def post_message(mkey):
if not request.json:
abort(400)
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
app.logger.debug(request.json)
devices = Devices(c)
senml_ser = opentrv.data.senml.Serializer()
records = senml_ser.from_json_object(request.json)
for r in records:
d = devices.find_by_topic(r.topic)
if d is None:
d = devices.add_topic(r.topic)
app.logger.debug("Adding device {0}/{1}".format(d["mkey"], d["bn"]))
else:
app.logger.debug("Retrieving device {0}/{1}".format(d["mkey"], d["bn"]))
sensors = Sensors(d)
s = sensors.find_by_record(r)
if s is None:
s = sensors.add_record(r)
app.logger.debug("Adding sensor {0}/{1}/{2}".format(s["mkey"], s["bn"], s["n"]))
else:
app.logger.debug("Retrieving sensor {0}/{1}/{2}".format(s["mkey"], s["bn"], s["n"]))
sensors.save()
ts = Series(s)
ts.add_record(r)
ts.save()
devices.save()
return jsonify({'ok': True}), 201
def test_find_by_record(self):
mkey = "test_mkey"
bn = "mytopic"
d = {"mkey": mkey, "bn": bn}
r = opentrv.data.Record("t", datetime.datetime.utcnow(), 10)
sensors = Sensors(d)
sensors.add_record(r)
s = sensors.find_by_record(r)
self.assertIsNotNone(s)
self.assertEqual(mkey, s["mkey"])
self.assertEqual(bn, s["bn"])
self.assertEqual("t", s["n"])
def test_find_by_n(self):
mkey = "test_mkey"
bn = "mytopic"
n = "t"
d = {"mkey": mkey, "bn": bn}
sensors = Sensors(d)
sensors.add({"mkey": mkey, "bn": bn, "n": n})
s = sensors.find_by_n("t")
self.assertIsNotNone(s)
self.assertEqual(mkey, s["mkey"])
self.assertEqual(bn, s["bn"])
self.assertEqual(n, s["n"])
def get_sensor(mkey, bn, n):
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
devices = Devices(c)
d = devices.find_by_bn(bn)
if d is None:
abort(404)
sensors = Sensors(d)
s = sensors.find_by_n(n)
if s is None:
abort(404)
ts = Series(s)
return opentrv.data.senml.Serializer().to_json(ts.find_all_records())
def get_sensor(mkey, bn, n):
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
devices = Devices(c)
d = devices.find_by_bn(bn)
if d is None:
abort(404)
sensors = Sensors(d)
s = sensors.find_by_n(n)
if s is None:
abort(404)
ts = Series(s)
return opentrv.data.senml.Serializer().to_json(ts.find_all_records())
def get_device(mkey, bn):
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
devices = Devices(c)
d = devices.find_by_bn(bn)
if d is None:
abort(404)
sensors = Sensors(d)
cat = opentrv.data.hypercat.Catalogue([
opentrv.data.hypercat.CatalogueItem(
url_for('get_sensor', mkey=s['mkey'], bn=s['bn'], n=s['n']),
"Sensor {0}/{1}/{2}".format(s['mkey'], s['bn'], s['n']),
content_type=opentrv.data.senml.MIME_TYPE,
payload=s) for s in sensors.find_all()
])
return opentrv.data.hypercat.Serializer().to_json(cat)
def get_device(mkey, bn):
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
devices = Devices(c)
d = devices.find_by_bn(bn)
if d is None:
abort(404)
sensors = Sensors(d)
cat = opentrv.data.hypercat.Catalogue(
[opentrv.data.hypercat.CatalogueItem(
url_for('get_sensor', mkey=s['mkey'], bn=s['bn'], n=s['n']),
"Sensor {0}/{1}/{2}".format(s['mkey'], s['bn'], s['n']),
content_type = opentrv.data.senml.MIME_TYPE,
payload = s
) for s in sensors.find_all()]
)
return opentrv.data.hypercat.Serializer().to_json(cat)
def post_message(mkey):
if not request.json:
abort(400)
c = concs.find_by_mkey(mkey)
if c is None:
abort(404)
app.logger.debug(request.json)
devices = Devices(c)
senml_ser = opentrv.data.senml.Serializer()
records = senml_ser.from_json_object(request.json)
for r in records:
d = devices.find_by_topic(r.topic)
if d is None:
d = devices.add_topic(r.topic)
app.logger.debug("Adding device {0}/{1}".format(
d["mkey"], d["bn"]))
else:
app.logger.debug("Retrieving device {0}/{1}".format(
d["mkey"], d["bn"]))
sensors = Sensors(d)
s = sensors.find_by_record(r)
if s is None:
s = sensors.add_record(r)
app.logger.debug("Adding sensor {0}/{1}/{2}".format(
s["mkey"], s["bn"], s["n"]))
else:
app.logger.debug("Retrieving sensor {0}/{1}/{2}".format(
s["mkey"], s["bn"], s["n"]))
sensors.save()
ts = Series(s)
ts.add_record(r)
ts.save()
devices.save()
return jsonify({'ok': True}), 201
