def __date_time_range(self, request):
try:
dtVal = request.get_value(TimerModule._PARAM_DT_RANGE.get_kbx_param_name())
startDateTime = dtVal.get_start_date_time()
endDateTime = dtVal.get_end_date_time()
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = int(execTime)
if execTime > endDateTime:
# Allow a time delta of 59 seconds
response = bool(abs(execTime - endDateTime) <= 59)
else:
response = bool(startDateTime <= execTime <= endDateTime)
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error("TimerModule date_time range failed on comparison:", str(ae))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())
except Exception as e:
Logger.log_error("TimerModule date_time range failed on comparison (unexpected):", str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())
def __day_of_week(self, request):
try:
dows = request.get_value(
TimerModule._PARAM_DOW.get_kbx_param_name())
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = datetime.datetime.fromtimestamp(execTime)
execDow = execTime.isoweekday() % 7
response = bool(execDow in dows)
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error("TimerModule day_of_week failed on comparison:",
str(ae))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
except Exception as e:
Logger.log_error(
"TimerModule day_of_week failed on comparison (unexpected):",
str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
def __date_time_range(self, request):
try:
dtVal = request.get_value(
TimerModule._PARAM_DT_RANGE.get_kbx_param_name())
startDateTime = dtVal.get_start_date_time()
endDateTime = dtVal.get_end_date_time()
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = int(execTime)
if execTime > endDateTime:
# Allow a time delta of 59 seconds
response = bool(abs(execTime - endDateTime) <= 59)
else:
response = bool(startDateTime <= execTime <= endDateTime)
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error(
"TimerModule date_time range failed on comparison:", str(ae))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
except Exception as e:
Logger.log_error(
"TimerModule date_time range failed on comparison (unexpected):",
str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
def __time_range(self, request):
try:
try:
tVal = request.get_value(
TimerModule._PARAM_TIME_RANGE.get_kbx_param_name())
startTime = tVal.get_start_time()
endTime = tVal.get_end_time()
except:
# Backward compatible to daily_task
kbxTime = KBXTime(kbxParamName="time")
startTime = endTime = kbxTime.cast(request.get_arg("time"))
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = datetime.datetime.fromtimestamp(execTime)
execTime = (execTime.hour * 3600) + (execTime.minute *
60) + (execTime.second)
if endTime < startTime:
checkRange = [(startTime, 86400), (0, endTime + 59)]
else:
checkRange = [(startTime, endTime + 59)]
for startVal, endVal in checkRange:
if startVal <= execTime <= endVal:
response = True
break
else:
response = False
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error("TimerModule time range failed on comparison:",
str(ae))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
except Exception as e:
Logger.log_error(
"TimerModule time range failed on comparison (unexpected):",
str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(),
ae.get_error_message())
def __day_of_week(self, request):
try:
dows = request.get_value(TimerModule._PARAM_DOW.get_kbx_param_name())
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = datetime.datetime.fromtimestamp(execTime)
execDow = execTime.isoweekday() % 7
response = bool(execDow in dows)
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error("TimerModule day_of_week failed on comparison:", str(ae))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())
except Exception as e:
Logger.log_error("TimerModule day_of_week failed on comparison (unexpected):", str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())
def __time_range(self, request):
try:
try:
tVal = request.get_value(TimerModule._PARAM_TIME_RANGE.get_kbx_param_name())
startTime = tVal.get_start_time()
endTime = tVal.get_end_time()
except:
# Backward compatible to daily_task
kbxTime = KBXTime(kbxParamName="time")
startTime = endTime = kbxTime.cast(request.get_arg("time"))
execTime = request.get_arg(AppConstants.KEY_CONDITION_TIMESTAMP)
execTime = datetime.datetime.fromtimestamp(execTime)
execTime = (execTime.hour * 3600) + (execTime.minute * 60) + (execTime.second)
if endTime < startTime:
checkRange = [(startTime, 86400), (0, endTime + 59)]
else:
checkRange = [(startTime, endTime + 59)]
for startVal, endVal in checkRange:
if startVal <= execTime <= endVal:
response = True
break
else:
response = False
if not response:
raise AutomationException(11800)
self.send_response({}, request.requestId)
except AutomationException as ae:
Logger.log_error("TimerModule time range failed on comparison:", str(ae))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())
except Exception as e:
Logger.log_error("TimerModule time range failed on comparison (unexpected):", str(e))
ae = AutomationException(11099, str(e))
self.send_response({}, request.requestId, ae.get_error_code(), ae.get_error_message())