def addFailure(self, ticket): try: self.__lock.acquire() ip = ticket.getIP() unixTime = ticket.getTime() if self.__failList.has_key(ip): fData = self.__failList[ip] fData.inc() fData.setLastTime(unixTime) else: fData = FailData() fData.inc() fData.setLastTime(unixTime) self.__failList[ip] = fData self.__failTotal += 1 finally: self.__lock.release()
def addFailure(self, ticket):
try:
self.__lock.acquire()
ip = ticket.getIP()
unixTime = ticket.getTime()
matches = ticket.getMatches()
if self.__failList.has_key(ip):
fData = self.__failList[ip]
if fData.getLastReset() < unixTime - self.__maxTime:
fData.setLastReset(unixTime)
fData.setRetry(0)
fData.inc(matches)
fData.setLastTime(unixTime)
else:
fData = FailData()
fData.inc(matches)
fData.setLastReset(unixTime)
fData.setLastTime(unixTime)
self.__failList[ip] = fData
self.__failTotal += 1
if logSys.getEffectiveLevel() <= logging.DEBUG:
# yoh: Since composing this list might be somewhat time consuming
# in case of having many active failures, it should be ran only
# if debug level is "low" enough
failures_summary = ', '.join(['%s:%d' % (k, v.getRetry())
for k,v in self.__failList.iteritems()])
logSys.debug("Total # of detected failures: %d. Current failures from %d IPs (IP:count): %s"
% (self.__failTotal, len(self.__failList), failures_summary))
finally:
self.__lock.release()
def addFailure(self, ticket):
try:
self.__lock.acquire()
ip = ticket.getIP()
unixTime = ticket.getTime()
matches = ticket.getMatches()
if self.__failList.has_key(ip):
fData = self.__failList[ip]
if fData.getLastReset() < unixTime - self.__maxTime:
fData.setLastReset(unixTime)
fData.setRetry(0)
fData.inc(matches)
fData.setLastTime(unixTime)
else:
fData = FailData()
fData.inc(matches)
fData.setLastReset(unixTime)
fData.setLastTime(unixTime)
self.__failList[ip] = fData
logSys.debug("Currently have failures from %d IPs: %s"
% (len(self.__failList), self.__failList.keys()))
self.__failTotal += 1
finally:
self.__lock.release()
def addFailure(self, ticket):
try:
self.__lock.acquire()
ip = ticket.getIP()
unixTime = ticket.getTime()
matches = ticket.getMatches()
if self.__failList.has_key(ip):
fData = self.__failList[ip]
if fData.getLastReset() < unixTime - self.__maxTime:
fData.setLastReset(unixTime)
fData.setRetry(0)
fData.inc(matches)
fData.setLastTime(unixTime)
else:
fData = FailData()
fData.inc(matches)
fData.setLastReset(unixTime)
fData.setLastTime(unixTime)
self.__failList[ip] = fData
self.__failTotal += 1
if logSys.getEffectiveLevel() <= logging.DEBUG:
# yoh: Since composing this list might be somewhat time consuming
# in case of having many active failures, it should be ran only
# if debug level is "low" enough
failures_summary = ', '.join([
'%s:%d' % (k, v.getRetry())
for k, v in self.__failList.iteritems()
])
logSys.debug(
"Total # of detected failures: %d. Current failures from %d IPs (IP:count): %s"
%
(self.__failTotal, len(self.__failList), failures_summary))
finally:
self.__lock.release()
def addFailure(self, ticket): try: self.__lock.acquire() ip = ticket.getIP() unixTime = ticket.getTime() if self.__failList.has_key(ip): fData = self.__failList[ip] fData.inc() fData.setLastTime(unixTime) else: fData = FailData() fData.inc() fData.setLastTime(unixTime) self.__failList[ip] = fData self.__failTotal += 1 finally: self.__lock.release()
def addFailure(self, ticket):
try:
self.__lock.acquire()
ip = ticket.getIP()
unixTime = ticket.getTime()
if self.__failList.has_key(ip):
fData = self.__failList[ip]
if fData.getLastReset() < unixTime - self.__maxTime:
fData.setLastReset(unixTime)
fData.setRetry(0)
fData.inc()
fData.setLastTime(unixTime)
else:
fData = FailData()
fData.inc()
fData.setLastReset(unixTime)
fData.setLastTime(unixTime)
self.__failList[ip] = fData
logSys.debug("Currently have failures from %d IPs: %s"
% (len(self.__failList), self.__failList.keys()))
self.__failTotal += 1
finally:
self.__lock.release()
def addFailure(self, ticket):
try:
self.__lock.acquire()
ip = ticket.getIP()
unixTime = ticket.getTime()
matches = ticket.getMatches()
# AD START
if logSys.isEnabledFor(logging.INFO) or logSys.isEnabledFor(logging.DEBUG) :
# INIT & CLEAN UP
if self.__updateLastTimeStamp == 0:
self.__updateLastTimeStamp = unixTime
if self.__lastRRDUpdateTime == 0:
self.__lastRRDUpdateTime = unixTime
if self.__samplesRetry > 1000000:
self.__sumRetry = 0
self.__samplesRetry = 0
# CHECK LAST UPDATE
diffRRDTime = unixTime - self.__lastRRDUpdateTime
if diffRRDTime > self.__updateTime:
# UPDATE IS LONG TIME AGO - RRDTOOL UPDATE
logSys.debug("diffRRDTime: %s" % diffRRDTime)
logSys.debug('/usr/bin/rrdtool update /var/www/fail2ban/fail2ban_ad.rrd N:%d' %(self.__mostRetry))
commands.getstatusoutput('/usr/bin/rrdtool update /var/www/fail2ban/fail2ban_ad.rrd N:%d' %(self.__mostRetry))
# RESET PARAMETER
self.__samplesRetry += (diffRRDTime%self.__updateTime)
self.__lastRRDUpdateTime = unixTime
if ( unixTime - self.__updateLastTimeStamp ) > ( self.__updateTime * 2 ):
self.__mostRetry = 0
self.__updateLastTimeStamp = unixTime
else:
self.__samplesRetry += 1
# AD STOP
if self.__failList.has_key(ip):
fData = self.__failList[ip]
if fData.getLastReset() < unixTime - self.__maxTime:
fData.setLastReset(unixTime)
fData.setRetry(0)
fData.inc(matches)
fData.setLastTime(unixTime)
# AD START
if logSys.isEnabledFor(logging.INFO) or logSys.isEnabledFor(logging.DEBUG) :
self.__sumRetry += fData.getRetry()
if fData.getRetry() > self.__mostRetry:
if self.__mostIP == ip:
self.__mostRetry = fData.getRetry()
else:
self.__mostRetry = fData.getRetry()
self.__mostIP = ip
# AD STOP
else:
fData = FailData()
fData.inc(matches)
fData.setLastReset(unixTime)
fData.setLastTime(unixTime)
self.__failList[ip] = fData
# AD START
if logSys.isEnabledFor(logging.INFO) or logSys.isEnabledFor(logging.DEBUG) :
self.__sumRetry += 1
# AD STOP
logSys.debug("Currently have failures from %d IPs: %s"
% (len(self.__failList), self.__failList.keys()))
self.__failTotal += 1
finally:
self.__lock.release()
