#!/usr/bin python
from core.devices.probe import Probe
from core.devices.ssr import SSR
import core.utils.logging as log
# Fix for RasberryPi
probe = Probe()
probe.name = 'Temperature'
probe.io = 'C:\\temp\\28-00000607f0de\\w1_slave'
ssr = SSR()
ssr.name = 'Mash Tun'
ssr.io = 'C:\\temp\\gpio17\\value'
# Use built in function to initialize, check if registered and if not register the device
ok, message = probe.auto_setup()
if not ok:
log.error(message)
ok, message = ssr.auto_setup()
if not ok:
log.error(message)
# Example of accessing device data intially read from YAML(here faked)
print('Device of type {0} is named {1} and uses io path {2}'.format(
probe.devicetype(), probe.name, probe.io))
print('Device of type {0} is named {1} and uses io path {2}'.format(
ssr.devicetype(), ssr.name, ssr.io))
# Do something with the devices
# Do something more
probe.io = '/sys/bus/w1/devices/28-00000607f0de/w1_slave'
ssr = SSR()
ssr.name = 'Mash Tun'
ssr.io = '/sys/class/gpio/gpio17/value'
# Use built in function to initialize, check if registered and if not register the device
ok, message = probe.auto_setup()
if not ok:
log.error(message)
ok, message = ssr.auto_setup()
if not ok:
log.error(message)
# Example of accessing device data intially read from YAML(here faked)
print ('Device of type {0} is named {1} and uses io path {2}'.format(probe.devicetype(), probe.name, probe.io))
print ('Device of type {0} is named {1} and uses io path {2}'.format(ssr.devicetype(), ssr.name, ssr.io))
# Do something with the devices
ssr.write('1')
log.debug('Turning SSR ON')
time.sleep(5)
ssr.write('0')
log.debug('Turning SSR OFF')
i = 0
while i < 10:
log.debug(probe.read())
time.sleep(1)
i += 1
