def privmsg(self, user, channel, msg):
## /msg ZeusBot start to start watching server
if msg == "start":
global Zeus
Zeus = self
watch_server = NWatcher(database="GV",
email_fn=functions.sendMail,
print_msg_fn=zeusMsg)
watch_server.attachAlgo(variables=('coraw_al',),
start_fn=functions.setup_co,
process_fn=functions.process_co)
l = task.LoopingCall(watch_server.run)
l.start(0.01)
elif msg == "stop":
pass
## --------------------------------------------------------------------------
from NCARFlightMonitor.watch import NWatcher
import datetime
import functions
## System
import os
## --------------------------------------------------------------------------
## Start command line interface (main)
## --------------------------------------------------------------------------
if __name__ == "__main__":
import sys
watch_server = NWatcher(database="GV",
email_fn=functions.sendmail)
watch_server.attachAlgo(variables=('coraw_al',),
start_fn=functions.setup_co,
process_fn=functions.process_co,
description="CO raw cal checker")
watch_server.attachAlgo(variables=('coraw_al',),
start_fn=functions.setup_lost_satcom,
process_fn=functions.process_lost_satcom,
run_mode="every update",
description="Satcom loss indicator")
watch_server.startWatching()
self.cal = False
def process_co(self, tm, data):
coraw_al = data[0]
if coraw_al <= 8000 and self.cal == False:
self.log.print_msg("CO cal occuring.", tm)
self.cal = True
## Reset so that the log message does not appear thousands of times.
elif coraw_al > 8000 and self.cal == True:
self.cal = False
## Main
watch_server = NWatcher(database="hippo5_rf05",
host="192.168.1.49",
user="******",
simulate_start_time=
datetime.datetime(2011, 8, 19, 18, 0, 0)
)
watch_server.attachAlgo(variables=('coraw_al',),
start_fn=setup_co,
process_fn=process_co,
description="CO raw cal checker")
## Spend less time waiting for flight, should only be used in simulation mode.
watch_server._speedWait(100)
## Run for only one flight, then quit.
watch_server.runNumFlights(1)