def mailException(txt):
global g_allExcTxt, g_lastExceptionMailTime, g_mailExceptionLock
g_mailExceptionLock.acquire()
try:
mailingFrequency = g_hourInSeconds
g_allExcTxt += txt
curTime = time.time()
# disable buffering of exceptions
# now I think it's better to just send them immediately
#if (None == g_lastExceptionMailTime) or (curTime > g_lastExceptionMailTime + mailingFrequency):
if True:
# send the e-mail about exception if at least 60 min passed
# since the last e-mail
g_lastExceptionMailTime = curTime
curDate = time.strftime("%Y-%m-%d", time.localtime())
subject = "InfoMan server exception on %s" % curDate
emailContent = "Server: %s on port %d\n" % (
multiUserSupport.getServerUser(),
multiUserSupport.getServerPort())
emailContent += g_allExcTxt
g_allExcTxt = ""
parserErrorLogger.mail(subject, emailContent)
finally:
g_mailExceptionLock.release()
import os, sys, string, re, socket, random, time, smtplib
import arsutils, multiUserSupport
import Fields
from InfoManServer import *
SERVER_PORT = multiUserSupport.getServerPort()
SERVER_USER = multiUserSupport.getServerUser()
PYTHON_EXEC = "python2.4"
# possible server states
# we can find the server process and it responds to our ping request
STATE_ALIVE = 0
# we can find the server process but it doesn't respond to our poing request
# (too busy?)
STATE_NOT_RESPONDING = 1
# we can't find the server process
STATE_DEAD = 2
def stateName(state):
if STATE_ALIVE == state:
return "STATE_ALIVE"
if STATE_NOT_RESPONDING == state:
return "STATE_NOT_RESPONDING"
if STATE_DEAD == state:
return "STATE_DEAD"
return "UNKNOWN"
def mailException(txt):
global g_allExcTxt, g_lastExceptionMailTime, g_mailExceptionLock
g_mailExceptionLock.acquire()
try:
mailingFrequency = g_hourInSeconds
g_allExcTxt += txt
curTime = time.time()
# disable buffering of exceptions
# now I think it's better to just send them immediately
#if (None == g_lastExceptionMailTime) or (curTime > g_lastExceptionMailTime + mailingFrequency):
if True:
# send the e-mail about exception if at least 60 min passed
# since the last e-mail
g_lastExceptionMailTime = curTime
curDate = time.strftime( "%Y-%m-%d", time.localtime() )
subject = "InfoMan server exception on %s" % curDate
emailContent = "Server: %s on port %d\n" % (multiUserSupport.getServerUser(), multiUserSupport.getServerPort())
emailContent += g_allExcTxt
g_allExcTxt = ""
parserErrorLogger.mail(subject, emailContent)
finally:
g_mailExceptionLock.release()
import os, sys, string, re, socket, random, time, smtplib
import arsutils, multiUserSupport
import Fields
from InfoManServer import *
SERVER_PORT = multiUserSupport.getServerPort()
SERVER_USER = multiUserSupport.getServerUser()
PYTHON_EXEC = "python2.4"
# possible server states
# we can find the server process and it responds to our ping request
STATE_ALIVE = 0
# we can find the server process but it doesn't respond to our poing request
# (too busy?)
STATE_NOT_RESPONDING = 1
# we can't find the server process
STATE_DEAD = 2
def stateName(state):
if STATE_ALIVE == state:
return "STATE_ALIVE"
if STATE_NOT_RESPONDING == state:
return "STATE_NOT_RESPONDING"
if STATE_DEAD == state:
return "STATE_DEAD"
return "UNKNOWN"
def mailRetrieveFailure(fieldName, fieldValue, url):
global MAILHOST
if None == fieldValue:
fieldValue = ""
curDate = time.strftime( "%Y-%m-%d", time.localtime() )
userName = multiUserSupport.getServerUser()
subject = "InfoMan retrieve failure notification %s for %s" % (curDate, userName)
emailContent = "Server: %s on port %d\n" % (multiUserSupport.getServerUser(), multiUserSupport.getServerPort())
txt = "InfoMan failed to retrieve results for query:\n%s: %s\n" % (fieldName, fieldValue)
if None != url:
txt = "%surl=%s\n" % (txt, url)
mail(subject, txt)