def test_unregister_not_registered(manager: SmartAppManager):
"""Test register with the same app twice."""
# Act
with pytest.raises(ValueError) as e_info:
manager.unregister(APP_ID)
# Assert
assert str(e_info.value) == 'smartapp was not previously registered.'
def test_unregister_no_app_id(manager: SmartAppManager):
"""Test unregister with no SmartApp app id."""
# Act
with pytest.raises(ValueError) as e_info:
manager.unregister(None)
# Assert
assert str(e_info.value) == 'smartapp must have an app_id.'
def test_unregister(manager: SmartAppManager):
"""Test unregister."""
# Arrange'
manager.register(APP_ID, '123')
# Act
manager.unregister(APP_ID)
# Assert
assert APP_ID not in manager.smartapps
def test_register_twice(manager: SmartAppManager):
"""Test register with the same app twice."""
# Arrange
public_key = '123'
manager.register(APP_ID, public_key)
# Act
with pytest.raises(ValueError) as e_info:
manager.register(APP_ID, public_key)
# Assert
assert str(e_info.value) == 'smartapp already registered.'
async def test_on_uninstall(manager: SmartAppManager):
"""Tests the config event handler at the manager level."""
# Arrange
request = get_fixture("uninstall_request")
app = manager.register(APP_ID, 'none')
handler = get_dispatch_handler(app)
manager.connect_uninstall(handler)
# Act
await manager.handle_request(request, None, False)
# ensure dispatched tasks complete
await asyncio.gather(*manager.dispatcher.last_sent)
# Assert
assert handler.fired
def test_register(manager: SmartAppManager):
"""Test register."""
public_key = '123'
# Act
app = manager.register(APP_ID, public_key)
# Assert
assert app.app_id == APP_ID
assert app.public_key == public_key
assert app.path == manager.path
assert APP_ID in manager.smartapps
def manager(event_loop) -> SmartAppManager:
"""Fixture for testing against the SmartAppManager class."""
return SmartAppManager('/path/to/app',
dispatcher=Dispatcher(loop=event_loop))