def test_secureConnection(self):
"""
L{_ExistingConnectionHelper.secureConnection} returns a L{Deferred}
which fires with whatever object was fed to
L{_ExistingConnectionHelper.__init__}.
"""
result = object()
helper = _ExistingConnectionHelper(result)
self.assertIs(result, self.successResultOf(helper.secureConnection()))
def test_cleanupConnectionImmediately(self):
"""
L{_ExistingConnectionHelper.cleanupConnection} does nothing to the
existing connection if called with C{immediate} set to C{True}.
"""
helper = _ExistingConnectionHelper(object())
# Bit hard to test nothing happens. However, since object() has no
# relevant methods or attributes, if the code is incorrect we can
# expect an AttributeError.
helper.cleanupConnection(object(), True)
def test_secureConnection(self):
"""
L{_ExistingConnectionHelper.secureConnection} returns a L{Deferred}
which fires with whatever object was fed to
L{_ExistingConnectionHelper.__init__}.
"""
result = object()
helper = _ExistingConnectionHelper(result)
self.assertIdentical(
result, self.successResultOf(helper.secureConnection()))
def test_cleanupConnectionImmediately(self):
"""
L{_ExistingConnectionHelper.cleanupConnection} does nothing to the
existing connection if called with C{immediate} set to C{True}.
"""
helper = _ExistingConnectionHelper(object())
# Bit hard to test nothing happens. However, since object() has no
# relevant methods or attributes, if the code is incorrect we can
# expect an AttributeError.
helper.cleanupConnection(object(), True)
def existingConnection(cls, connection):
"""Overload stock existinConnection to not require ``commands``."""
helper = _ExistingConnectionHelper(connection)
return cls(helper)
def existingConnection(cls, connection):
"""Overload stock existinConnection to not require ``commands``."""
helper = _ExistingConnectionHelper(connection)
return cls(helper)
