def startMonitoring(timekeeperIP, timekeeperPort):
global TIMEKEEPER_HOST
global TIMEKEEPER_PORT
TIMEKEEPER_HOST = timekeeperIP
TIMEKEEPER_PORT = timekeeperPort
# add a listener for output setting events
eventBus.addEventListener(eventBus.E_OUTPUT_SET, setOutputState)
# add a listener for sending commands to the timekeeper
eventBus.addEventListener(eventBus.E_SEND_TIMEKEEPER_COMMAND, sendCommand)
# Thread to watch the Timekeeper Event stream
monitorThread = threading.Thread(
target = monitorSystem,
args = (timekeeperIP, timekeeperPort)
)
# thread to periodically ask for a full system status
statusThread = threading.Thread(
target = runFullSystemUpdates,
args = (timekeeperIP, timekeeperPort)
)
monitorThread.start()
statusThread.start()
def startMonitoring(timekeeperIP, timekeeperPort):
global TIMEKEEPER_HOST
global TIMEKEEPER_PORT
TIMEKEEPER_HOST = timekeeperIP
TIMEKEEPER_PORT = timekeeperPort
# add a listener for output setting events
eventBus.addEventListener(eventBus.E_OUTPUT_SET, setOutputState)
# add a listener for sending commands to the timekeeper
eventBus.addEventListener(eventBus.E_SEND_TIMEKEEPER_COMMAND, sendCommand)
# Thread to watch the Timekeeper Event stream
monitorThread = threading.Thread(target=monitorSystem,
args=(timekeeperIP, timekeeperPort))
# thread to periodically ask for a full system status
statusThread = threading.Thread(target=runFullSystemUpdates,
args=(timekeeperIP, timekeeperPort))
monitorThread.start()
statusThread.start()
import monitor
import time
import apiserver
import openHABInterface
import eventBus
# start the eventBus
eventBus.startEventBus()
# make sure that openHAB gets events
eventBus.addEventListener(eventBus.E_OUTPUT_STATE, openHABInterface.reportStatusChange)
# Start monitoring the TimeKeeper
monitor.startMonitoring('192.168.1.200', 4000)
# Start the API service
apiserver.startServing(port=8000)
# Goop to display the "on" outputs every few seconds
while 1:
for key in monitor.OutputStatuses.keys():
if monitor.OutputStatuses[key] == '64':
print '%s: on' %key
print '--------------------------'
time.sleep(5)
import monitor
import time
import apiserver
import openHABInterface
import eventBus
# start the eventBus
eventBus.startEventBus()
# make sure that openHAB gets events
eventBus.addEventListener(eventBus.E_OUTPUT_STATE,
openHABInterface.reportStatusChange)
# Start monitoring the TimeKeeper
monitor.startMonitoring('192.168.1.200', 4000)
# Start the API service
apiserver.startServing(port=8000)
# Goop to display the "on" outputs every few seconds
while 1:
for key in monitor.OutputStatuses.keys():
if monitor.OutputStatuses[key] == '64':
print '%s: on' % key
print '--------------------------'
time.sleep(5)
