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import asyncio
import os
import pytest
import logging
from pyagl.services.base import AFBResponse, AFBT
from pyagl.services.network import NetworkService as NS
pytestmark = [pytest.mark.asyncio, pytest.mark.network]
@pytest.fixture(scope='module')
def event_loop():
loop = asyncio.get_event_loop()
yield loop
@pytest.fixture(scope='module')
async def service():
address = os.environ.get('AGL_TGT_IP', 'localhost')
port = os.environ.get('AGL_TGT_PORT', None)
ns = await NS(ip=address, port=port)
yield ns
await ns.websocket.close()
@pytest.fixture(scope='module')
def expected_available_techs():
techs = os.environ.get('AGL_AVAILABLE_TECHS', 'wifi,ethernet,bluetooth').split(',')
return techs
@pytest.mark.regular
async def test_state(event_loop, service: NS):
msgid = await service.state()
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
assert resp.data == 'online'
@pytest.mark.regular
async def test_global_offline(event_loop, service: NS):
addr, _ = service.websocket.remote_address
print(f"Remote address is {addr}")
if addr != 'localhost' or addr != '127.0.0.1':
pytest.skip('We want to skip global offline mode until this is ran locally on the board against localhost')
msgid = await service.offline(True)
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_scan_services(event_loop, service: NS, expected_available_techs):
scannable_techs = ['wifi', 'bluetooth']
for t in scannable_techs:
if t in expected_available_techs:
msgid = service.scan_services(technology=t)
resp = await service.afbresponse()
assert resp.status == 'success', f'scan_services failed for technology {t} - {resp.info}'
@pytest.mark.regular
async def test_global_online(event_loop, service: NS):
msgid = await service.offline(False)
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
@pytest.mark.dependency
async def test_technologies_verb(event_loop, service: NS):
msgid = await service.technologies()
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
assert 'values' in resp.data
@pytest.mark.regular
@pytest.mark.dependency(depends=['test_technologies_verb'])
async def test_expected_existing_technologies(event_loop, service: NS, expected_available_techs):
msgid = await service.technologies()
resp = await service.afbresponse()
techs = [t['technology'] for t in resp.data['values']]
for t in expected_available_techs:
assert t in techs, f'"{t}" technology is expected to be available, but it is not'
@pytest.mark.regular
@pytest.mark.dependency(depends=['test_expected_existing_technologies'])
async def test_get_property(event_loop, service: NS, expected_available_techs):
for t in expected_available_techs:
msgid = await service.get_property(t)
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
assert isinstance(resp.data, dict)
expected_fields = frozenset(['name', 'type', 'powered', 'connected', 'tethering'])
# diverging_fields = frozenset(expected_fields).symmetric_difference(frozenset(resp.data.keys()))
diverging_fields = frozenset(expected_fields).difference(frozenset(resp.data.keys()))
assert len(diverging_fields) == 0, f'the following property fields are diverging from the expected: {diverging_fields}'
@pytest.mark.regular
@pytest.mark.xfail(reason='Expecting this to throw "permission denied" via the API, tethering from connmanctl succeeds')
async def test_enable_wifi_tethering(event_loop, service: NS, expected_available_techs):
if 'wifi' not in expected_available_techs:
pytest.skip('Skipping wifi tethering test because its not marked as available technology')
msgid = await service.set_property('wifi', {'tethering': True,
'TetheringIdentifier': 'AGL',
'TetheringPassphrase': 'agltestwifi'})
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
@pytest.mark.dependency(depends='test_enable_wifi_tethering')
async def test_disable_wifi_tethering(event_loop, service: NS, expected_available_techs):
if 'wifi' not in expected_available_techs:
pytest.skip('Skipping wifi tethering test because its not marked as available technology')
msgid = await service.set_property('wifi', {'tethering': False})
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
#
#@pytest.mark.regular
# async def test_set_property(event_loop, service: NS, expected_available_techs):
# for t in expected_available_techs:
# msgid = await service.set_property(t, {'tethering': True})
# resp = await service.afbresponse()
# assert resp.status == 'success', resp.info
# print(resp)
@pytest.mark.regular
async def test_services_verb(event_loop, service: NS):
msgid = await service.services()
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
assert 'values' in resp.data
@pytest.mark.regular
async def test_subscribe_global_state(event_loop, service: NS):
msgid = await service.subscribe('global_state')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_global_state(event_loop, service: NS):
msgid = await service.unsubscribe('global_state')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_subscribe_technologies(event_loop, service: NS):
msgid = await service.subscribe('technologies')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_technologies(event_loop, service: NS):
msgid = await service.unsubscribe('technologies')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_subscribe_tech_props(event_loop, service: NS):
msgid = await service.subscribe('technology_properties')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_tech_props(event_loop, service: NS):
msgid = await service.unsubscribe('technology_properties')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_subscribe_services(event_loop, service: NS):
msgid = await service.subscribe('services')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_services(event_loop, service: NS):
msgid = await service.unsubscribe('services')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_subscribe_service_props(event_loop, service: NS):
msgid = await service.subscribe('service_properties')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_service_props(event_loop, service: NS):
msgid = await service.unsubscribe('service_properties')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_subscribe_agent(event_loop, service: NS):
msgid = await service.subscribe('agent')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_unsubscribe_agent(event_loop, service: NS):
msgid = await service.unsubscribe('agent')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_enable_wifi(event_loop, service: NS, expected_available_techs):
if 'wifi' not in expected_available_techs:
pytest.skip('Skipping enable_technology for "wifi" because it is not expected to be available')
msgid = await service.enable_technology('wifi')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_disable_wifi(event_loop, service: NS, expected_available_techs):
if 'wifi' not in expected_available_techs:
pytest.skip('Skipping disable_technology for "wifi" because it is not expected to be available')
msgid = await service.disable_technology('wifi')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_enable_bluetooth(event_loop, service: NS, expected_available_techs):
if 'bluetooth' not in expected_available_techs:
pytest.skip('Skipping enable_technology for "bluetooth" because it is not expected to be available')
msgid = await service.enable_technology('bluetooth')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_disable_bluetooth(event_loop, service: NS, expected_available_techs):
if 'bluetooth' not in expected_available_techs:
pytest.skip('Skipping disable_technology for "bluetooth" because it is not expected to be available')
msgid = await service.disable_technology('bluetooth')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_enable_ethernet(event_loop, service: NS, expected_available_techs):
if 'ethernet' not in expected_available_techs:
pytest.skip('Skipping enable_technology for "ethernet" because it is not expected to be available')
msgid = await service.enable_technology('ethernet')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
@pytest.mark.regular
async def test_disable_ethernet(event_loop, service: NS, expected_available_techs):
addr, _ = service.websocket.remote_address
if addr != 'localhost' or addr != '127.0.0.1':
pytest.skip('Skipping this test until it is ran locally on the board, '
'presuming it is the only available interface to connect to remotely for testing')
if 'ethernet' not in expected_available_techs:
pytest.skip('Skipping disable_technology for "ethernet" because it is not expected to be available')
msgid = await service.disable_technology('ethernet')
resp = await service.afbresponse()
assert resp.status == 'success', resp.info
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