def setUp(self):
cap_table = CapTable(unserializer=None)
cap_table.add(EntryPointStub(), cap=u'foo')
self.clock = Clock()
self.transport = FakeWebSocketTransport()
self.protocol = WebSocketDispatcherProtocol(
caps=cap_table.as_unenumerable_collection(),
subscription_context=SubscriptionContext(reactor=self.clock, poller=None))
self.protocol.transport = self.transport
def setUp(self):
cap_table = CapTable(unserializer=None)
cap_table.add(EntryPointStub(), cap=u'foo')
self.clock = Clock()
self.transport = FakeWebSocketTransport()
self.protocol = OurStreamProtocol(
caps=cap_table.as_unenumerable_collection(),
subscription_context=SubscriptionContext(reactor=self.clock,
poller=None))
self.protocol.transport = self.transport
def make_service(app):
# TODO: Temporary glue while we refactor for multisession
session = app.get_session()
cap_table = CapTable(lambda bogus: bogus)
if root_cap is None:
cap_table.add(session, cap=UNIQUE_PUBLIC_CAP)
root_cap_subst = UNIQUE_PUBLIC_CAP
else:
cap_table.add(session, cap=root_cap)
root_cap_subst = root_cap
from shinysdr.i.network.app import WebService
return WebService(reactor=self.reactor,
cap_table=cap_table.as_unenumerable_collection(),
http_endpoint=http_endpoint,
ws_endpoint=ws_endpoint,
root_cap=root_cap_subst,
title=title)
def make_service(app):
# TODO: Temporary glue while we refactor for multisession
session = app.get_session()
cap_table = CapTable(lambda bogus: bogus)
if root_cap is None:
cap_table.add(session, cap=UNIQUE_PUBLIC_CAP)
root_cap_subst = UNIQUE_PUBLIC_CAP
else:
cap_table.add(session, cap=root_cap)
root_cap_subst = root_cap
from shinysdr.i.network.app import WebService
return WebService(
reactor=self.reactor,
cap_table=cap_table.as_unenumerable_collection(),
flowgraph_for_debug=app.get_receive_flowgraph(), # TODO: Once we have the diagnostics or admin page however that turns out to work, this goes away
read_only_dbs=self.databases._get_read_only_databases(),
writable_db=self.databases._get_writable_database(),
http_endpoint=http_endpoint,
ws_endpoint=ws_endpoint,
root_cap=root_cap_subst,
title=title)
def make_service(app):
# TODO: Temporary glue while we refactor for multisession
session = app.get_session()
cap_table = CapTable(lambda bogus: bogus)
if root_cap is None:
cap_table.add(session, cap=UNIQUE_PUBLIC_CAP)
root_cap_subst = UNIQUE_PUBLIC_CAP
else:
cap_table.add(session, cap=root_cap)
root_cap_subst = root_cap
from shinysdr.i.network.webapp import WebService
return WebService(
reactor=self.reactor,
cap_table=cap_table.as_unenumerable_collection(),
http_endpoint=http_endpoint,
ws_endpoint=ws_endpoint,
root_cap=root_cap_subst,
title=title)
def make_service(app):
# TODO: Temporary glue while we refactor for multisession
session = app.get_session()
cap_table = CapTable(lambda bogus: bogus)
if root_cap is None:
cap_table.add(session, cap=UNIQUE_PUBLIC_CAP)
root_cap_subst = UNIQUE_PUBLIC_CAP
else:
cap_table.add(session, cap=root_cap)
root_cap_subst = root_cap
from shinysdr.i.network.app import WebService
return WebService(
reactor=self.reactor,
cap_table=cap_table.as_unenumerable_collection(),
flowgraph_for_debug=app.get_receive_flowgraph(), # TODO: Once we have the diagnostics or admin page however that turns out to work, this goes away
read_only_dbs=self.databases._get_read_only_databases(),
writable_db=self.databases._get_writable_database(),
http_endpoint=http_endpoint,
ws_endpoint=ws_endpoint,
root_cap=root_cap_subst,
title=title)
def setUp(self):
self.t = CapTable(self.__unserializer)
class TestCapTable(unittest.TestCase):
def setUp(self):
self.t = CapTable(self.__unserializer)
def __unserializer(self, state):
return unserialize_exported_state(BaseEntryPointStub, state)
def test_slug(self):
cap = self.t.add(BaseEntryPointStub(), slug='foo')
self.assertSubstring('foo-', cap)
def test_persistence(self):
stub = BaseEntryPointStub()
cap = self.t.add(stub)
state = self.t.as_persistable().state_to_json()
self.tearDown()
self.setUp()
self.t.as_persistable().state_from_json(state)
self.assertEqual(stub.get_serial_number(), self.t.as_unenumerable_collection()[cap].get_serial_number())
def test_deletion(self):
stub = DeletableStub()
cap = self.t.add(stub)
self.assertTrue(cap in self.t.as_unenumerable_collection())
# hidden when deleted flag is set
stub.set_deleted(True)
self.assertFalse(cap in self.t.as_unenumerable_collection())
# but not actually removed (to avoid iterate/delete conflicts)
stub.set_deleted(False)
self.assertTrue(cap in self.t.as_unenumerable_collection())
# and actually removed after a garbage_collect
stub.set_deleted(True)
self.t.garbage_collect()
stub.set_deleted(False)
self.assertFalse(cap in self.t.as_unenumerable_collection())
def setUp(self):
self.t = CapTable(self.__unserializer)
class TestCapTable(unittest.TestCase):
def setUp(self):
self.t = CapTable(self.__unserializer)
def __unserializer(self, state):
return unserialize_exported_state(BaseEntryPointStub, state)
def test_slug(self):
cap = self.t.add(BaseEntryPointStub(), slug='foo')
self.assertSubstring('foo-', cap)
def test_persistence(self):
stub = BaseEntryPointStub()
cap = self.t.add(stub)
state = self.t.as_persistable().state_to_json()
self.tearDown()
self.setUp()
self.t.as_persistable().state_from_json(state)
self.assertEqual(
stub.get_serial_number(),
self.t.as_unenumerable_collection()[cap].get_serial_number())
def test_deletion(self):
stub = DeletableStub()
cap = self.t.add(stub)
self.assertTrue(cap in self.t.as_unenumerable_collection())
# hidden when deleted flag is set
stub.set_deleted(True)
self.assertFalse(cap in self.t.as_unenumerable_collection())
# but not actually removed (to avoid iterate/delete conflicts)
stub.set_deleted(False)
self.assertTrue(cap in self.t.as_unenumerable_collection())
# and actually removed after a garbage_collect
stub.set_deleted(True)
self.t.garbage_collect()
stub.set_deleted(False)
self.assertFalse(cap in self.t.as_unenumerable_collection())