def run(port, queue):
"""invoke run when loading as a module in the simulator"""
# Instance the devices that we're going to control
# Add each to the control ring. For no very good reason.
#
lichtname = 'sim'
lichtremote = False
lichtapiname = 'sim'
import devices.moorescloud.holiday.driver as driver
app.licht = driver.Holiday(remote=False,
address='sim',
name='sim',
queue=queue)
app.licht.create_routes(app) # Adds in all the routes for device
#for rt in app.routes:
# print rt.method, rt.rule, rt.callback
#the_srv = 'wsgiref'
the_srv = 'cherrypy'
# Starting with port 8080, try to grab a port!
starting = True
socknum = port
while starting:
try:
app.run(host='0.0.0.0', port=socknum, server=the_srv,
debug=False) # Start the server
starting = False
except socket.error as msg:
print("Port %s not available, trying another" % socknum)
socknum += 1
def new_run():
""" This is the real run method, we hope"""
# Instance the devices that we're going to control
# Add each to the control ring. For no very good reason.
#
ourname = "%s.local" % socket.gethostname()
import devices.moorescloud.holiday.driver as driver
app.licht = driver.Holiday(
remote=False, address='localhost',
name='localhost') # Connect to a real, local device
app.licht.create_routes(app) # Adds in all the routes for device
#the_srv = 'wsgiref'
the_srv = 'cherrypy'
#print app.licht
#print 'Routes'
#for rt in app.routes:
# print rt.method, rt.rule, rt.callback
print "Running..."
# Try to run on port 80, if that fails, go to 8080
try:
app.run(host='0.0.0.0', port=80, debug=True, server=the_srv)
except socket.error as msg:
print "Couldn't get port, you need to run in superuser!"
sys.exit(1)
def old_run(port):
"""invoke run when loading as a module in the simulator"""
# Instance the devices that we're going to control
# Add each to the control ring. For no very good reason.
#
ourname = "%s.local" % socket.gethostname()
discover = False # No discovery right now
# Now we're using our newfangled IoTAS code to find the device
if discover == True:
import devices.moorescloud.holiday.discover as discover
disc = discover.Discovery()
print "Scanning for Holidays..."
disc.discover()
if len(discover.discovered) < 1:
print "We got nuthin, going to use the simulator"
lichtname = 'sim'
lichtremote = False
lichtapiname = 'sim'
else:
lichtname = "%s:%s" % (discover.discovered[0][0],
discover.discovered[0][1])
lichtremote = True
lichtapiname = discover.discovered[0][0]
print "Using %s" % lichtname
else:
lichtname = 'sim'
lichtremote = False
lichtapiname = 'sim'
#app.licht = devices.holiday.driver.Holiday(ourname)
#app.licht = devices.moorescloud.holiday.driver.Holiday('sim') # Connect to the simulator
#app.licht = devices.moorescloud.holiday.driver.Holiday(remote=True, address='yule.local') # Connect to a real device
import devices.moorescloud.holiday.driver as driver
#app.licht = driver.Holiday(remote=lichtremote, address=lichtname, name=lichtapiname) # Connect to a real device
app.licht = driver.Holiday(remote=False, address='sim', name='sim')
app.licht.create_routes(app) # Adds in all the routes for device
#the_srv = 'wsgiref'
the_srv = 'cherrypy'
#print app.licht
print 'Routes'
for rt in app.routes:
print rt.method, rt.rule, rt.callback
print "Running..."
# Try to run on port 80, if that fails, go to 8080
try:
app.run(host='0.0.0.0', port=80, debug=False, server=the_srv)
except socket.error as msg:
# Starting with port 8080, try to grab a port!
starting = True
socknum = port
while starting:
try:
app.run(host='0.0.0.0',
port=socknum,
server=the_srv,
debug=False) # Start the server
starting = False
except socket.error as msg:
print("Port %s not available, trying another" % socknum)
socknum += 1