def test_lock_conflict_error(self):
error = RPCError(etree.Element('lock-denied'))
error._tag = 'lock-denied'
self.device.connection.lock.side_effect = error
with self.assertRaises(LockConflictError):
self.device.lock()
def test_lock_conflict_error(self):
error = RPCError(etree.Element('lock-denied'))
error._tag = 'lock-denied'
self.device.connection.lock.side_effect = error
with self.assertRaises(LockConflictError):
self.device.lock()
def test_unlock_conflict_error(self):
self.device._locked = True
error = RPCError(etree.Element('operation-failed'))
error._tag = 'operation-failed'
error._message = 'Unlock Failed'
self.device.connection.unlock.side_effect = error
with self.assertRaises(UnlockConflictError):
self.device.unlock()
def test_unlock_conflict_error(self):
self.device._locked = True
error = RPCError(etree.Element('operation-failed'))
error._tag = 'operation-failed'
error._message = 'Unlock Failed'
self.device.connection.unlock.side_effect = error
with self.assertRaises(UnlockConflictError):
self.device.unlock()
def test_unlock_error(self):
self.device._locked = True
self.device.connection.unlock.side_effect = RPCError(
etree.Element('error'))
with self.assertRaises(NCError):
self.device.unlock()
def test_execute_rpc_error(self):
self.device.connection.cli_display.side_effect = RPCError(
etree.Element('error'))
with self.assertRaises(NCError):
self.device.execute(self.device.connection.cli_display,
['display current'])