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|
#
# Copyright 2013-2018 Canonical Ltd.
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License version 3,
# as published by the Free Software Foundation.
#
# This program 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 this program. If not, see <http://www.gnu.org/licenses/>.
#
import re
import sys
import unittest
import tests.unit.support
import ufw.parser
class ParserTestCase(unittest.TestCase):
def setUp(self):
self.parser = ufw.parser.UFWParser()
# Basic commands
for i in ['enable', 'disable', 'help', '--help', 'version', \
'--version', 'reload', 'reset' ]:
self.parser.register_command(ufw.parser.UFWCommandBasic(i))
# Application commands
for i in ['list', 'info', 'default', 'update']:
self.parser.register_command(ufw.parser.UFWCommandApp(i))
# Logging commands
for i in ['on', 'off', 'low', 'medium', 'high', 'full']:
self.parser.register_command(ufw.parser.UFWCommandLogging(i))
# Default commands
for i in ['allow', 'deny', 'reject']:
self.parser.register_command(ufw.parser.UFWCommandDefault(i))
# Status commands ('status', 'status verbose', 'status numbered')
for i in [None, 'verbose', 'numbered']:
self.parser.register_command(ufw.parser.UFWCommandStatus(i))
# Show commands
for i in ['raw', 'before-rules', 'user-rules', 'after-rules', \
'logging-rules', 'builtins', 'listening', 'added']:
self.parser.register_command(ufw.parser.UFWCommandShow(i))
# Rule commands
rule_commands = ['allow', 'limit', 'deny', 'reject', 'insert', \
'delete', 'prepend']
for i in rule_commands:
self.parser.register_command(ufw.parser.UFWCommandRule(i))
self.parser.register_command(ufw.parser.UFWCommandRouteRule(i))
def tearDown(self):
pass
def test_ufwcommand_parse_empty(self):
'''Test UFWCommand.parse([])'''
c = ufw.parser.UFWCommand('basic', 'status')
tests.unit.support.check_for_exception(self, ValueError, \
c.parse,
[])
def test_ufwcommand_help(self):
'''Test UFWCommand.help()'''
c = ufw.parser.UFWCommand('basic', 'status')
tests.unit.support.check_for_exception(self, ufw.common.UFWError, \
c.help,
[])
def test_ufwcommand_parse_basic_help(self):
'''Test parser.parse_command() - help'''
pr = self.parser.parse_command(['help'])
search = repr("action='help'\n")
self.assertTrue(str(pr) == search, "'%s' != '%s'" % (str(pr), search))
def test_ufwcommand_parse(self):
'''Test UFWCommand.parse()'''
c = ufw.parser.UFWCommand('basic', 'status')
pr = c.parse(['status'])
self.assertEqual('status', pr.action, "%s != 'status'" % (pr.action))
def test_ufwcommandbasic_parse_with_arg(self):
'''Test UFWCommand.parse() - basic with arg'''
parser = ufw.parser.UFWParser()
c = ufw.parser.UFWCommandBasic('enable')
tests.unit.support.check_for_exception(self, ValueError, \
c.parse,
['enable', 'OpenSSH'])
def test_ufwparser_response(self):
'''Test UFWParserResponse.str()'''
cmd = 'rule allow 22'
pr = self.parser.parse_command(cmd.split())
s = str(pr)
search = repr("action='allow',iptype='both'," + \
"rule='-p all --dport 22 -j ACCEPT',type='rule'\n")
self.assertTrue(s == search, "'%s' != '%s'" % (s, search))
self.assertFalse(pr.dryrun)
self.assertFalse(pr.force)
cmd = '--dry-run rule allow 22'
pr = self.parser.parse_command(cmd.split())
s = str(pr)
search = repr("action='allow',iptype='both'," + \
"rule='-p all --dport 22 -j ACCEPT',type='rule'\n")
self.assertTrue(s == search, "'%s' != '%s'" % (s, search))
self.assertTrue(pr.dryrun)
self.assertFalse(pr.force)
cmd = '--force rule allow 22'
pr = self.parser.parse_command(cmd.split())
s = str(pr)
search = repr("action='allow',iptype='both'," + \
"rule='-p all --dport 22 -j ACCEPT',type='rule'\n")
self.assertTrue(s == search, "'%s' != '%s'" % (s, search))
self.assertTrue(pr.force)
def test_ufwparser_register_command(self):
'''Test UFWParser.register_command()'''
parser = ufw.parser.UFWParser()
c = ufw.parser.UFWCommandBasic('enable')
parser.register_command(c)
self.assertTrue('basic' in parser.commands)
self.assertTrue('enable' in parser.commands['basic'])
# Register an already existing command
tests.unit.support.check_for_exception(self, ufw.common.UFWError, \
parser.register_command,
c)
def test_ufwparser_register_command_none(self):
'''Test UFWParser.register_command()'''
parser = ufw.parser.UFWParser()
c = ufw.parser.UFWCommandBasic('enable')
c.command = None
parser.register_command(c)
self.assertTrue('basic' in parser.commands)
self.assertTrue('basic' in parser.commands['basic'])
def test_ufwparser_allowed_command(self):
'''Test UFWParser.allowed_command()'''
# Valid commands
cmd = 'enable'
res = self.parser.allowed_command('basic', cmd)
search = cmd.lower()
self.assertTrue(res == search, "'%s' != '%s'" % (res, search))
cmd = 'enable'
res = self.parser.allowed_command('basic', cmd.upper())
search = cmd.lower()
self.assertTrue(res == search, "'%s' != '%s'" % (res, search))
# Invalid commands
tests.unit.support.check_for_exception(self, ValueError, \
self.parser.allowed_command,
'basic', 'nonexistent')
tests.unit.support.check_for_exception(self, ValueError, \
self.parser.allowed_command,
'nonexistent', 'allow')
def test_ufwcommand_rule_get_command(self):
'''Test UFWCommand(Route)Rule.get_command()'''
count = 0
cmds = tests.unit.support.get_sample_rule_commands_simple()
cmds += tests.unit.support.get_sample_rule_commands_extended()
cmds += tests.unit.support.get_sample_rule_commands_extended(v6=True)
cmds += [
['rule', 'reject', 'from', 'any', 'app', 'Apache'],
['rule', 'reject', 'from', 'any', 'port', 'smtp'],
['route', 'reject', 'from', 'any', 'app', 'Apache'],
['route', 'reject', 'from', 'any', 'port', 'smtp'],
['route', 'allow', 'out', 'on', 'eth1', 'in', 'on', 'eth0'],
]
errors = []
for cmd in cmds:
count += 1
#print(" ".join(cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
if cmd[0] == 'rule':
res = ufw.parser.UFWCommandRule.get_command(pr.data['rule'])
else:
res = ufw.parser.UFWCommandRouteRule.get_command(
pr.data['rule'])
# First, feed the res rule into parse() (we need to split the
# string but preserve quoted substrings
if sys.version_info[0] < 3:
test_cmd = [cmd[0]] + \
[p.strip("'").encode('utf-8') for p in re.split("( |'.*?')",
res) if p.strip()]
else:
test_cmd = [cmd[0]] + \
[p.strip("'") for p in re.split("( |'.*?')",
res) if p.strip()]
try:
self.parser.parse_command(test_cmd + [])
except ufw.common.UFWError:
self.assertTrue(False,
"get_command() returned invalid rule:\n" + \
" orig=%s\n pr.data['rule']=%s\n result=%s" % \
(cmd, pr.data['rule'], test_cmd))
# Next, verify the output is what we expect. We need to massage the
# cmd_compare output a bit first since many rules can be expressed
# using the same syntax. Eg, these are all the same rule and
# get_command() typically outputs the simplest form:
# ufw allow 22
# ufw allow in 22
# ufw allow to any port 22
# ufw allow from any to any port 22
# ufw rule allow 22
# ufw rule allow in 22
# ufw rule allow to any port 22
# ufw rule allow from any to any port 22
# Note, cmd_compare contains the rules we get from
# tests.unit.support.get_sample_rule_commands*
cmd_compare = []
# store off command so we can add it at the end after the massaging
comment = ""
if 'comment' in cmd:
comment_idx = cmd.index('comment')
comment = cmd[comment_idx + 1]
del cmd[comment_idx + 1]
del cmd[comment_idx]
for i in cmd:
if ' ' in i: # quote anything with a space for comparisons
cmd_compare.append("'%s'" % i)
else:
cmd_compare.append(i)
# remove 'in' on rules without an interface
if 'in' in cmd_compare and 'on' not in cmd_compare:
cmd_compare.remove('in')
# use '1/tcp' instead of 'tcpmux' for simple rules and
# 'port 1 proto tcp' for extended
if 'tcpmux' in cmd_compare:
if 'to' in cmd_compare or 'from' in cmd_compare: # extended
cmd_compare[cmd_compare.index('tcpmux')] = '1'
if 'proto' not in cmd_compare:
cmd_compare.append('proto')
cmd_compare.append('tcp')
if 'tcpmux' in cmd_compare: # can have 2 in extended rules
cmd_compare[cmd_compare.index('tcpmux')] = '1'
else: # simple
cmd_compare[cmd_compare.index('tcpmux')] = '1/tcp'
# use '21/udp' instead of 'fsp' for simple rules and
# 'port 21 proto udp' for extended
if 'fsp' in cmd_compare:
if 'to' in cmd_compare or 'from' in cmd_compare: # extended
cmd_compare[cmd_compare.index('fsp')] = '21'
if 'proto' not in cmd_compare:
cmd_compare.append('proto')
cmd_compare.append('udp')
if 'fsp' in cmd_compare: # can have 2 in extended rules
cmd_compare[cmd_compare.index('fsp')] = '21'
else: # simple rule
cmd_compare[cmd_compare.index('fsp')] = '21/udp'
# use 'port 25 proto tcp' in extended rules
if 'smtp' in cmd_compare and 'proto' not in cmd_compare:
cmd_compare[cmd_compare.index('smtp')] = '25'
cmd_compare.append('proto')
cmd_compare.append('tcp')
# remove 'from any' clause when used without port or app
if 'from' in cmd_compare and \
cmd_compare[cmd_compare.index('from') + 1] == 'any' and \
(len(cmd_compare) - 2 == cmd_compare.index('from') or \
(cmd_compare.index('from') + 2 < len(cmd_compare) and \
cmd_compare[cmd_compare.index('from') + 2] != 'port' and \
cmd_compare[cmd_compare.index('from') + 2] != 'app')):
del cmd_compare[cmd_compare.index('from') + 1]
cmd_compare.remove('from')
# remove 'to any' clause when used without port or app when 'from'
# 'proto' or 'on' is present ('from' will not be 'any' because of
# above)
if ('from' in cmd_compare or 'proto' in cmd_compare or \
'on' in cmd_compare) and 'to' in cmd_compare and \
cmd_compare[cmd_compare.index('to') + 1] == 'any' and \
(len(cmd_compare) - 2 == cmd_compare.index('to') or \
(cmd_compare.index('to') + 2 < len(cmd_compare) and \
cmd_compare[cmd_compare.index('to') + 2] != 'port' and \
cmd_compare[cmd_compare.index('to') + 2] != 'app')):
del cmd_compare[cmd_compare.index('to') + 1]
cmd_compare.remove('to')
# remove 'to any' if no 'from' clause (ie, convert extended to
# simple)
if 'to' in cmd_compare and 'from' not in cmd_compare and \
cmd_compare[cmd_compare.index('to') + 1] == 'any' and \
cmd_compare.index('to') + 2 < len(cmd_compare) and \
'on' not in cmd_compare:
if 'port' in cmd_compare:
port = "%s" % cmd_compare[cmd_compare.index('port') + 1]
if 'proto' in cmd_compare:
port += "/%s" % \
cmd_compare[cmd_compare.index('proto') + 1]
del cmd_compare[cmd_compare.index('proto') + 1]
cmd_compare.remove('proto')
del cmd_compare[cmd_compare.index('port') + 1]
cmd_compare.remove('port')
del cmd_compare[cmd_compare.index('to') + 1]
cmd_compare.remove('to')
cmd_compare.append(port)
elif 'app' in cmd_compare:
del cmd_compare[cmd_compare.index('to') + 2]
del cmd_compare[cmd_compare.index('to') + 1]
cmd_compare.remove('to')
# add back 'to any' if have no 'to', 'from' or 'on' and have either
# proto or the last entry in cmd_compare indicates generic extended
# rule
generics = ['in', 'out', 'allow', 'deny', 'reject', 'limit']
if 'to' not in cmd_compare and 'from' not in cmd_compare and \
'on' not in cmd_compare and ('proto' in cmd_compare or \
cmd_compare[-1].startswith('log') or \
cmd_compare[-1] in generics):
if 'proto' in cmd_compare:
cmd_compare.insert(cmd_compare.index('proto'), "to")
cmd_compare.insert(cmd_compare.index('proto'), "any")
else:
cmd_compare.append("to")
cmd_compare.append("any")
# flip 'in on' and 'out on' for route rules ('in on' is always
# listed first
if cmd_compare[0] == 'route' and \
'out' in cmd_compare and 'in' in cmd_compare and \
cmd_compare.index('out') < cmd_compare.index('in'):
tmp_out_idx = cmd_compare.index('out')
tmp_outif = cmd_compare[tmp_out_idx + 2]
tmp_in_idx = cmd_compare.index('in')
tmp_inif = cmd_compare[tmp_in_idx + 2]
cmd_compare[tmp_out_idx] = 'in'
cmd_compare[tmp_out_idx + 2] = tmp_inif
cmd_compare[tmp_in_idx] = 'out'
cmd_compare[tmp_in_idx + 2] = tmp_outif
# add comment back
if comment != "":
cmd_compare.append('comment')
compare_str = " ".join(cmd_compare)
if sys.version_info[0] < 3:
compare_str += " '%s'" % comment.decode('utf-8')
else:
compare_str += " '%s'" % comment
cmd_compare.append(comment)
else:
compare_str = " ".join(cmd_compare)
if "%s %s" % (cmd[0], res) != compare_str:
errors.append(" \"%s %s\" != \"%s\" (orig=%s)" % (cmd[0], res,
compare_str, cmd))
#print("Result: rule %s" % res)
self.assertEqual(len(errors), 0,
"Rules did not match:\n%s\n(%d of %d)" % \
("\n".join(errors), len(errors), count))
print("%d rules checked" % count)
def test_simple_parse(self):
'''Test simple rule syntax'''
count = 0
cmds = tests.unit.support.get_sample_rule_commands_simple()
for cmd in cmds:
count += 1
#print(" ".join(cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a helper
action = cmd[1]
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
del_cmd = cmd + []
del_cmd.insert(1, 'delete')
#print(" ".join(del_cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the del_cmd, not a reference
pr = self.parser.parse_command(del_cmd + [])
# TODO: more tests here by sending the cmd and the pr to a helper
action = del_cmd[2]
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
ins_cmd = cmd + []
ins_cmd.insert(1, 'insert')
ins_cmd.insert(2, '1')
#print(" ".join(ins_cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the del_cmd, not a reference
pr = self.parser.parse_command(ins_cmd + [])
# TODO: more tests here by sending the cmd and the pr to a helper
action = ins_cmd[3]
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
print("%d rules checked" % count)
def test_misc_rules_parse(self):
'''Test rule syntax - miscellaneous'''
cmds = [
['delete', 'allow', '22'],
['deny', 'from', 'any', 'port', 'domain', 'to', 'any', \
'port', 'tftp'],
['allow', 'to', 'any', 'proto', 'gre'],
['deny', 'to', 'any', 'proto', 'ipv6'],
['allow', 'to', 'any', 'proto', 'igmp'],
['reject', 'to', 'any', 'proto', 'esp'],
['allow', 'to', 'any', 'proto', 'vrrp'],
['deny', 'to', '224.0.0.1', 'proto', 'igmp'],
['deny', 'in', 'on', 'eth0', 'to', '224.0.0.1', 'proto', \
'igmp'],
['allow', 'in', 'on', 'eth0', 'to', '192.168.0.1', 'proto', \
'gre'],
['deny', 'to', 'any', 'proto', 'ah'],
['allow', 'out', 'on', 'br_lan'],
['allow', 'in', 'on', 'eth0', 'to', '192.168.0.1', 'from', \
'224.0.0.0/24', 'proto', 'vrrp'],
]
count = 0
for rtype in ['route', 'rule']:
if rtype == 'rule':
cmds.append(['delete', '1'])
for cmd in cmds:
#print(" ".join(cmd))
count += 1
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the cmd, not a reference
self.parser.parse_command([rtype] + cmd)
def test_rule_bad_syntax(self):
'''Test rule syntax - bad'''
cmds = [
(['rule', 'insert', '1', 'allow'], ValueError),
(['rule', 'insert', 'a', 'allow', '22'], ufw.common.UFWError),
(['rule', 'insert', '0', 'allow', '22'], ufw.common.UFWError),
(['rule', 'prepend', 'allow'], ValueError),
(['rule', 'allow'], ValueError),
(['rule'], ValueError),
(['rule', 'allow', '22', 'in', 'on', 'eth0'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'in', 'eth0', '22'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'on', 'eth0', '22', 'log'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'on', 'eth0', '22', 'log-all'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'on', 'eth0', 'log', 'to', 'any', \
'port', '22', 'from', 'any', 'port', '123', 'proto', 'udp', \
'extra'], ValueError),
(['rule', 'allow', '22/udp/p'], ufw.common.UFWError),
(['rule', 'allow', '22:2e'], ufw.common.UFWError),
(['rule', 'allow', '22/ipv6'], ufw.common.UFWError),
(['rule', 'reject', 'in', 'on', 'eth0', 'port', '22'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', '22'], ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'to', '22'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'proto', 'nope'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'on', '!eth0', 'to', 'any'],
ufw.common.UFWError),
(['rule', 'allow', 'out', 'on', 'eth0:0', 'to', 'any'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'on', '$eth', 'to', 'any'],
ufw.common.UFWError),
(['rule', 'allow', 'in', 'eth0', 'to', 'any'],
ufw.common.UFWError),
(['rule', 'allow', 'from', 'bad_address'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'bad_address'], ufw.common.UFWError),
(['rule', 'badcmd', 'to', 'any'], ValueError),
(['rule', 'allow', 'port', '22'], ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'port', '22_23'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'port', '22:_23'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'port', '65536'],
ufw.common.UFWError),
(['rule', 'allow', 'to', '::1', 'from', '127.0.0.1'],
ufw.common.UFWError),
(['rule', 'allow', 'to', 'any', 'port', 'nonexistent'],
ufw.common.UFWError),
(['rule', 'allow', 'from', 'any', 'port', 'nonexistent',
'proto', 'any'], ufw.common.UFWError),
(['rule', 'allow', 'from', 'any', 'port', 'tftp', 'to', 'any',
'port', 'smtp'], ufw.common.UFWError),
(['rule', 'deny', 'from', 'any', 'port', 'smtp', 'to', 'any',
'port', 'tftp', 'proto', 'any'], ufw.common.UFWError),
(['rule', 'allow', 'nope', 'any', 'to', 'any'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', 'tftp',
'proto', 'tcp'], ufw.common.UFWError),
(['rule', 'deny', 'to', '::1', 'proto', 'ipv6'],
ufw.common.UFWError),
(['rule', 'deny', 'to', '::1', 'proto', 'igmp'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'ipv6'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'igmp'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'esp'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'ah'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'gre'],
ufw.common.UFWError),
(['rule', 'deny', 'to', 'any', 'port', '22', 'proto', 'vrrp'],
ufw.common.UFWError),
(['rule', 'allow', 'to', '192.168.0.0/16', 'app', 'Samba',
'from', '192.168.0.0/16', 'port', 'tcpmux'],
ufw.common.UFWError),
(['route', 'badcmd', 'to', 'any'], ValueError),
(['route', 'allow', 'in', '22'], ufw.common.UFWError),
(['route', 'deny', 'out', '22'], ufw.common.UFWError),
(['route', 'allow', 'to', '192.168.0.0/16', 'app', 'Samba',
'from', '192.168.0.0/16', 'port', 'tcpmux'],
ufw.common.UFWError),
(['rule', 'allow', '22', 'comment', "foo'bar"], ValueError),
(['rule', 'allow', '22', 'comment'], ufw.common.UFWError),
(['route', 'delete', '1'], ufw.common.UFWError),
]
for cmd, exception in cmds:
#print(" ".join(cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the cmd, not a reference
tests.unit.support.check_for_exception(self, exception,
self.parser.parse_command,
cmd + [])
def test_extended_parse(self):
'''Test extended rule syntax'''
count = 0
cmds = tests.unit.support.get_sample_rule_commands_extended()
cmds6 = tests.unit.support.get_sample_rule_commands_extended(v6=True)
for cmd in cmds + cmds6:
count += 1
#print(" ".join(cmd))
# Note, parser.parse_command() modifies its arg, so pass a copy of
# the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a helper
action = cmd[1]
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
print("%d rules checked" % count)
def test_simple_bad_numeric_port(self):
'''Test simple bad numeric port'''
for port in ['-1', '1000000']:
c = ['rule', 'allow', port]
tests.unit.support.check_for_exception(self, ufw.common.UFWError, \
self.parser.parse_command,
c)
def test_bad_simple_action(self):
'''Test bad simple action'''
for action in ['allw', 'eny', 'nonexistent']:
c = ['rule', action, '22']
tests.unit.support.check_for_exception(self, ValueError, \
self.parser.parse_command,
c)
def test_delete_bad_simple_action(self):
'''Test delete bad simple action'''
for action in ['allw', 'eny', 'nonexistent']:
c = ['rule', 'delete', action, '22']
tests.unit.support.check_for_exception(self, ValueError, \
self.parser.parse_command,
c)
def test_bad_simple_action_with_direction(self):
'''Test bad simple action with direction'''
for dir in ['ina', 'ou']:
c = ['rule', 'allow', dir, '22']
#self.parser.parse_command(c)
tests.unit.support.check_for_exception(self, ufw.common.UFWError, \
self.parser.parse_command,
c)
c = ['rule', 'allow', 5, '22']
tests.unit.support.check_for_exception(self, AttributeError, \
self.parser.parse_command,
c)
def test_route_delete_num(self):
'''Test route delete NUM'''
c = ['route', 'delete', '1']
tests.unit.support.check_for_exception(self, ufw.common.UFWError, \
self.parser.parse_command,
c)
def test_app_parse(self):
'''Test UFWCommandApp.parse()'''
cmds = [
(['app', 'list'], None),
(['app', 'info', 'WWW'], None),
(['app', 'info', 'WWW Full'], None),
(['app', 'info', 'Samba'], None),
(['app', 'info', 'DNS'], None),
(['app', 'update', 'WWW'], None),
(['app', 'update', '--add-new', 'WWW'], None),
(['app', 'default', 'allow'], None),
(['app', 'default', 'deny'], None),
(['app', 'default', 'reject'], None),
(['app', 'default', 'skip'], None),
(['notapp'], ValueError),
(['app', 'default'], ValueError),
(['app', 'list', 'extra args'], ValueError),
(['app', 'info'], ValueError),
(['app', 'default'], ValueError),
(['app', 'default', 'nonexistent'], ValueError),
]
for cmd, exception in cmds:
#print(" ".join(cmd))
if exception is not None:
c = ufw.parser.UFWCommandApp(" ".join(cmd))
tests.unit.support.check_for_exception(self, exception,
c.parse,
cmd + [])
else:
# Note, parser.parse_command() modifies its arg, so pass a copy
# of the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a
# helper
action = cmd[1]
if action == 'update' and cmd[2] == '--add-new':
action = 'update-with-new'
elif action == 'default':
action = "default-%s" % cmd[2]
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
def test_default_parse(self):
'''Test UFWCommandDefault.parse()'''
cmds = [
(['default', 'reject'], None),
(['default', 'deny', 'incoming'], None),
(['default', 'allow', 'outgoing'], None),
(['default', 'deny', 'routed'], None),
(['default'], ValueError),
(['default', 'nonexistent'], ValueError),
(['default', 'nonexistent', 'allow'], ValueError),
(['default', 'incoming', 'allow'], ValueError),
(['default', 'routed', 'deny'], ValueError),
]
for cmd, exception in cmds:
#print(" ".join(cmd))
if exception is not None:
c = ufw.parser.UFWCommandDefault(" ".join(cmd))
tests.unit.support.check_for_exception(self, exception,
c.parse,
cmd + [])
else:
# Note, parser.parse_command() modifies its arg, so pass a copy
# of the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a
# helper
action = cmd[1]
pol = "incoming"
if len(cmd) >= 3:
pol = cmd[2]
action = "default-%s-%s" % (cmd[1], pol)
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
def test_logging_parse(self):
'''Test UFWCommandLogging.parse()'''
cmds = [
(['logging', 'on'], None),
(['logging', 'off'], None),
(['logging', 'low'], None),
(['logging', 'medium'], None),
(['logging', 'high'], None),
(['logging', 'full'], None),
(['logging'], ValueError),
(['logging', 'nonexistent'], ValueError),
]
for cmd, exception in cmds:
#print(" ".join(cmd))
if exception is not None:
c = ufw.parser.UFWCommandLogging(" ".join(cmd))
tests.unit.support.check_for_exception(self, exception,
c.parse,
cmd + [])
else:
# Note, parser.parse_command() modifies its arg, so pass a copy
# of the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a
# helper
action = "logging-%s" % (cmd[1])
if cmd[1] != "on" and cmd[1] != "off":
action = "logging-on_%s" % (cmd[1])
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
def test_status_parse(self):
'''Test UFWCommandStatus.parse()'''
cmds = [
(['status'], None),
(['status', 'verbose'], None),
(['status', 'numbered'], None),
(['status', 'bad'], ValueError),
]
for cmd, exception in cmds:
#print(" ".join(cmd))
if exception is not None:
c = ufw.parser.UFWCommandStatus(" ".join(cmd))
tests.unit.support.check_for_exception(self, exception,
c.parse,
cmd + [])
else:
# Note, parser.parse_command() modifies its arg, so pass a copy
# of the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a
# helper
action = cmd[0]
if len(cmd) > 1:
action = "%s-%s" % (cmd[0], cmd[1])
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
def test_show_parse(self):
'''Test UFWCommandShow.parse()'''
cmds = [
(['show', 'raw'], None, "show-raw"),
(['show', 'before-rules'], None, "show-before"),
(['show', 'after-rules'], None, "show-after"),
(['show', 'user-rules'], None, "show-user"),
(['show', 'logging-rules'], None, "show-logging"),
(['show', 'builtins'], None, "show-builtins"),
(['show', 'listening'], None, "show-listening"),
(['show', 'added'], None, "show-added"),
(['show'], ValueError, None),
(['show', 'bad'], ValueError, None),
]
for cmd, exception, action in cmds:
#print(" ".join(cmd))
if exception is not None:
c = ufw.parser.UFWCommandShow(" ".join(cmd))
tests.unit.support.check_for_exception(self, exception,
c.parse,
cmd + [])
else:
# Note, parser.parse_command() modifies its arg, so pass a copy
# of the cmd, not a reference
pr = self.parser.parse_command(cmd + [])
# TODO: more tests here by sending the cmd and the pr to a
# helper
self.assertEqual(action, pr.action, "%s != %s" % (action, \
pr.action))
def test_main(): # used by runner.py
tests.unit.support.run_unittest(
ParserTestCase
)
if __name__ == "__main__": # used when standalone
unittest.main()
|
