def test_ptp_parse_mock_parser(self):
my_ptp = PTP()
my_ptp.parser = MockParser()
vulns = my_ptp.parse()
self.assertEqual(vulns, [])
self.assertEqual(my_ptp.tool_name, 'mock')
self.assertEqual(my_ptp.metadata, {})
def run():
try:
reports = REPORTS.iteritems()
except AttributeError: # Python3
reports = REPORTS.items()
for plugin, outputs in reports:
print('\t> %s' % plugin)
for output in outputs:
ptp = PTP('metasploit')
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/metasploit/',
plugin),
filename=output,
plugin=plugin)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == outputs[output]
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_parse_mock_parser(self):
my_ptp = PTP()
my_ptp.parser = MockParser()
vulns = my_ptp.parse()
self.assertEqual(vulns, [])
self.assertEqual(my_ptp.tool_name, 'mock')
self.assertEqual(my_ptp.metadata, {})
def test_ptp_highest_ranking_info_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{
'ranking': constants.UNKNOWN
}, {
'ranking': constants.INFO
}]
self.assertTrue(my_ptp.highest_ranking == constants.INFO)
def test_ptp_get_highest_ranking_low_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{
'ranking': constants.UNKNOWN
}, {
'ranking': constants.INFO
}, {
'ranking': constants.LOW
}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.LOW)
def test_ptp_no_light_parsing(self):
my_ptp = PTP()
my_ptp.parser = MockParserLight
report = my_ptp.parse(light=False)
assert_that(1, equal_to(len(report)))
vuln = report[0]
# In heavy parsing mode, there is a finding with UNKNOWN ranking that will contain all the transactions that
# could not be assigned to other vuln when parsing the report
self.assertTrue('ranking' in vuln and vuln['ranking'] == constants.UNKNOWN)
self.assertTrue('transactions' in vuln and len(vuln['transactions']))
def run():
ptp = PTP('robots')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/robots/reports'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/robots/reports'))
assert ptp.parser.__tool__ == 'robots'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == INFO
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_no_light_parsing(self):
my_ptp = PTP()
my_ptp.parser = MockParserLight
report = my_ptp.parse(light=False)
assert_that(1, equal_to(len(report)))
vuln = report[0]
# In heavy parsing mode, there is a finding with UNKNOWN ranking that will contain all the transactions that
# could not be assigned to other vuln when parsing the report
self.assertTrue('ranking' in vuln
and vuln['ranking'] == constants.UNKNOWN)
self.assertTrue('transactions' in vuln and len(vuln['transactions']))
def test_ptp_highest_ranking_medium_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{
'ranking': constants.UNKNOWN
}, {
'ranking': constants.INFO
}, {
'ranking': constants.LOW
}, {
'ranking': constants.MEDIUM
}]
self.assertTrue(my_ptp.highest_ranking == constants.MEDIUM)
def test_ptp_no_cumulative_parsing(self):
my_ptp = PTP(cumulative=False)
my_ptp.parser = MockParserInfo() # Tool 1, first run
report = my_ptp.parse()
assert_that(1, equal_to(len(report)))
assert_that(report, has_item({'ranking': constants.INFO}))
assert_that(report, is_not(has_item({'ranking': constants.HIGH})))
my_ptp.parser = MockParserHigh() # Tool 2, second run
report = my_ptp.parse()
assert_that(1, equal_to(len(report)))
assert_that(report, has_item({'ranking': constants.HIGH}))
assert_that(report, is_not(has_item({'ranking': constants.INFO})))
def test_ptp_init_supported_tools(self):
tool_names = [
'arachni', 'skipfish', 'w3af', 'wapiti', 'metasploit', 'dirbuster',
'nmap', 'owasp-cm-008', 'robots', 'burpsuite', 'hoppy'
]
for tool_name in tool_names:
self.assertTrue(PTP(tool_name=tool_name).tool_name == tool_name)
def run():
ptp = PTP('robots')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/robots/reports'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/robots/reports'))
assert ptp.parser.__tool__ == 'robots'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == INFO
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def rank_plugin(output, pathname):
"""Rank the current plugin results using PTP.
Returns the ranking value.
"""
def extract_metasploit_modules(cmd):
"""Extract the metasploit modules contained in the plugin output.
Returns the list of (module name, output file) found, an empty list
otherwise.
"""
return [
(
output['output'].get('ModifiedCommand', '').split(' ')[3],
os.path.basename(output['output'].get('RelativeFilePath', ''))
)
for output in cmd
if ('output' in output and 'metasploit' in output['output'].get('ModifiedCommand', ''))]
msf_modules = None
if output:
msf_modules = extract_metasploit_modules(output)
owtf_rank = -1 # Default ranking value set to Unknown.
try:
parser = PTP()
if msf_modules:
for module in msf_modules:
# filename - Path to output file.
# plugin - Metasploit module name.
parser.parse(pathname=pathname, filename=module[1], plugin=module[0], light=True)
owtf_rank = max(owtf_rank, parser.highest_ranking)
else:
parser.parse(pathname=pathname, light=True)
owtf_rank = parser.highest_ranking
except PTPError: # Not supported tool or report not found.
pass
except Exception as e:
logging.error('Unexpected exception when running PTP: %s' % e)
if owtf_rank == UNKNOWN: # Ugly truth... PTP gives 0 for unranked but OWTF uses -1 instead...
owtf_rank = -1
return owtf_rank
def test_ptp_no_cumulative_parsing(self):
my_ptp = PTP(cumulative=False)
my_ptp.parser = MockParserInfo() # Tool 1, first run
report = my_ptp.parse()
assert_that(1, equal_to(len(report)))
assert_that(report, has_item({'ranking': constants.INFO}))
assert_that(report, is_not(has_item({'ranking': constants.HIGH})))
my_ptp.parser = MockParserHigh() # Tool 2, second run
report = my_ptp.parse()
assert_that(1, equal_to(len(report)))
assert_that(report, has_item({'ranking': constants.HIGH}))
assert_that(report, is_not(has_item({'ranking': constants.INFO})))
def run():
try:
reports = REPORTS.iteritems()
except AttributeError: # Python3
reports = REPORTS.items()
for report, ranking in reports:
ptp = PTP('dirbuster')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(),
'tests/dirbuster/1.0'),
filename=report)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(),
'tests/dirbuster/1.0'),
filename=report)
assert ptp.parser.__tool__ == 'dirbuster'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == ranking
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def rank_plugin(output, pathname):
"""Rank the current plugin results using PTP.
Returns the ranking value.
"""
def extract_metasploit_modules(cmd):
"""Extract the metasploit modules contained in the plugin output.
Returns the list of (module name, output file) found, an empty list
otherwise.
"""
return [
(output['output'].get('ModifiedCommand', '').split(' ')[3],
os.path.basename(output['output'].get('RelativeFilePath',
''))) for output in cmd
if ('output' in output and 'metasploit' in
output['output'].get('ModifiedCommand', ''))
]
msf_modules = None
if output:
msf_modules = extract_metasploit_modules(output)
owtf_rank = -1 # Default ranking value set to Unknown.
try:
parser = PTP()
if msf_modules:
for module in msf_modules:
parser.parse(
pathname=pathname,
filename=module[1], # Path to output file.
plugin=module[0]) # Metasploit module name.
owtf_rank = max(owtf_rank, parser.get_highest_ranking())
else:
parser.parse(pathname=pathname)
owtf_rank = parser.get_highest_ranking()
except PTPError: # Not supported tool or report not found.
pass
if owtf_rank == UNKNOWN: # Ugly truth... PTP gives 0 for unranked but OWTF uses -1 instead...
owtf_rank = -1
return owtf_rank
def rank_plugin(output, pathname):
"""Rank the current plugin results using PTP.
Returns the ranking value.
"""
def extract_metasploit_modules(cmd):
"""Extract the metasploit modules contained in the plugin output.
Returns the list of (module name, output file) found, an empty list
otherwise.
"""
return [
(output['output'].get('ModifiedCommand', '').split(' ')[3],
os.path.basename(output['output'].get('RelativeFilePath',
''))) for output in cmd
if ('output' in output and 'metasploit' in
output['output'].get('ModifiedCommand', ''))
]
msf_modules = None
if output: # Try to retrieve metasploit modules that were used.
msf_modules = extract_metasploit_modules(output)
owtf_rank = -1 # Default ranking value set to Unknown.
try:
parser = PTP()
if msf_modules: # PTP needs to know the msf module name.
for module in msf_modules:
parser.parse(
pathname=pathname,
filename=module[1], # Path to output file.
plugin=module[0]) # Metasploit module name.
owtf_rank = max(owtf_rank, parser.get_highest_ranking())
else: # Otherwise use the auto-detection mode.
parser.parse(pathname=pathname)
owtf_rank = parser.get_highest_ranking()
except PTPError: # Not supported tool or report not found.
pass
return owtf_rank
def rank_plugin(output, pathname):
"""Rank the current plugin results using PTP.
Returns the ranking value.
"""
def extract_metasploit_modules(cmd):
"""Extract the metasploit modules contained in the plugin output.
Returns the list of (module name, output file) found, an empty list
otherwise.
"""
return [
(
output['output'].get('ModifiedCommand', '').split(' ')[3],
os.path.basename(
output['output'].get('RelativeFilePath', ''))
)
for output in cmd
if ('output' in output and
'metasploit' in output['output'].get('ModifiedCommand', ''))]
msf_modules = None
if output: # Try to retrieve metasploit modules that were used.
msf_modules = extract_metasploit_modules(output)
owtf_rank = -1 # Default ranking value set to Unknown.
try:
parser = PTP()
if msf_modules: # PTP needs to know the msf module name.
for module in msf_modules:
parser.parse(
pathname=pathname,
filename=module[1], # Path to output file.
plugin=module[0]) # Metasploit module name.
owtf_rank = max(
owtf_rank,
parser.get_highest_ranking())
else: # Otherwise use the auto-detection mode.
parser.parse(pathname=pathname)
owtf_rank = parser.get_highest_ranking()
except PTPError: # Not supported tool or report not found.
pass
return owtf_rank
def run():
ptp = PTP('nmap')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/nmap/6.46'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/nmap/6.46'))
assert ptp.parser.__tool__ == 'nmap'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def run():
try:
reports = REPORTS.iteritems()
except AttributeError: # Python3
reports = REPORTS.items()
for report, ranking in reports:
ptp = PTP('dirbuster')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/dirbuster/1.0'),
filename=report)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/dirbuster/1.0'),
filename=report)
assert ptp.parser.__tool__ == 'dirbuster'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == ranking
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def run():
print("\ttesting version 2.3.0")
ptp = PTP('wapiti')
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.3.0'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.3.0'))
assert ptp.parser.__tool__ == 'wapiti'
assert re.match(ptp.parser.__version__, '2.3.0', flags=re.IGNORECASE)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == MEDIUM
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print("\ttesting version 2.2.1")
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.2.1'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.2.1'))
assert ptp.parser.__tool__ == 'wapiti'
assert re.match(ptp.parser.__version__, '2.2.1', flags=re.IGNORECASE)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
# Haha, Wapiti 2.2.1 detects SQL injections that 2.3.0 doesn't.
assert ptp.get_highest_ranking() == HIGH
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_get_highest_ranking_info_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{'ranking': constants.UNKNOWN}, {'ranking': constants.INFO}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.INFO)
def test_ptp_get_highest_ranking_unknown_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{'ranking': constants.UNKNOWN}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.UNKNOWN)
def test_ptp_get_highest_ranking_vuln_with_no_ranking(self):
my_ptp = PTP()
my_ptp.vulns = [{'foo': 'bar'}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.UNKNOWN)
def test_ptp_get_highest_ranking_unknown_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [{'ranking': constants.UNKNOWN}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.UNKNOWN)
def run():
print("\ttesting version 2.3.0")
ptp = PTP('wapiti')
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.3.0'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.3.0'))
assert ptp.parser.__tool__ == 'wapiti'
assert re.match(ptp.parser.__version__, '2.3.0', flags=re.IGNORECASE)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == MEDIUM
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print("\ttesting version 2.2.1")
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.2.1'))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/wapiti/2.2.1'))
assert ptp.parser.__tool__ == 'wapiti'
assert re.match(ptp.parser.__version__, '2.2.1', flags=re.IGNORECASE)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
# Haha, Wapiti 2.2.1 detects SQL injections that 2.3.0 doesn't.
assert ptp.get_highest_ranking() == HIGH
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_get_highest_ranking_medium_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [
{'ranking': constants.UNKNOWN}, {'ranking': constants.INFO}, {'ranking': constants.LOW},
{'ranking': constants.MEDIUM}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.MEDIUM)
def test_ptp_init_parser_tool(self):
PTP.supported = {'mock': [MockParser]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertTrue(my_ptp.parser is not None)
def test_ptp_light_parsing(self):
my_ptp = PTP()
my_ptp.parser = MockParserLight
report = my_ptp.parse(light=True)
assert_that(0, equal_to(
len(report))) # In light mode, the mock parser has no findings.
def test_ptp_init_parser_no_tool(self):
my_ptp = PTP()
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)
def test_ptp_light_parsing(self):
my_ptp = PTP()
my_ptp.parser = MockParserLight
report = my_ptp.parse(light=True)
assert_that(0, equal_to(len(report))) # In light mode, the mock parser has no findings.
def test_ptp_init_parser_tool(self):
PTP.supported = {'mock': [MockParser]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertTrue(my_ptp.parser is not None)
def test_ptp_highest_ranking_high_vuln(self):
my_ptp = PTP()
my_ptp.vulns = [
{'ranking': constants.UNKNOWN}, {'ranking': constants.INFO}, {'ranking': constants.LOW},
{'ranking': constants.MEDIUM}, {'ranking': constants.HIGH}]
self.assertTrue(my_ptp.highest_ranking == constants.HIGH)
def run():
try:
versions = TESTFILES.iterkeys()
except AttributeError: # Python3
versions = TESTFILES.keys()
for version in versions:
print("\ttesting version '%s' (auto)" % version)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), '%s/%s' %
(TESTPATH, version)))
assert ptp.parser.__tool__ == 'w3af'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP('w3af')
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), '%s/%s' %
(TESTPATH, version)))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print("\ttesting version '%s' (manual)" % version)
try:
couples = TESTFILES[version].iteritems()
except AttributeError: # Python3
couples = TESTFILES[version].items()
for testfile, ranking in couples:
ptp = PTP('w3af')
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(),
'%s/%s' % (TESTPATH, version)),
filename=testfile)
assert ptp.parser.__tool__ == 'w3af'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(),
'%s/%s' % (TESTPATH, version)),
filename=testfile)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == ranking
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_init_unspecified_tool(self):
self.assertTrue(PTP().tool_name == '')
def test_ptp_parse_no_tool(self):
my_ptp = PTP()
with self.assertRaises(NotSupportedToolError):
my_ptp.parse()
def test_ptp_get_highest_ranking_no_vuln(self):
self.assertTrue(PTP().get_highest_ranking() == constants.UNKNOWN)
def run():
try:
reports = REPORTS.iteritems()
except AttributeError: # Python3
reports = REPORTS.items()
for test, outputs in reports:
print('\t> %s (manual)' % test)
for output in outputs:
ptp = PTP(test)
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/owasp/',
test),
filename=output)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == outputs[output]
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t> %s (auto)' % test)
for output in outputs:
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/owasp/', test))
assert ptp.parser.__tool__ == 'owasp-cm-008'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), 'tests/owasp/',
test),
first=False)
assert ptp.get_highest_ranking() == MAX_RANKING
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def run():
try:
versions = TESTFILES.iterkeys()
except AttributeError: # Python3
versions = TESTFILES.keys()
for version in versions:
print("\ttesting version '%s' (auto)" % version)
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), '%s/%s' % (TESTPATH, version)))
assert ptp.parser.__tool__ == 'w3af'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP('w3af')
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(pathname=os.path.join(os.getcwd(), '%s/%s' % (TESTPATH, version)))
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print("\ttesting version '%s' (manual)" % version)
try:
couples = TESTFILES[version].iteritems()
except AttributeError: # Python3
couples = TESTFILES[version].items()
for testfile, ranking in couples:
ptp = PTP('w3af')
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), '%s/%s' % (TESTPATH, version)),
filename=testfile)
assert ptp.parser.__tool__ == 'w3af'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), '%s/%s' % (TESTPATH, version)),
filename=testfile)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == ranking
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def run():
ptp = PTP('skipfish')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/skipfish/2.10b/demo.testfire.net')
)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/skipfish/2.10b/demo.testfire.net')
)
assert ptp.parser.__tool__ == 'skipfish'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == HIGH
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP('skipfish')
print('\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/skipfish/2.10b/local.xss')
)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/skipfish/2.10b/local.xss')
)
assert ptp.parser.__tool__ == 'skipfish'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == MEDIUM
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_init_parser_tool_ioerror(self):
PTP.supported = {'mock': [MockParserIOError]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)
def test_ptp_init_parser_tool_version_not_supported(self):
PTP.supported = {'mock': [MockParserVersionNotSupported]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)
def test_ptp_get_highest_ranking_vuln_with_no_ranking(self):
my_ptp = PTP()
my_ptp.vulns = [{'foo': 'bar'}]
self.assertTrue(my_ptp.get_highest_ranking() == constants.UNKNOWN)
def run():
try:
reports = REPORTS.iteritems()
except AttributeError: # Python3
reports = REPORTS.items()
for test, outputs in reports:
print('\t> %s (manual)' % test)
for output in outputs:
ptp = PTP(test)
print('\t\ttest parse():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(
os.getcwd(),
'tests/owasp/',
test),
filename=output)
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
assert ptp.get_highest_ranking() == outputs[output]
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
print('\t> %s (auto)' % test)
for output in outputs:
ptp = PTP()
print('\t\ttest is_mine():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/owasp/', test))
assert ptp.parser.__tool__ == 'owasp-cm-008'
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
ptp = PTP()
print('\t\ttest get_highest_ranking():', end=' ')
res = 'OK'
try:
ptp.parse(
pathname=os.path.join(os.getcwd(), 'tests/owasp/', test),
first=False)
assert ptp.get_highest_ranking() == MAX_RANKING
except Exception:
print(traceback.format_exc())
res = 'FAIL'
print(res)
def test_ptp_init_parser_no_tool(self):
my_ptp = PTP()
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)
def test_ptp_parse_no_tool(self):
my_ptp = PTP()
with self.assertRaises(NotSupportedToolError):
my_ptp.parse()
def test_ptp_init_unsupported_tool(self):
with self.assertRaises(NotSupportedToolError):
PTP(tool_name=
'AToolWithANameThatWouldNeverExistAndEvenIfItExistedItWontBeSupported'
)
def test_ptp_init_parser_tool_ioerror(self):
PTP.supported = {'mock': [MockParserIOError]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)
def test_ptp_init_parser_tool_version_not_supported(self):
PTP.supported = {'mock': [MockParserVersionNotSupported]}
my_ptp = PTP(tool_name='mock')
my_ptp._init_parser()
self.assertIsNone(my_ptp.parser)