id):
arc_cls = all_arcs.get(arc)
arc_count = Arc.query(Arc.origin == to_node_key(origin_id), Arc.destination == to_node_key(destination_id)).count()
if arc_count > 0:
_resp.write("Arc already exists")
else:
arc_cls(origin=to_node_key(origin_id), destination=to_node_key(destination_id)).put()
_resp.write("Arc Created")
def assert_arc_creation(self, cmd, origin, destination):
created_arc = cmd()
self.assertEqual(to_node_key(origin), to_node_key(cmd.origin))
self.assertEqual(to_node_key(destination), to_node_key(cmd.destination))
arc = Arc.query().order(-Arc.creation).get()
self.assertEqual(arc, created_arc)
self.assertEqual(to_node_key(origin), to_node_key(arc.origin))
self.assertEqual(to_node_key(destination), to_node_key(arc.destination))
def __init__(self, *model_keys):
class _NodeSearch(NodeSearch):
_model_class = self._model_class
self.model_keys = [to_node_key(m) for m in model_keys]
super(DeleteNode,
self).__init__(*[_NodeSearch(m) for m in self.model_keys])
def __init__(self, node_or_key_or_id, relation_factory, relations):
node_key = to_node_key(node_or_key_or_id)
relations = relations or []
self._relations_commands = {k: relation_factory[k](node_key)
for k in relations}
super(RelationFiller, self).__init__(*self._relations_commands.itervalues())
def _extract_command(self, node, cmd_class):
key = None
try:
key = to_node_key(node)
except:
return None
cmd = cmd_class(key)
cmd.arc_class = self.arc_class
return cmd
def _extract_command(self, node, cmd_class):
key = None
try:
key = to_node_key(node)
except:
return None
cmd = cmd_class(key)
cmd.arc_class = self.arc_class
return cmd
def _to_command(self, node_or_command):
if isinstance(node_or_command, Command):
return node_or_command
cmd = Command()
try:
node_key = to_node_key(node_or_command)
cmd.result = node_key
except:
pass
return cmd
def _to_command(self, node_or_command):
if isinstance(node_or_command, Command):
return node_or_command
cmd = Command()
try:
node_key = to_node_key(node_or_command)
cmd.result = node_key
except:
cmd.add_error('node', 'Invalid Node')
return cmd
def _to_command(self, node_or_command):
if isinstance(node_or_command, Command):
return node_or_command
cmd = Command()
try:
node_key = to_node_key(node_or_command)
cmd.result = node_key
except:
pass
return cmd
def __init__(self, node_or_key_or_id, relation_factory, relations):
node_key = to_node_key(node_or_key_or_id)
relations = relations or []
self._relations_commands = {
k: relation_factory[k](node_key)
for k in relations
}
super(RelationFiller,
self).__init__(*self._relations_commands.itervalues())
def tasks(cursor=None):
cmd = UserSearch(cursor)
user = cmd()
if user:
user = user[0]
email = SingleEmailUserSearch(user)().email
MainUser(name=email, email=email, key=to_node_key(user), creation=user.creation).put()
path = to_path(tasks, cmd.cursor.urlsafe())
taskqueue.add(url=path)
else:
send_mail_to_admins(settings.SENDER_EMAIL, 'Migration End', 'Migration end')
def tasks(cursor=None):
cmd = UserSearch(cursor)
user = cmd()
if user:
user = user[0]
email = SingleEmailUserSearch(user)().email
MainUser(name=email,
email=email,
key=to_node_key(user),
creation=user.creation).put()
path = to_path(tasks, cmd.cursor.urlsafe())
taskqueue.add(url=path)
else:
send_mail_to_admins(settings.SENDER_EMAIL, 'Migration End',
'Migration end')
def test_success(self):
users_mock = Mock()
google_user = Mock()
user_email = '*****@*****.**'
google_user.email = Mock(return_value=user_email)
users_mock.get_current_user = Mock(return_value=google_user)
users_mock.is_current_user_admin = Mock(return_value=True)
sites.users = users_mock
setup = facade.initial_setup()
setup.execute()
site = setup.result
self.assertEqual(settings.APP_HOST, site.domain)
find_user = FindOrCreateUser(user_email)
find_user.execute()
user = find_user.result
search = SitesSearch(to_node_key(user))
search.execute()
user_sites = search.result
self.assertListEqual([site.key], [s.key for s in user_sites])
def __init__(self, user, site, domain=None, token=False):
super(UpdateSite, self).__init__(user)
self.token = token
self.domain = domain
self.site_key = to_node_key(site)
self.user = user
def __init__(self, model_key, **form_parameters):
model_or_key = model_key if isinstance(
model_key, ndb.Model) else to_node_key(model_key)
super(UpdateNode, self).__init__(model_or_key, **form_parameters)
def __init__(self, node_or_key_or_id):
super(_NodeSearch, self).__init__()
self.node_key = to_node_key(node_or_key_or_id)
self._future = None
def __init__(self, *model_keys):
class _NodeSearch(NodeSearch):
_model_class = self._model_class
self.model_keys = [to_node_key(m) for m in model_keys]
super(DeleteNode, self).__init__(*[_NodeSearch(m) for m in self.model_keys])
def __init__(self, model_key, **form_parameters):
super(UpdateNode, self).__init__(to_node_key(model_key), **form_parameters)
def do_business(self, stop_on_error=False):
if not self.errors:
site_key = self._future.get_result()
self._to_commit = SiteOwner(origin=to_node_key(self._user),
destination=site_key)
def find_last(cls, user):
return cls.query(cls.destination == to_node_key(user)).order(-cls.creation)
def __init__(self, user, site, domain=None, token=False):
super(UpdateSite, self).__init__(user)
self.token = token
self.domain = domain
self.site_key = to_node_key(site)
self.user = user
def __init__(self, model_key, **form_parameters):
model_or_key = model_key if isinstance(model_key, ndb.Model) else to_node_key(model_key)
super(UpdateNode, self).__init__(model_or_key, **form_parameters)
def do_business(self, stop_on_error=False):
if not self.errors:
site_key = self._future.get_result()
self._to_commit = SiteOwner(origin=to_node_key(self._user), destination=site_key)
def editar_livro(livro_id, **propriedades):
return EditarLivro(to_node_key(livro_id), **propriedades)
def __init__(self, model_key, **form_parameters):
model_key=to_node_key(model_key)
super(EditarEscravo, self).__init__(model_key, **form_parameters)
def test_to_node_key(self):
node = Node(id=1)
self.assertEqual(node.key, model.to_node_key(1))
self.assertEqual(node.key, model.to_node_key("1"))
self.assertEqual(node.key, model.to_node_key(node.key))
self.assertEqual(node.key, model.to_node_key(node))
def __init__(self, *model_keys):
super(DeleteNode, self).__init__(*[to_node_key(m) for m in model_keys])
def __init__(self, node_or_key_or_id):
super(NodeSearch, self).__init__()
self.node_key = to_node_key(node_or_key_or_id)
self._future = None
def commit(self):
return [cls(origin=to_node_key(self.result), destination=to_node_key(obj)) for cls, obj in
[(LoginStatusArc, self.login_status), (LoginUser, self.user), (LoginSite, self.site)]]
def find_last(cls, user):
return cls.query(
cls.destination == to_node_key(user)).order(-cls.creation)