import sys
# CM19a module from https://github.com/Cuddon/cm19a
import CM19aDriver
# *************** CONFIGURATION ***************
POLLFREQ = 1 # Polling Frequency - Check for inbound commands every 1 second
# pinging Google's anycast DNS server
HOST = '8.8.8.8'
# FAILURE needs to be determined by what the system ping returns
FAILURE = '0 received'
# prior failure test
#if 'request timed out' in data or 'Unreachable' or "100% packet loss" in data:
# Start logging and initialize driver
log = CM19aDriver.startLogging() # log is an instance of the logger class
cm19a = CM19aDriver.CM19aDevice(POLLFREQ, log, polling=True)
def test():
if (os.path.exists('/tmp/teston')):
if cm19a.initialised:
print "Turning on test..."
print time.ctime()
result = cm19a.send("C", "1", "on")
if result:
print "...Success"
else:
print >> sys.stderr, "Command failed"
os.remove('/tmp/teston')
if (os.path.exists('/tmp/testoff')):
if cm19a.initialised:
# *************** CODE ***************
VERSION = "3.00 (Beta)"
# Std Python modules
import sys, time, re
# CM19a module
import CM19aDriver
# Start logging
log = CM19aDriver.startLogging() # log is an instance of the logger class
# Configure the CM19a and start polling for inbound commands from a remote
# Initialise device. Note: auto polling/receiving in a thread is turned ON
cm19a = CM19aDriver.CM19aDevice(
POLLFREQ, log,
polling=True) # cm19a is an instance of the CM19aDevice class
if cm19a.initialised:
# Firstly some simple send commands
# Send the command 'ON' to X10 device A1 wirelessly via the CM19a (and a receiver of course)
print "Turning ON A1..."
result = cm19a.send("A", "1", "ON") # True if the command was sent OK
if result:
print "...Success"
else:
print >> sys.stderr, "Command failed"
print "Waiting 5 seconds (so we can check that the device has turned on)..."
time.sleep(5)
