def equipment(self):
return [
devicehive.Equipment(name='LED',
code='LED',
type='Controllable LED'),
devicehive.Equipment(name='THERMO', code='temp', type='TempSensor')
]
def generate_info():
return devicehive.DeviceInfo(id = '0204eede-2297-11e2-882c-e0cb4eb92129',
key = 'Exmaple Device Key',
name = 'DeviceHive Python Example',
status = 'Online',
network = devicehive.Network(key = 'Network Name', name = 'Network Name', descr = 'Network Description'),
device_class = devicehive.DeviceClass(name = 'Example Network', version = '1.0', is_permanent = False),
equipment = [devicehive.Equipment(name = 'ExampleEquipment', code = 'ExampleCode', type = 'ExampleType')])
def __init__(self):
super(RPiDescr, self).__init__(
name='RPi/Py LED Device',
status='Online',
network=devicehive.Network(key='Python Network',
name='Python Network',
descr='Python Devices Test Network'),
device_class=devicehive.DeviceClass(name='Python Device Class',
version='1.0'),
equipment=[
devicehive.Equipment(name='LED',
code='LED',
type='Controllable LED'),
devicehive.Equipment(name='DS18B20',
code='temp',
type='Temperature Sensor')
])
pass
class FakeDevice(object):
implements(devicehive.interfaces.IDeviceInfo)
id = ''
key = 'fake-device'
name = 'fake-device'
status = 'Online'
data = None
network = devicehive.Network(id='netid', name='netname', key='netkey', descr='net descr')
device_class = devicehive.DeviceClass(name='devcls-name', version='0.1')
equipment = [devicehive.Equipment('eq-name', 'eq-code', 'eq-type'), ]
class FakeDevice(object):
implements(devicehive.interfaces.IDeviceInfo)
id = ''
key = 'fake-device'
name = 'fake-device'
status = 'Online'
data = None
network = devicehive.Network(id='netid',
name='netname',
key='netkey',
descr='net descr'),
device_class = devicehive.DeviceClass(name='devcls-name',
version='0.1'),
equipment = [
devicehive.Equipment('eq-name', 'eq-code', 'eq-type'),
]
class FakeFactory(object):
def __init__(self, device_delegate):
self.device_delegate = device_delegate
self.uri = 'http://localhost/'
self.host = 'localhost'
self.info = FakeDevice()
def setUp(self):
self.device_delegate = TestRegisterRequest.FakeDeviceDelegate()
self.factory = TestRegisterRequest.FakeFactory(
self.device_delegate)
self.transport = StringTransport()
self.protocol = HTTP11ClientProtocol()
self.protocol.makeConnection(self.transport)
def test_request(self):
request = devicehive.poll.RegisterRequest(self.factory)
r = self.protocol.request(request)
def request_done(resp):
self.assertTrue(200, resp.code)
r.addCallback(request_done)
self.protocol.dataReceived(
'HTTP/1.1 200 OK\r\nContent-Length: 0\r\nConnection: close\r\n\r\n'
)
data = json.dumps(self.device_delegate.registration_info())
headers = '\r\n'.join(
('PUT /device/device-id HTTP/1.1', 'Connection: close',
'Content-Length: {0}'.format(len(data)),
'Content-Type: application/json', 'Host: localhost',
'Auth-Deviceid: {0}'.format(self.device_delegate.device_id()),
'Auth-Devicekey: {0}'.format(
self.device_delegate.device_key()),
'Accept: application/json'))
self.assertEquals(headers + '\r\n\r\n' + data,
str(self.transport.value()))
def __init__(self):
super(RPiDescr, self).__init__(
name='LiV Device',
status='Online',
network=devicehive.Network(key='yourKeyHere',
name='LiV Network',
descr='LiV Air Monitoring Network'),
device_class=devicehive.DeviceClass(name='LiV', version='1.0'),
equipment=[
devicehive.Equipment(name='K30',
code='CO2s',
type='CO2 sensor'),
devicehive.Equipment(name='DHT22',
code='temp',
type='Temperature Sensor'),
devicehive.Equipment(name='DHT22',
code='hum',
type='Humidity Sensor'),
devicehive.Equipment(name='BMP170',
code='ap',
type='Air Pressure Sensor')
])
pass
def test_device_save_with_equipment_and_data(self):
info = self.create_test_device()
info.equipment = (devicehive.Equipment(name='en', code='cd', type='tp', data='dt'), )
self.factory.device_save(info)
s = decode_ws_message(self.transport.value())
self.assertDictEqual({
u'action': u'device/save',
u'device': {
u'equipment': [{u'name': u'en', u'code': u'cd', u'type': u'tp', u'data': u'dt', }, ],
u'name': u'td_name',
u'key': u'td_key'
},
u'deviceKey': u'td_key',
u'deviceId': u'td_id',
u'requestId': max(self.proto.msg_callbacks.keys()),
}, json.loads(s))
def equipment(self):
return [
devicehive.Equipment(name='VirtualLED',
code='LED',
type='Controllable LED')
]
def test_device_save(self):
class TestDev(object):
implements(IDeviceInfo)
id = 'td_id'
key = 'td_key'
name = 'td_name'
equipment = []
status = None
network = None
device_class = None
self.transport.clear()
# minimal message
info = TestDev()
self.factory.device_save(info)
s = decode_ws_message(self.transport.value())
self.assertEquals(
{
u'action': u'device/save',
u'device': {
u'equipment': [],
u'name': u'td_name',
u'key': u'td_key'
},
u'deviceKey': u'td_key',
u'deviceId': u'td_id',
u'requestId': max(self.proto.msg_callbacks.keys())
}, json.loads(s))
# with equipment
self.transport.clear()
info.equipment = [
devicehive.Equipment(name='en', code='cd', type='tp', data=None)
]
self.factory.device_save(info)
s = decode_ws_message(self.transport.value())
self.assertEquals(
{
u'action': u'device/save',
u'device': {
u'equipment': [{
u'name': u'en',
u'code': u'cd',
u'type': u'tp'
}],
u'name':
u'td_name',
u'key':
u'td_key'
},
u'deviceKey': u'td_key',
u'deviceId': u'td_id',
u'requestId': max(self.proto.msg_callbacks.keys())
}, json.loads(s))
# equipment with data
self.transport.clear()
info.equipment = [
devicehive.Equipment(name='en', code='cd', type='tp', data='dt')
]
self.factory.device_save(info)
s = decode_ws_message(self.transport.value())
self.assertEquals(
{
u'action': u'device/save',
u'device': {
u'equipment': [{
u'name': u'en',
u'code': u'cd',
u'type': u'tp',
u'data': u'dt'
}],
u'name':
u'td_name',
u'key':
u'td_key'
},
u'deviceKey': u'td_key',
u'deviceId': u'td_id',
u'requestId': max(self.proto.msg_callbacks.keys())
}, json.loads(s))
# with network
self.transport.clear()
info.network = devicehive.Network(id='nid',
key='nkey',
name='nname',
descr='ndesr')
self.factory.device_save(info)
s = decode_ws_message(self.transport.value())
self.assertEquals(
{
u'action': u'device/save',
u'device': {
u'equipment': [{
u'name': u'en',
u'code': u'cd',
u'type': u'tp',
u'data': u'dt'
}],
u'name':
u'td_name',
u'key':
u'td_key',
u'network': {
u'id': u'nid',
u'name': u'nname',
u'key': u'nkey',
u'description': 'ndesr'
}
},
u'deviceKey': u'td_key',
u'deviceId': u'td_id',
u'requestId': max(self.proto.msg_callbacks.keys())
}, json.loads(s))
import devicehive.gateway
import devicehive.gateway.i2c
DEVICE_INFO = ((0x78,
devicehive.DeviceInfo(
id=str('1d197265-2272-493a-b4c4-a79387111a57'),
name='Echo',
key='0x78',
network=devicehive.Network(id='i2cnet',
key='i2cnet',
name='I2C network'),
device_class=devicehive.DeviceClass(name='echo',
version='0.1'),
equipment=[
devicehive.Equipment(name='i2c-echo',
code='i2c-echo',
type='i2c-echo')
])),
(0x1e,
devicehive.DeviceInfo(
id=str('19c7ef2a-ee97-4ed2-be49-7fc7a6d6e85d'),
key='0x3c',
name='Compass',
network=devicehive.Network(id='i2cnet',
key='i2cnet',
name='I2C network'),
device_class=devicehive.DeviceClass(name='compass',
version='0.1'),
equipment=[
devicehive.Equipment(name='compass',
code='compass',
def equipment(self):
return [
devicehive.Equipment(name='PV voltage', code='PVV',
type='Voltage'),
devicehive.Equipment(name='PV current', code='PVC',
type='Amperes'),
devicehive.Equipment(name='PV power', code='PVP', type='Power'),
devicehive.Equipment(name='Battery Voltage',
code='BV',
type='Voltage'),
devicehive.Equipment(name='gridVoltage',
code='GRV',
type='Voltage'),
devicehive.Equipment(name='gridFrequency',
code='GRF',
type='Frequency'),
devicehive.Equipment(name='OutputVoltage',
code='OUV',
type='Voltage'),
devicehive.Equipment(name='OutputFrequency',
code='OUF',
type='Frequency'),
devicehive.Equipment(name='OutputApparentPower',
code='OAPP',
type='Power'),
devicehive.Equipment(name='OutputActivePower',
code='ACTP',
type='Power'),
devicehive.Equipment(name='outputLoadPercent',
code='LOAD',
type='Percent'),
devicehive.Equipment(name='pBusVoltage Voltage',
code='BUSV',
type='Voltage'),
devicehive.Equipment(name='chargingCurrent',
code='CHRG_CUR',
type='Current'),
devicehive.Equipment(name='batteryCapacity',
code='BAT_CAP',
type='Percent'),
devicehive.Equipment(name='batDischargeCurrent',
code='BAT_DISCH_CURR',
type='Amperes'),
devicehive.Equipment(name='deviceStatus',
code='STATUS',
type='MODE'),
devicehive.Equipment(name='workMode', code='MODE', type='MODE'),
devicehive.Equipment(name='settings', code='SETT',
type='SETTINGS'),
devicehive.Equipment(name='loadStates',
code='LS',
type='bit array'),
]
