def home():
if request.args.get('trace'):
TRACE = request.args.get('trace')
haap.get_trace(TRACE, trace_level_cfg)
else:
pass
if mode == 'rt':
StatusHAAP = haap_rt_info_to_show()
StatusHAAP.sort(key=operator.itemgetter(0))
StatusSANSW = sansw_rt_info_to_show()
StatusSANSW.sort(key=operator.itemgetter(0))
tlu_haap = s.time_now_to_show()
tlu_sansw = s.time_now_to_show()
status_warning = 0
elif mode == 'db':
lstWarningList = db.get_unconfirm_warning()
if request.method == 'GET' and lstWarningList:
error = 1
else:
db.update_warning()
error = 0
engine = haap_info_to_show()
sansw = sansw_info_to_show()
status_warning = db.get_unconfirm_warning()
if engine:
tlu_haap = engine[0]
StatusHAAP = engine[1]
StatusHAAP.sort(key=operator.itemgetter(0))
else:
tlu_haap = s.time_now_to_show()
StatusHAAP = [0]
if sansw:
tlu_sansw = sansw[0]
StatusSANSW = sansw[1]
StatusSANSW.sort(key=operator.itemgetter(0))
else:
tlu_sansw = s.time_now_to_show()
StatusSANSW = [0]
return render_template("monitor.html",
Title_HAAP=lstDescHAAP,
Title_SANSW=lstDescSANSW,
tlu_haap=tlu_haap,
tlu_sansw=tlu_sansw,
status_haap=StatusHAAP,
status_sansw=StatusSANSW,
status_warning=status_warning,
interval_web_refresh=interval_web_refresh)
def __init__(self, statusRT, statusDB, haap_Alias):
self.alias = haap_Alias
self.host = statusRT[0]
self.statusRT = statusRT
self.statusDB = statusDB
self.strTimeNow = s.time_now_to_show()
self.lstWarningToSend = []
def sansw_judge(total_RT, total_DB, sansw_IP, sansw_Alias):
strTimeNow = s.time_now_to_show()
if (total_DB != None) and (total_RT != None):
intErrorIncrease = total_RT - total_DB
intWarninglevel = s.is_Warning(intErrorIncrease, tuplThresholdTotal)
if intWarninglevel:
msg = warning_message_sansw(intWarninglevel)
db.insert_warning(strTimeNow, sansw_IP, 'switch', intWarninglevel,
msg, 0)
se.send_warnmail(
[[strTimeNow, sansw_IP, sansw_Alias, intWarninglevel, msg]])
def uptime_second(self):
uptime_list = self.uptime_list()
time_show = s.time_now_to_show()
if uptime_list:
intSecond = 0
# d, h, m, s means days hours minutes seconds
d = uptime_list[0]
h = uptime_list[1]
m = uptime_list[2]
# st : second uptime
st = uptime_list[3]
if d:
intSecond += d * 24 * 3600
if h:
intSecond += h * 3600
if m:
intSecond += m * 60
if st:
intSecond += st
return intSecond
else:
return 0
def test_time_now_to_show():
assert sun.time_now_to_show()