Python client for Relayr API
Project description
Welcome to the relayr Python Library. The repository provides Python developers with programmatic access points to the relayr platform.
These include access to the relayr cloud via the relayr API as well as direct connection to the relayr WunderBar sensors, via Bluetooth Low Energy (using BlueZ on Linux, still very experimental).
Installation
You can install the library using one of the following methods, with the help of Pip:
You can download the very latest version of the repository from GitHub:
pip install git+https://github.com/relayr/python-sdk
You could also use the following to install the package from the Python Package Index:
pip install relayr
Examples
Receive a 10 second data stream, from one of your WunderBar sensors (device). In the example below the device does not have to be a public one in order to be used. You can obtain your device IDs from the relayr Dashboard My Devices section:
MQTT style (new)
import time
from relayr import Client
from relayr.dataconnection import MqttStream
c = Client(token='<my_access_token>')
dev = c.get_device(id='<my_device_id>')
def mqtt_callback(topic, payload):
print('%s %s' % (topic, payload))
stream = MqttStream(mqtt_callback, [dev])
stream.start()
time.sleep(10)
stream.stop()
PubNub style (old)
import time
from relayr import Client
c = Client(token='<my_access_token>')
dev = c.get_device(id='<my_device_id>').get_info()
user = c.get_user()
app = c.get_app()
def pubnub_callback(message, channel):
print(repr(message), type(message))
conn = user.connect_device(app, dev, pubnub_callback)
conn.start()
time.sleep(10)
conn.stop()
Switch a device’s LED on/off
from relayr import Client
c = Client(token='<my_access_token>')
d = c.get_device(id='<my_device_id>')
d.switch_led_on(True)
Documentation
For references to the full documenation for the Python library please visit our Developer Dashboard Python section!