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2026-02-28 20:52:29 +01:00
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# emacs: -*- mode: python; py-indent-offset: 4; indent-tabs-mode: t -*-
# vi: set ft=python sts=4 ts=4 sw=4 noet :
# This file is part of Fail2Ban.
#
# Fail2Ban is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# Fail2Ban is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with Fail2Ban; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
__author__ = "Serg G. Brester (sebres)"
__copyright__ = "Copyright (c) 2015 Serg G. Brester, 2015- Fail2Ban Contributors"
__license__ = "GPL"
from ..server.mytime import MyTime
import unittest
from ..server.ticket import Ticket, FailTicket, BanTicket
class TicketTests(unittest.TestCase):
def testTicket(self):
tm = MyTime.time()
matches = ['first', 'second']
matches2 = ['first', 'second']
matches3 = ['first', 'second', 'third']
# Ticket
t = Ticket('193.168.0.128', tm, matches)
self.assertEqual(t.getID(), '193.168.0.128')
self.assertEqual(t.getIP(), '193.168.0.128')
self.assertEqual(t.getTime(), tm)
self.assertEqual(t.getMatches(), matches2)
t.setAttempt(2)
self.assertEqual(t.getAttempt(), 2)
t.setBanCount(10)
self.assertEqual(t.getBanCount(), 10)
# default ban time (from manager):
self.assertEqual(t.getBanTime(60*60), 60*60)
self.assertFalse(t.isTimedOut(tm + 60 + 1, 60*60))
self.assertTrue(t.isTimedOut(tm + 60*60 + 1, 60*60))
t.setBanTime(60)
self.assertEqual(t.getBanTime(60*60), 60)
self.assertEqual(t.getBanTime(), 60)
self.assertFalse(t.isTimedOut(tm))
self.assertTrue(t.isTimedOut(tm + 60 + 1))
# permanent :
t.setBanTime(-1)
self.assertFalse(t.isTimedOut(tm + 60 + 1))
t.setBanTime(60)
# BanTicket
tm = MyTime.time()
matches = ['first', 'second']
ft = FailTicket('193.168.0.128', tm, matches)
ft.setBanTime(60*60)
self.assertEqual(ft.getID(), '193.168.0.128')
self.assertEqual(ft.getIP(), '193.168.0.128')
self.assertEqual(ft.getTime(), tm)
self.assertEqual(ft.getMatches(), matches2)
ft.setAttempt(2)
ft.setRetry(1)
self.assertEqual(ft.getAttempt(), 2)
self.assertEqual(ft.getRetry(), 1)
ft.setRetry(2)
self.assertEqual(ft.getRetry(), 2)
ft.setRetry(3)
self.assertEqual(ft.getRetry(), 3)
ft.inc()
self.assertEqual(ft.getAttempt(), 3)
self.assertEqual(ft.getRetry(), 4)
self.assertEqual(ft.getMatches(), matches2)
# with 1 match, 1 failure and factor 10 (retry count) :
ft.inc(['third'], 1, 10)
self.assertEqual(ft.getAttempt(), 4)
self.assertEqual(ft.getRetry(), 14)
self.assertEqual(ft.getMatches(), matches3)
# last time (ignore if smaller as time):
self.assertEqual(ft.getTime(), tm)
ft.adjustTime(tm-60, 3600)
self.assertEqual(ft.getTime(), tm)
self.assertEqual(ft.getRetry(), 14)
ft.adjustTime(tm+60, 3600)
self.assertEqual(ft.getTime(), tm+60)
self.assertEqual(ft.getRetry(), 14)
ft.adjustTime(tm+3600, 3600)
self.assertEqual(ft.getTime(), tm+3600)
self.assertEqual(ft.getRetry(), 14)
# adjust time so interval is larger than find time (3600), so reset retry count:
ft.adjustTime(tm+7200, 3600)
self.assertEqual(ft.getTime(), tm+7200)
self.assertEqual(ft.getRetry(), 7); # estimated attempts count
self.assertEqual(ft.getAttempt(), 4); # real known failure count
ft.setData('country', 'DE')
self.assertEqual(ft.getData(),
{'matches': ['first', 'second', 'third'], 'failures': 4, 'country': 'DE'})
# copy all from another ticket:
ft2 = FailTicket(ticket=ft)
self.assertEqual(ft, ft2)
self.assertEqual(ft.getData(), ft2.getData())
self.assertEqual(ft2.getAttempt(), 4)
self.assertEqual(ft2.getRetry(), 7)
self.assertEqual(ft2.getMatches(), matches3)
self.assertEqual(ft2.getTime(), ft.getTime())
self.assertEqual(ft2.getTime(), ft.getTime())
self.assertEqual(ft2.getBanTime(), ft.getBanTime())
def testDiffIDAndIPTicket(self):
tm = MyTime.time()
# different ID (string) and IP:
t = Ticket('123-456-678', tm, data={'ip':'192.0.2.1'})
self.assertEqual(t.getID(), '123-456-678')
self.assertEqual(t.getIP(), '192.0.2.1')
# different ID (tuple) and IP:
t = Ticket(('192.0.2.1', '5000'), tm, data={'ip':'192.0.2.1'})
self.assertEqual(t.getID(), ('192.0.2.1', '5000'))
self.assertEqual(t.getIP(), '192.0.2.1')
def testTicketFlags(self):
flags = ('restored', 'banned')
ticket = Ticket('test', 0)
trueflags = []
for v in (True, False, True):
for f in flags:
setattr(ticket, f, v)
if v:
trueflags.append(f)
else:
trueflags.remove(f)
for f2 in flags:
self.assertEqual(bool(getattr(ticket, f2)), f2 in trueflags)
## inherite props from another tockets:
ticket = FailTicket(ticket=ticket)
for f2 in flags:
self.assertTrue(bool(getattr(ticket, f2)))
def testTicketData(self):
t = BanTicket('193.168.0.128', None, ['first', 'second'])
# expand data (no overwrites, matches are available) :
t.setData('region', 'Hamburg', 'country', 'DE', 'city', 'Hamburg')
self.assertEqual(
t.getData(),
{'matches': ['first', 'second'], 'failures':0, 'region': 'Hamburg', 'country': 'DE', 'city': 'Hamburg'})
# at once as dict (single argument, overwrites it completely, no more matches/failures) :
t.setData({'region': None, 'country': 'FR', 'city': 'Paris'},)
self.assertEqual(
t.getData(),
{'city': 'Paris', 'country': 'FR'})
# at once as dict (overwrites it completely, no more matches/failures) :
t.setData({'region': 'Hamburg', 'country': 'DE', 'city': None})
self.assertEqual(
t.getData(),
{'region': 'Hamburg', 'country': 'DE'})
self.assertEqual(
t.getData('region'),
'Hamburg')
self.assertEqual(
t.getData('country'),
'DE')
# again, named arguments:
t.setData(region='Bremen', city='Bremen')
self.assertEqual(t.getData(),
{'region': 'Bremen', 'country': 'DE', 'city': 'Bremen'})
# again, but as args (key value pair):
t.setData('region', 'Brandenburg', 'city', 'Berlin')
self.assertEqual(
t.getData('region'),
'Brandenburg')
self.assertEqual(
t.getData('city'),
'Berlin')
self.assertEqual(
t.getData(),
{'city':'Berlin', 'region': 'Brandenburg', 'country': 'DE'})
# iterator filter :
self.assertEqual(
t.getData(('city', 'country')),
{'city':'Berlin', 'country': 'DE'})
# callable filter :
self.assertEqual(
t.getData(lambda k: k.upper() == 'COUNTRY'),
{'country': 'DE'})
# remove one data entry:
t.setData('city', None)
self.assertEqual(
t.getData(),
{'region': 'Brandenburg', 'country': 'DE'})
# default if not available:
self.assertEqual(
t.getData('city', 'Unknown'),
'Unknown')
# add continent :
t.setData('continent', 'Europe')
# again, but as argument list (overwrite new only, leave continent unchanged) :
t.setData(*['country', 'RU', 'region', 'Moscow'])
self.assertEqual(
t.getData(),
{'continent': 'Europe', 'country': 'RU', 'region': 'Moscow'})
# clear:
t.setData({})
self.assertEqual(t.getData(), {})
self.assertEqual(t.getData('anything', 'default'), 'default')