def test_plugin_shutdown(mocker):
# GIVEN
config = copy.deepcopy(cc2650async._DEFAULT_CONFIG)
config['bluetoothAddress']['value'] = config['bluetoothAddress']['default']
config['connectionTimeout']['value'] = config['connectionTimeout'][
'default']
config['shutdownThreshold']['value'] = config['shutdownThreshold'][
'default']
log_info = mocker.patch.object(cc2650async._LOGGER, "info")
mocker.patch.object(SensorTagCC2650, "__init__", return_value=None)
mocker.patch.object(SensorTagCC2650, "is_connected", True)
mocker.patch.object(SensorTagCC2650,
"get_char_handle",
return_value=0x0000)
mocker.patch.object(SensorTagCC2650,
"get_notification_handles",
return_value=[0x0000])
mocker.patch.object(SensorTagCC2650, "char_write_cmd", return_value=None)
mocker.patch.object(SensorTagCC2650, "disconnect", return_value=None)
returned_config = cc2650async.plugin_init(config)
# WHEN
cc2650async.plugin_shutdown(returned_config)
# THEN
calls = [
call('SensorTagCC2650 (async) {} Disconnected.'.format(
config['bluetoothAddress']['value'])),
call('CC2650 async plugin shut down.'),
call('SensorTagCC2650 {} async fetching initialized'.format(
config['bluetoothAddress']['value']))
]
log_info.assert_has_calls(calls, any_order=True)
def test_plugin_init(mocker):
# GIVEN
config = copy.deepcopy(cc2650async._DEFAULT_CONFIG)
config['bluetoothAddress']['value'] = config['bluetoothAddress']['default']
config['connectionTimeout']['value'] = config['connectionTimeout'][
'default']
config['shutdownThreshold']['value'] = config['shutdownThreshold'][
'default']
mocker.patch.object(SensorTagCC2650, "__init__", return_value=None)
mocker.patch.object(SensorTagCC2650, "is_connected", True)
mocker.patch.object(SensorTagCC2650,
"get_char_handle",
return_value=0x0000)
mocker.patch.object(SensorTagCC2650,
"get_notification_handles",
return_value=[0x0000])
log_info = mocker.patch.object(cc2650async._LOGGER, "info")
# WHEN
returned_config = cc2650async.plugin_init(config)
# THEN
assert "characteristics" in returned_config
assert "tag" in returned_config
log_info.assert_called_once_with(
'SensorTagCC2650 {} async fetching initialized'.format(
config['bluetoothAddress']['value']))
def test_plugin_reconfigure(mocker):
# GIVEN
config = copy.deepcopy(cc2650async._DEFAULT_CONFIG)
config['bluetoothAddress']['value'] = config['bluetoothAddress']['default']
config['connectionTimeout']['value'] = config['connectionTimeout'][
'default']
config['shutdownThreshold']['value'] = config['shutdownThreshold'][
'default']
log_info = mocker.patch.object(cc2650async._LOGGER, "info")
mocker.patch.object(SensorTagCC2650, "__init__", return_value=None)
mocker.patch.object(SensorTagCC2650, "is_connected", True)
mocker.patch.object(SensorTagCC2650,
"get_char_handle",
return_value=0x0000)
mocker.patch.object(SensorTagCC2650,
"get_notification_handles",
return_value=[0x0000])
mocker.patch.object(SensorTagCC2650, "disconnect", return_value=None)
returned_old_config = cc2650async.plugin_init(config)
# Only bluetoothAddress is changed
config2 = copy.deepcopy(_NEW_CONFIG)
config2['bluetoothAddress']['value'] = config2['bluetoothAddress'][
'default']
config2['connectionTimeout']['value'] = config2['connectionTimeout'][
'default']
config2['shutdownThreshold']['value'] = config2['shutdownThreshold'][
'default']
pstop = mocker.patch.object(cc2650async, '_plugin_stop', return_value=True)
# WHEN
new_config = cc2650async.plugin_reconfigure(returned_old_config, config2)
# THEN
for key, value in new_config.items():
if key in ('characteristics', 'tag', 'restart', 'bluetoothAddress'):
continue
assert returned_old_config[key] == value
# Confirm the new bluetoothAddress
assert new_config['bluetoothAddress']['value'] == config2[
'bluetoothAddress']['value']
assert new_config["restart"] == "yes"
assert 1 == pstop.call_count
log_info_call_args = log_info.call_args_list
assert log_info_call_args[0] == call(
'SensorTagCC2650 B0:91:22:EA:79:04 async fetching initialized')
args, kwargs = log_info_call_args[1]
assert 'new config' in args[
0] # Assert to check if 'new config' text exists when reconfigured
assert log_info_call_args[2] == call(
'SensorTagCC2650 C0:92:23:EB:80:05 async fetching initialized')
assert log_info_call_args[3] == call(
'Restarting CC2650ASYN plugin due to change in configuration keys [bluetoothAddress]'
)
async def test_plugin_start(mocker, loop):
# GIVEN
config = copy.deepcopy(cc2650async._DEFAULT_CONFIG)
config['bluetoothAddress']['value'] = config['bluetoothAddress']['default']
config['connectionTimeout']['value'] = config['connectionTimeout'][
'default']
config['shutdownThreshold']['value'] = config['shutdownThreshold'][
'default']
log_info = mocker.patch.object(cc2650async._LOGGER, "info")
log_error = mocker.patch.object(cc2650async._LOGGER, "error")
mocker.patch.object(SensorTagCC2650, "__init__", return_value=None)
mocker.patch.object(SensorTagCC2650, "is_connected", True)
mocker.patch.object(SensorTagCC2650,
"get_char_handle",
return_value="0x0000")
mocker.patch.object(SensorTagCC2650,
"get_notification_handles",
return_value=[0x0000])
mocker.patch.object(SensorTagCC2650, "reading_iterations", 1)
returned_config = cc2650async.plugin_init(config)
con = mocker.patch.object(returned_config['tag'],
"con",
return_value=Mock(spec=pexpect))
con.expect = Mock(return_value=1)
mocker.patch.object(returned_config['tag'],
"char_read_hnd",
return_value=None)
mocker.patch.object(returned_config['tag'],
"char_write_cmd",
return_value=None)
mocker.patch.object(returned_config['tag'],
"hex_temp_to_celsius",
return_value=(None, None))
mocker.patch.object(returned_config['tag'],
"hex_lux_to_lux",
return_value=None)
mocker.patch.object(returned_config['tag'],
"hex_humidity_to_rel_humidity",
return_value=(None, None))
mocker.patch.object(returned_config['tag'],
"hex_pressure_to_pressure",
return_value=None)
mocker.patch.object(returned_config['tag'],
"hex_movement_to_movement",
return_value=(None, None, None, None, None, None, None,
None, None, None))
mocker.patch.object(returned_config['tag'],
"get_battery_level",
return_value=None)
# WHEN
loop.call_soon(cc2650async.plugin_start(returned_config))
# THEN
assert "characteristics" in returned_config
assert "tag" in returned_config
log_info.assert_called_once_with(
'SensorTagCC2650 B0:91:22:EA:79:04 async fetching initialized')