async def power(self, value):
message = OcfRequest(op='update',
to=dict(href='/power'),
cn=dict(value=value))
result = await self.device.on_post_request(message)
print(result.get('value'))
message = OcfRequest(op='retrieve', to=dict(href='/power'))
result = await self.device.on_get_request(message)
print(result.get('value'))
self.assertEqual(result['value'], value)
async def test_power(self):
value = True
console_device = Device.init_from_file('Console', '4')
console_task = await wait_run_device(console_device)
bridge_device = Device.init_from_file('SerialBridgeToRadio', '3')
bridge_task = await wait_run_device(bridge_device)
self.config['/oic/con']['bridge']['anchor'] = bridge_device.link[
'anchor']
self.config['/oic/con']['bridge']['eps'] = bridge_device.link['eps']
self.device = Device.init_from_config(self.config,
path=self.config_path)
device_task = await wait_run_device(self.device)
# подписываемся на все данные приятые из эфира
# message = OcfRequest(op='retrieve', fr=console_device.link, to=dict(href='/radio_msg'), obs=0)
link = bridge_device.get_link('/radio_msg')
await console_device.observe(link, console_device.on_update_console)
message = OcfRequest(op='update',
to=dict(href='/curtain'),
cn=dict(openLevel=100))
# while True:
result = await self.device.on_post_request(message)
# await asyncio.sleep(5)
pass
await asyncio.sleep(999)
def test_set_light_baseline(self):
self.device = Device.init_from_config(self.config)
data = dict(value=True, brightness=100)
message = OcfRequest(
**dict(operation='update', uri_path=['light'], data=data))
self.device.on_init()
result = self.device.on_post_request(message)
self.assertDictEqual(result, data)
def test_get_light_brightness(self):
self.device = Device.init_from_config(
None, dict(handler=Device.__name__, data=self.config))
message = OcfRequest(**dict(operation='get',
uri='/light',
query={'rt': ['oic.r.light.brightness']}))
self.device.on_get_request(message)
# self.devices.run()
pass
async def test_update_radio_msg(self):
# raw = 'L8000;H4589;L1412;H353;L706;H706;L353;H353;L706;H706;L353;H706;L353;H353;L706;H706;L353;H706;L353;H706;L353;H353;L706;H706;L353;H706;L353;H706;L353;H706;L353;H706;L353;H706;L353;H706;L353;H353;L706;H706;L353;H353;L706;H706;L353;H706;L353;H706;L353;H706;L353;H353;L706;H353;L706;H353;L706;H353;L706;H706;L353;H353;L706;H353;L706;H706;L353;H353;L706;H353;L706;H353;L706;H706;L353;H353;L706;H353;L706;H353;L706;H706;L20000;'
raw = 'L8000;H4730;L1433;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H710;L355;H710;L355;H355;L710;H710;L355;H355;L710;H710;L355;H710;L355;H710;L355;H710;L355;H355;L710;H355;L710;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H355;L710;H710;L355;H355;L710;H355;L710;H355;L710;H710;L2000;'
cn = dict(raw=raw)
bridge_device = Device.init_from_file('SerialBridgeToRadio', '3')
bridge_task = await wait_run_device(bridge_device)
message = OcfRequest(op='update', to=dict(href='/radio_msg'), cn=cn)
result = await bridge_device.on_post_request(message)
# self.assertEqual(result['openLevel'], 2)
bridge_task.cancel()
pass
async def add_delete_device_from_update_running_device(
self, virtual_server_class):
device = virtual_server_class.init_from_config()
device_task = asyncio.create_task(device.main())
while device.get_param('/oic/mnt', 'status') == 'init':
try:
device_task.result()
except asyncio.InvalidStateError:
pass
await asyncio.sleep(0.1)
msg = OcfRequest(
cn={
"running_devices": [{
"dmno": "EchoDevice",
"n": "Test1"
}, {
"dmno": "EchoDevice",
"n": "Test2"
}]
})
await device.post_devices(msg)
await asyncio.sleep(0.2)
devices = device.get_param(*device.run_dev)
self.assertEqual(len(devices), 2, 'count devices')
# удаляем девайс
msg = OcfRequest(cn={"running_devices": [devices[0]]})
await device.post_devices(msg)
await asyncio.sleep(0.1)
devices = device.get_param(*device.run_dev)
self.assertEqual(len(devices), 1, 'count devices')
device_task.cancel()
try:
await device_task
except asyncio.CancelledError:
pass
async def test_update_open_level(self):
bridge_device = Device.init_from_file('SerialBridgeToRadio', '3')
bridge_task = await wait_run_device(bridge_device)
self.config['/oic/con']['bridge']['anchor'] = bridge_device.link[
'anchor']
self.config['/oic/con']['bridge']['eps'] = bridge_device.link['eps']
self.device = Device.init_from_config(self.config,
path=self.config_path)
device_task = await wait_run_device(self.device)
message = OcfRequest(op='update',
to=dict(href='/curtain'),
cn=dict(openLevel=30))
result = await self.device.on_post_request(message)
await asyncio.sleep(100)
bridge_task.cancel()
device_task.cancel()
async def test_update_switch(self):
value = False
modbus_device = ModbusDevice.init_from_config(self.modbus_config,
path=self.config_path)
modbus_task = await wait_run_device(modbus_device)
self.config['/oic/con']['master'] = modbus_device.link
self.device = Device.init_from_config(self.config,
path=self.config_path)
device_task = await wait_run_device(self.device)
message = OcfRequest(op='update',
to=dict(href='/power'),
cn=dict(value=value))
result = await self.device.on_post_request(message)
self.assertEqual(result['value'], value)
modbus_task.cancel()
device_task.cancel()
pass
async def test_update_brightness(self):
brightness = 0
modbus_device = ModbusDevice.init_from_config(self.modbus_config,
path=self.config_path)
modbus_task = await wait_run_device(modbus_device)
self.config['/oic/con']['master'] = modbus_device.link
self.device = Device.init_from_config(self.config,
path=self.config_path)
device_task = await wait_run_device(self.device)
message = OcfRequest(op='update',
to=dict(href='/brightness'),
cn=dict(brightness=brightness))
result = await self.device.on_post_request(message)
self.assertEqual(result['brightness'], brightness)
modbus_task.cancel()
device_task.cancel()
pass
def test_retrieve(self):
sender = {'href': '/light', 'eps': [{'ep': 'coap://127.0.0.1:1111'}]}
receiver = {
'href': '/oic/res',
'eps': [{
'ep': 'coap://127.0.0.1:2222'
}]
}
request = OcfRequest(to=receiver,
fr=sender,
op='retrieve',
token=1,
mif=2,
**dict(query={'if': "oic.d"}))
data = None
answer = OcfResponse.generate_answer(data, request)
pass
async def test_retrieve_color(self):
modbus_device = ModbusDevice.init_from_config(self.modbus_config,
path=self.config_path)
modbus_task = await wait_run_device(modbus_device)
self.config['/oic/con']['master'] = modbus_device.link
self.device = Device.init_from_config(self.config,
path=self.config_path)
device_task = await wait_run_device(self.device)
message = OcfRequest(op='retrieve', to=dict(href='/color'))
result = await self.device.on_get_request(message)
print(result)
# self.assertEqual(result['color'], value)
modbus_task.cancel()
device_task.cancel()
await modbus_task
await device_task
pass
async def test_echo_post_message(self, **kwargs):
device_task = await wait_run_device(self.device)
# from aio_modbus_client.ModbusProtocolEcho import ModbusProtocolEcho
pdu = '\x00\x02\x00\x01'
# self.device.modbus = ModbusProtocolEcho({
# pdu: '\x01\x00\x01'
# })
data = dict(slave=0x78,
function=16,
pdu=OcfMessageRequest.b64decode(pdu.encode()),
answerSize=10,
baudRate=9600,
parity=0,
stopBits=2,
dataBits=8)
message = OcfRequest(
**dict(op='post', to=dict(href='/modbus_msg'), cn=data))
result = await self.device.on_post_request(message)
self.assertEqual(result, '\x01\x00\x01')
pass
async def test_local_discovery(self):
msg = OcfRequest(**dict(uri_path=['oic', 'res'], operation='get'))
res = self.device.on_get_request(msg)
await asyncio.sleep(600)
pass
def test_get_light1_baseline(self):
self.device = Device.init_from_config(
None, dict(handler=Device.__name__, data=self.config))
message = OcfRequest(**dict(operation='get', uri='/light'))
result = self.device.on_get_request(message)
pass