def test_autoCreateSensor(self):
sensorNotFound = Mock()
sensorNotFound.status_code = 404
sensorNotFound.text = '{"errorcode": "404-001", "message": ""}'
created = Mock()
created.status_code = 201
ok = Mock()
ok.status_code = 200
request = Mock()
request.side_effect = [authRequest(), sensorNotFound, created, ok]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
self.assertTrue("channel" in sensor)
calls = [
mock.call('GET', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/channels/channel/attributes/', mock.ANY),
mock.call('PUT', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/', mock.ANY),
mock.call('GET', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/channels/channel/attributes/', mock.ANY)
]
request.assert_has_calls(calls)
def main():
deviceName, key, sensorName, channelName = sys.argv[1:]
device = sensorcloud.Device(deviceName, key)
sensor = device.sensor(sensorName)
channel = sensor.channel(channelName)
channel.timeseries_append(sensorcloud.SampleRate.seconds(10),
[sensorcloud.Point(timeNow(), 10.5)])
def test_authError(self):
authRequestMock = Mock()
authRequestMock.doRequest = Mock()
authRequestMock.status_code = 401
authRequestMock.text = '{"errorcode": "401-001", "message": ""}'
sensorcloud.webrequest.Requests.Request = Mock(
return_value=authRequestMock)
with self.assertRaises(sensorcloud.UnauthorizedError):
device = sensorcloud.Device("FAKE", "fake")
device._requests.authenticate()
def test_truncatedUpload(self):
uploadRequest = Mock()
uploadRequest.doRequest = Mock()
uploadRequest.status_code = 400
uploadRequest.reason = ""
uploadRequest.text = '{"errorcode": "400-038", "message": ""}'
sensorcloud.webrequest.Requests.Request = Mock()
sensorcloud.webrequest.Requests.Request.side_effect = [authRequest(), uploadRequest]
with self.assertRaises(sensorcloud.TruncatedUploadError):
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.timeseries_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Point(12345, 10.5)])
def test_timeseriesGatewayTimeout(self):
uploadRequest = Mock()
uploadRequest.doRequest = Mock()
uploadRequest.status_code = 504
uploadRequest.reason = ""
uploadRequest.text = "text"
sensorcloud.webrequest.Requests.Request = Mock()
sensorcloud.webrequest.Requests.Request.side_effect = [authRequest(), uploadRequest]
with self.assertRaises(sensorcloud.ServerError):
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.timeseries_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Point(12345, 10.5)])
def test_reauthentication(self):
unauthorized = Mock()
unauthorized.status_code = 401
ok = Mock()
ok.status_code = 200
request = Mock()
request.side_effect = [authRequest(), unauthorized, authRequest(), ok]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
response = device.url("/fake/").get()
self.assertEqual(response.status_code, 200)
def test_histogramConflict(self):
uploadRequest = Mock()
uploadRequest.doRequest = Mock()
uploadRequest.status_code = 409
uploadRequest.reason = ""
uploadRequest.text = '{"errorcode": "409-001", "message": ""}'
sensorcloud.webrequest.Requests.Request = Mock()
sensorcloud.webrequest.Requests.Request.side_effect = [authRequest(), uploadRequest]
with self.assertRaises(sensorcloud.UserError):
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
data = [sensorcloud.Histogram(1234, 0, 1, [10.5])]
channel.histogram_append(sensorcloud.SampleRate.hertz(10), data)
def test_histogramGatewayTimeout(self):
uploadRequest = Mock()
uploadRequest.doRequest = Mock()
uploadRequest.status_code = 504
uploadRequest.reason = ""
uploadRequest.text = "text"
sensorcloud.webrequest.Requests.Request = Mock()
sensorcloud.webrequest.Requests.Request.side_effect = [authRequest(), uploadRequest]
with self.assertRaises(sensorcloud.ServerError):
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
data = [sensorcloud.Histogram(1234, 0, 1, [10.5])]
channel.histogram_append(sensorcloud.SampleRate.hertz(10), data)
def test_cacheSetOnUpload(self):
request = Mock()
request.side_effect = [authRequest(), created(), created()]
sensorcloud.webrequest.Requests.Request = request
fd, path = tempfile.mkstemp()
os.close(fd)
device = sensorcloud.Device("FAKE", "fake", cache_file=path)
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.timeseries_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Point(12345, 10.5)])
channel.histogram_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Histogram(123455, 0.0, 1.0, [10.5, 4328.3])])
self.assertEqual(channel._cache.timeseries_partition(sensorcloud.SampleRate.hertz(10)).last_timestamp, 12345)
self.assertEqual(channel._cache.histogram_partition(sensorcloud.SampleRate.hertz(10), 0.0, 1.0, 2).last_timestamp, 123455)
os.unlink(path)
def test_autoCreateSensorFails(self):
sensorNotFound = Mock()
sensorNotFound.status_code = 404
sensorNotFound.text = '{"errorcode": "404-001", "message": ""}'
serverError = Mock()
serverError.status_code = 500
request = Mock()
request.side_effect = [authRequest(), sensorNotFound, serverError]
sensorcloud.webrequest.Requests.Request = request
with self.assertRaises(sensorcloud.ServerError):
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
"channel" in sensor
def test_uploadHistogram(self):
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(0)
noPartitions = Mock()
noPartitions.status_code = 200
noPartitions.raw = packer.get_buffer()
request = Mock()
request.side_effect = [authRequest(), created(), noPartitions]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.histogram_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Histogram(12345, 0.0, 1.0, [10.5, 4328.3])])
self.assertEqual(channel.last_timestamp_nanoseconds, 12345)
def test_authValid(self):
token = "fake_token"
server = "dsx.sensorcloud.microstrain.com"
packer = xdrlib.Packer()
packer.pack_string(token)
packer.pack_string(server)
packer.pack_string("")
authRequestMock = Mock()
authRequestMock.doRequest = Mock()
authRequestMock.status_code = 200
authRequestMock.raw = packer.get_buffer()
sensorcloud.webrequest.Requests.Request = Mock(
return_value=authRequestMock)
device = sensorcloud.Device("FAKE", "fake")
device._requests.authenticate()
self.assertEqual(device._requests._authToken, token)
self.assertEqual(device._requests._apiServer, "https://" + server)
def test_createAndRetryChannel404(self):
sensorNotFound = Mock()
sensorNotFound.status_code = 404
sensorNotFound.text = '{"errorcode": "404-002", "message": ""}'
created = Mock()
created.status_code = 201
request = Mock()
request.side_effect = [authRequest(), sensorNotFound, created, created]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.timeseries_append(sensorcloud.SampleRate.hertz(10), [sensorcloud.Point(12345, 10.5)])
calls = [
mock.call('POST', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/channels/channel/streams/timeseries/data/', mock.ANY),
mock.call('PUT', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/channels/channel/', mock.ANY),
mock.call('POST', 'https://dsx.sensorcloud.microstrain.com/SensorCloud/devices/FAKE/sensors/sensor/channels/channel/streams/timeseries/data/', mock.ANY)
]
request.assert_has_calls(calls)
def test_noData_lastTimestampZero(self):
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(0)
noPartitions = Mock()
noPartitions.status_code = 200
noPartitions.raw = packer.get_buffer()
request = Mock()
request.side_effect = [authRequest(), noPartitions, noPartitions]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
self.assertEqual(channel.last_timestamp_nanoseconds, 0)
self.assertEqual(len(request.mock_calls), 3)
self.assertTrue(mockCallArg(request.mock_calls[1], 1, "url").endswith("/partitions/"))
self.assertTrue(mockCallArg(request.mock_calls[2], 1, "url").endswith("/partitions/"))
self.assertTrue("Accept" in mockCallArg(request.mock_calls[1], 2, "options").headers and
mockCallArg(request.mock_calls[1], 2, "options").headers["Accept"] == "application/xdr")
self.assertTrue("Accept" in mockCallArg(request.mock_calls[2], 2, "options").headers and
mockCallArg(request.mock_calls[2], 2, "options").headers["Accept"] == "application/xdr")
def test_cacheSetByGet(self):
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(10)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
packer.pack_uhyper(0)
packer.pack_uhyper(123456)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(15)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
tsPartitions = Mock()
tsPartitions.status_code = 200
tsPartitions.raw = packer.get_buffer()
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(30)
packer.pack_int(21)
packer.pack_float(10.0)
packer.pack_float(5.0)
packer.pack_uhyper(0)
packer.pack_uhyper(123455)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(60)
packer.pack_int(10)
packer.pack_float(11.0)
packer.pack_float(8.0)
histPartitions = Mock()
histPartitions.status_code = 200
histPartitions.raw = packer.get_buffer()
request = Mock()
request.side_effect = [authRequest(), tsPartitions, histPartitions]
sensorcloud.webrequest.Requests.Request = request
fd, path = tempfile.mkstemp()
os.close(fd)
device = sensorcloud.Device("FAKE", "fake", cache_file=path)
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
channel.last_timestamp_nanoseconds
self.assertEqual(channel._cache.timeseries_partition(sensorcloud.SampleRate.hertz(10)).last_timestamp, 12345)
self.assertEqual(channel._cache.timeseries_partition(sensorcloud.SampleRate.hertz(15)).last_timestamp, 123456)
self.assertEqual(channel._cache.histogram_partition(sensorcloud.SampleRate.seconds(30), 10.0, 5.0, 21).last_timestamp, 12345)
self.assertEqual(channel._cache.histogram_partition(sensorcloud.SampleRate.seconds(60), 11.0, 8.0, 10).last_timestamp, 123455)
os.unlink(path)
def test_lastTimestampUsesLatest(self):
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(10)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
packer.pack_uhyper(0)
packer.pack_uhyper(123456)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(10)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
tsPartitions = Mock()
tsPartitions.status_code = 200
tsPartitions.raw = packer.get_buffer()
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(30)
packer.pack_int(21)
packer.pack_float(10.0)
packer.pack_float(5.0)
packer.pack_uhyper(0)
packer.pack_uhyper(123455)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(60)
packer.pack_int(10)
packer.pack_float(11.0)
packer.pack_float(8.0)
histPartitions = Mock()
histPartitions.status_code = 200
histPartitions.raw = packer.get_buffer()
request = Mock()
request.side_effect = [authRequest(), tsPartitions, histPartitions]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
self.assertEqual(channel.last_timestamp_nanoseconds, 123456)
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(10)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
packer.pack_uhyper(0)
packer.pack_uhyper(123455)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(1)
packer.pack_int(10)
packer.pack_int(1)
packer.pack_int(1)
packer.pack_uhyper(12345)
packer.pack_float(10.5)
tsPartitions = Mock()
tsPartitions.status_code = 200
tsPartitions.raw = packer.get_buffer()
packer = xdrlib.Packer()
packer.pack_int(1)
packer.pack_int(2)
packer.pack_uhyper(0)
packer.pack_uhyper(12345)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(30)
packer.pack_int(21)
packer.pack_float(10.0)
packer.pack_float(5.0)
packer.pack_uhyper(0)
packer.pack_uhyper(123456)
packer.pack_int(15)
packer.pack_int(5000)
packer.pack_int(0)
packer.pack_int(60)
packer.pack_int(10)
packer.pack_float(11.0)
packer.pack_float(8.0)
histPartitions = Mock()
histPartitions.status_code = 200
histPartitions.raw = packer.get_buffer()
request = Mock()
request.side_effect = [authRequest(), tsPartitions, histPartitions]
sensorcloud.webrequest.Requests.Request = request
device = sensorcloud.Device("FAKE", "fake")
sensor = device.sensor("sensor")
channel = sensor.channel("channel")
self.assertEqual(channel.last_timestamp_nanoseconds, 123456)
d = Device(device_id, key)
print "test" in d
print d.has_sensor("test")
import logging
logging.basicConfig(level=logging.DEBUG)
Device_ID = "OAPI0079MY1R194D"
DEVICE_KEY = "5c2a834e6b276b7e9cdd0fabd07463197b0147d2146e2ea85aee9acc96a9434c"
AUTH_SERVER = "https://test.sensorcloud.microstrain.com"
device = sensorcloud.Device(device_id=Device_ID,
device_key=DEVICE_KEY,
auth_server=AUTH_SERVER)
s = device.sensor("test")
c = s["ch1"]
print c.name
#c.timeseries_append(SampleRate.hertz(1), [Point(datetime.now(),99)])
for p in c.timeseries_data():
print p
print c.last_timestamp
print c.last_point