def __daemon_main(settings):
logging.info('')
logging.info('================================= NEW SESSION =================================')
logging.info('')
control.start(settings[ARGUMENT_CONTROL_ADDR], settings[ARGUMENT_CONTROL_PORT])
run_logger(settings)
def doCron(watch):
if config.Config.cronenabled == "0":
return
if not os.path.exists(os.path.join(config.Config.scriptsdir, "broctl-config.sh")):
util.output("error: broctl-config.sh not found (try 'broctl install')")
return
config.Config.config["cron"] = "1" # Flag to indicate that we're running from cron.
if not util.lock():
return
util.bufferOutput()
if watch:
# Check whether nodes are still running an restart if neccessary.
for (node, isrunning) in control.isRunning(config.Config.nodes()):
if not isrunning and node.hasCrashed():
control.start([node])
# Check for dead hosts.
_checkHosts()
# Generate statistics.
_logStats(5)
# Check available disk space.
_checkDiskSpace()
# Expire old log files.
_expireLogs()
# Update the HTTP stats directory.
_updateHTTPStats()
# Run external command if we have one.
if config.Config.croncmd:
(success, output) = execute.runLocalCmd(config.Config.croncmd)
if not success:
util.output("error running croncmd: %s" % config.Config.croncmd)
# Mail potential output.
output = util.getBufferedOutput()
if output:
util.sendMail("cron: " + output.split("\n")[0], output)
util.unlock()
config.Config.config["cron"] = "0"
util.debug(1, "cron done")
def doCron(watch):
if config.Config.cronenabled == "0":
return
config.Config.config[
"cron"] = "1" # Flag to indicate that we're running from cron.
if not util.lock():
return
util.bufferOutput()
if watch:
# Check whether nodes are still running an restart if neccessary.
for (node, isrunning) in control.isRunning(config.Config.nodes()):
if not isrunning and node.hasCrashed():
control.start([node])
# Check for dead hosts.
_checkHosts()
# Generate statistics.
_logStats(5)
# Check available disk space.
_checkDiskSpace()
# Expire old log files.
_expireLogs()
# Update the HTTP stats directory.
_updateHTTPStats()
# Run external command if we have one.
if config.Config.croncmd:
execute.runLocalCmd(config.Config.croncmd)
# Mail potential output.
output = util.getBufferedOutput()
if output:
util.sendMail("cron: " + output.split("\n")[0], output)
util.unlock()
config.Config.config["cron"] = "0"
util.debug(1, "cron done")
def doCron():
if config.Config.cronenabled == "0":
return
if not util.lock():
return
util.bufferOutput()
config.Config.config["cron"] = "1" # Flag to indicate that we're running from cron.
# Check whether nodes are still running an restart if neccessary.
for (node, isrunning) in control.isRunning(config.Config.nodes()):
if not isrunning and node.hasCrashed():
control.start([node])
# Check for dead hosts.
_checkHosts()
# Generate statistics.
_logStats(5)
# Check available disk space.
_checkDiskSpace()
# Expire old log files.
_expireLogs()
# Update the HTTP stats directory.
_updateHTTPStats()
# Run external command if we have one.
if config.Config.croncmd:
execute.runLocalCmd(config.Config.croncmd)
# Mail potential output.
output = util.getBufferedOutput()
if output:
util.sendMail("cron: " + output.split("\n")[0], output)
config.Config.config["cron"] = "0"
util.unlock()
def set_ntp_time(timer):
ntptime.host = "tempus1.gum.gov.pl"
for i in range(1, 10):
try:
t = ntptime.time()
tm = utime.localtime(t)
tm = tm[0:3] + (0, ) + tm[3:6] + (0, )
RTC().datetime(tm)
break
except OSError:
continue
# def init_modules():
# config.init()
micropython.alloc_emergency_exception_buf(500)
machine.freq(160000000)
timer = Timer(-1)
timer.init(period=300 * 1000, mode=Timer.PERIODIC, callback=set_ntp_time)
set_ntp_time(None)
control.start(timer)
mqtt_reporting.setup()
print("\nGROWBOX INIT COMPLETE!")
while True:
mqtt_reporting.run()
time.sleep_ms(60 * 1000)
### IoT Button Start import control control.start(False)
# Adam Bysice # # 0753709 # #################### import control #the command to start the program control.start()
import control as c c.start()