from _examples import *
from ninja.api import NinjaAPI
from ninja.devices import TemperatureSensor
from datetime import datetime
# Set up the NinjaAPI and Device wrappers:
api = NinjaAPI(secrets.ACCESS_TOKEN)
device = TemperatureSensor(api, secrets.TEMP_ID)
# Prep the logfile with some headings
LOGFILE = 'temp_in_celsius.csv'
file(LOGFILE, 'w').write('Date,Temperature (C)\n')
# Log the current temperature reading to a file, adding each
# new entry of date and temperature in celsius to a new line.
def saveTempCelsius(inst, data):
date = inst.last_read.isoformat()
line = date + ',' + str(data.c) + '\n'
print line[:-2]
file(LOGFILE, 'a').write(line)
# Update the log on the heartbeat event.
device.onHeartbeat(saveTempCelsius)
# Run the heartbeat every 30 seconds.
device.pulse(period=30)
from datetime import datetime
# Set up the NinjaAPI and Device wrappers:
api = NinjaAPI(secrets.ACCESS_TOKEN)
device = TemperatureSensor(api, secrets.TEMP_ID)
# Prep the logfile with some headings
LOGFILE = 'temp_in_celsius.csv'
file(LOGFILE, 'w').write('Date,Temperature (C)\n')
# Log the current temperature reading to a file, adding each
# new entry of date and temperature in celsius to a new line.
def saveTempCelsius(inst, data):
date = inst.last_read.isoformat()
line = date + ',' + str(data.c) + '\n'
print line[:-2]
file(LOGFILE, 'a').write(line)
# Update the log on the heartbeat event.
device.onHeartbeat(saveTempCelsius)
# Run the heartbeat every 30 seconds.
device.pulse(period=30)
# The watcher will provide a single loop for polling all of the devices.
watcher = Watcher(device1, device2)
# Output the temperature to stdio.
def printTempCelsius(inst, temperature):
date = inst.last_read.isoformat()
print '{date} - {id}: {temperature} C'.format(
date=date,
id=inst.guid,
temperature=temperature.c,
)
def printRelHumidity(inst, humidity):
date = inst.last_read.isoformat()
print '{date} - {id}: {humidity}%'.format(
date=date,
id=inst.guid,
humidity=humidity,
)
# Bind the output to the heartbeat event.
device1.onHeartbeat(printTempCelsius)
device2.onHeartbeat(printRelHumidity)
# Watch both devices in the same loop, triggering their heartbeats ever
# 10 seconds.
watcher.start(period=10)
from universal import universal_analytics
import settings
api = NinjaAPI(settings.ACCESS_TOKEN)
temp = TemperatureSensor(api, settings.TEMP)
humi = HumiditySensor(api, settings.HUMI)
def sendTempCelsius(inst, temperature):
universal_analytics(webproperty=settings.WEBPROPERTY,
category='QuantifiedHome',
action='Temperature',
ln=str(int(temperature.c)),
lv=int(temperature.c))
def sendRelHumidity(inst, humidity):
universal_analytics(webproperty=settings.WEBPROPERTY,
category='QuantifiedHome',
action='Humidity',
ln=str(int(humidity)),
lv=int(humidity))
temp.onHeartbeat(sendTempCelsius)
humi.onHeartbeat(sendRelHumidity)
temp.heartbeat()
humi.heartbeat()
# Set up the NinjaAPI and Device wrappers:
# Access token from https://a.ninja.is/you#apiTab
api = NinjaAPI(settings.ACCESS_TOKEN)
device1 = TemperatureSensor(api, settings.TEMP_ID)
device2 = HumiditySensor(api, settings.HUMIDITY_ID)
# The watcher will provide a single loop for polling all of the devices.
watcher = Watcher(device1, device2)
# Output the temperature to stdio.
def printTempCelsius(inst, temperature):
date = inst.last_read.isoformat()
print "{date} - {id}: {temperature} C".format(date=date, id=inst.guid, temperature=temperature.c)
def printRelHumidity(inst, humidity):
date = inst.last_read.isoformat()
print "{date} - {id}: {humidity}%".format(date=date, id=inst.guid, humidity=humidity)
# Bind the output to the heartbeat event.
device1.onHeartbeat(printTempCelsius)
device2.onHeartbeat(printRelHumidity)
# Watch both devices in the same loop, triggering their heartbeats ever
# 10 seconds.
watcher.start(period=10)
