def test_tcp_scan_failure2(mocker):
statement = test_helpers.O()
statement.port = 11223
statement.protocol = 'TCP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should'
statement.reachable.host = 'localhost'
pot = PortOpenTest.PortOpenTest(statement)
assert pot.tcp_scan() is False
def test_tcp_scan_success(mocker):
statement = test_helpers.O()
statement.port = 80
statement.protocol = 'TCP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should'
statement.reachable.host = 'google.com'
pot = PortOpenTest.PortOpenTest(statement)
assert pot.tcp_scan() is True
def test_tcp_scan_failure(mocker):
statement = test_helpers.O()
statement.port = 12345
statement.protocol = 'TCP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should'
statement.reachable.host = 'google.com'
pot = PortOpenTest.PortOpenTest(statement)
assert pot.tcp_scan() is False
def test_ctor():
statement = test_helpers.O()
statement.port = 100
statement.protocol = 'UDP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should not'
statement.reachable.host = 'example.com'
pot = PortOpenTest.PortOpenTest(statement)
assert pot.port == 100
assert pot.protocol == 'UDP'
assert pot.host == 'example.com'
assert pot.should_pass is False
def test_run_failure(mocker):
statement = test_helpers.O()
statement.port = 100
statement.protocol = 'UDP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should'
statement.reachable.host = 'example.com'
mocker.patch('PortOpenTest.PortOpenTest.udp_scan')
PortOpenTest.PortOpenTest.udp_scan.return_value = False
pot = PortOpenTest.PortOpenTest(statement)
q = test_helpers.Q()
pot.run(q)
assert q.what_was_put.passed is False
def test_run_success_tcp(mocker):
statement = test_helpers.O()
statement.port = 100
statement.protocol = 'TCP'
statement.reachable = test_helpers.O()
statement.reachable.should = 'should'
statement.reachable.host = 'example.com'
mocker.patch('PortOpenTest.PortOpenTest.tcp_scan')
PortOpenTest.PortOpenTest.tcp_scan.return_value = True
pot = PortOpenTest.PortOpenTest(statement)
q = test_helpers.Q()
pot.run(q)
assert q.what_was_put.passed is True
def test_run_http_success(mocker):
mocker.patch('requests.get')
requests.get.return_value = test_helpers.O()
requests.get.return_value.status_code = 200
statement = test_helpers.O()
statement.protocol = 'http'
statement.target = 'www.google.com'
statement.should = 'should'
statement.filename = 'index.html'
statement.port = 80
fft = FileFetchTest.FileFetchTest(statement)
q = test_helpers.Q()
fft.run(q)
assert q.what_was_put.passed is True
def test_run_success(mocker):
mocker.patch('json.loads')
mocker.patch('subprocess.Popen')
json.loads.return_value = {
'end': {
'streams': [{
'receiver': {
'bits_per_second': 101
},
'sender': {
'bits_per_second': 101
}
}]
}
}
statement = test_helpers.O()
statement.direction = 'download from'
statement.comparison = 'least'
statement.bitrate = '100bps'
statement.server = '10.0.0.1'
q = test_helpers.Q()
ipt = IperfTest.IperfTest(statement)
ipt.run(q)
assert q.what_was_put.passed is True
def test_constructor(mocker):
s = test_helpers.O()
s.host = 'host'
s.routers = ['a', 'b', 'c']
t = TraceRouteTest.TraceRouteTest(s)
assert t.host == 'host'
assert t.routers == ['a', 'b', 'c']
def test_run_success(mocker):
s = test_helpers.O()
s.host = 'example.com'
s.routers = ['a', 'b']
mocker.patch('scapy.all.sr')
p1 = test_helpers.O()
p2 = test_helpers.O()
p1.fields = {'src': 'a'}
p2.fields = {'src': 'b'}
scapy.all.sr.return_value = [[(None, p1), (None, p2)], None]
t = TraceRouteTest.TraceRouteTest(s)
q = test_helpers.Q()
t.run(q)
assert q.what_was_put.passed is True
def test_run_unknown_host(mocker):
s = test_helpers.O()
s.host = 'notarealdomainname.comxyz'
s.routers = ['a', 'b']
mocker.patch('scapy.all.sr')
p1 = test_helpers.O()
p2 = test_helpers.O()
p1.fields = {'src': 'b'}
p2.fields = {'src': 'a'}
scapy.all.sr.return_value = [[(None, p1), (None, p2)], None]
t = TraceRouteTest.TraceRouteTest(s)
q = test_helpers.Q()
t.run(q)
assert q.what_was_put.passed is False
def test_run_success_dns():
statement = test_helpers.O()
statement.type = 'dns'
statement.value = '8.8.8.8'
statement.should = 'should'
dt = DHCPTest.DHCPTest(statement)
result = dt.run(packets)
assert result.passed is True
def test_run_zeropackets():
statement = test_helpers.O()
statement.type = 'server'
statement.value = '1.1.1.1'
statement.should = 'should'
dt = DHCPTest.DHCPTest(statement)
result = dt.run([])
assert result.passed is False
def test_run_success_gateway():
statement = test_helpers.O()
statement.type = 'gateway'
statement.value = '10.0.0.1'
statement.should = 'should'
dt = DHCPTest.DHCPTest(statement)
result = dt.run(packets)
assert result.passed is True
def test_ctor():
statement = test_helpers.O()
statement.should = 'should not'
statement.value = '0xFF'
ftt = FrameTypeTest.FrameTypeTest(statement)
assert ftt.should_pass is False
assert ftt.value == 255
def test_run_success_network():
statement = test_helpers.O()
statement.type = 'network'
statement.value = '10.0.0.0/24'
statement.should = 'should'
dt = DHCPTest.DHCPTest(statement)
result = dt.run(packets)
assert result.passed is True
def test_ctor():
statement = test_helpers.O()
statement.should = 'should not'
statement.value = '0xFF'
ptt = PacketTypeTest.PacketTypeTest(statement)
assert ptt.should_pass is False
assert ptt.value == 255
def test_run_successful_fail(mocker):
mocker.patch('dns.resolver.query')
ans = th.O()
ans.response = th.O()
ans.response.answer = [th.O()]
ans.response.answer[0].items = ['10.0.0.200']
dns.resolver.query.return_value = ans
statement = th.O()
statement.should = 'should not'
statement.server = 'myserver'
statement.resolve_to = '10.0.0.201'
statement.domain = 'example.com'
t = DNSTest.DNSTest(statement)
q = th.Q()
t.run(q)
dns.resolver.query.assert_called()
assert q.what_was_put.passed is True
def test_ctor():
statement = test_helpers.O()
statement.type = 'server'
statement.value = 'example.com'
statement.should = 'should not'
dt = DHCPTest.DHCPTest(statement)
assert dt.type == 'server'
assert dt.value == 'example.com'
assert dt.should_pass is False
def test_check_network_successful_fail():
statement = test_helpers.O()
statement.type = 'network'
statement.value = '10.0.0.0/24'
statement.should = 'should not'
dt = DHCPTest.DHCPTest(statement)
dt.dhcp_info = {}
dt.dhcp_info['gateway'] = '12.0.0.2'
dt.check_network()
assert dt.success is True
def test_check_dns_successful_fail():
statement = test_helpers.O()
statement.type = 'dns'
statement.value = '10.0.0.1'
statement.should = 'should not'
dt = DHCPTest.DHCPTest(statement)
dt.dhcp_info = {}
dt.dhcp_info['dns'] = '10.0.0.2'
dt.check_dns()
assert dt.success is True
def test_ctor_network():
statement = test_helpers.O()
statement.should = 'should not'
statement.target = '10.0.0.0/8'
statement.type = 'network'
pft = PacketFromTest.PacketFromTest(statement)
assert pft.should_pass is False
assert pft.target == '10.0.0.0/8'
assert pft.type == 'network'
def test_ctor_host():
statement = test_helpers.O()
statement.should = 'should not'
statement.target = '10.0.0.1'
statement.type = 'host'
pft = PacketFromTest.PacketFromTest(statement)
assert pft.should_pass is False
assert pft.target == '10.0.0.1'
assert pft.type == 'host'
def test_run_found_but_shouldnt():
statement = test_helpers.O()
statement.should = 'should not'
statement.value = '0xFF'
ftt = FrameTypeTest.FrameTypeTest(statement)
packets = [{'fields': {'type': 255}}, {'fields': {'type': 253}}]
result = ftt.run(packets)
assert result.passed is False
def test_run_did_not_find():
statement = test_helpers.O()
statement.should = 'should'
statement.value = '0xFF'
ftt = FrameTypeTest.FrameTypeTest(statement)
packets = [{'fields': {'type': 10}}, {'fields': {'type': 253}}]
result = ftt.run(packets)
assert result.passed is False
def test_run_successful_failure():
statement = test_helpers.O()
statement.should = 'should not'
statement.value = '0xFF'
ftt = FrameTypeTest.FrameTypeTest(statement)
packets = [{'fields': {'type': 10}}, {'fields': {'type': 253}}]
result = ftt.run(packets)
assert result.passed is True
def test_check_gateway_fail():
statement = test_helpers.O()
statement.type = 'gateway'
statement.value = '10.0.0.1'
statement.should = 'should'
dt = DHCPTest.DHCPTest(statement)
dt.dhcp_info = {}
dt.dhcp_info['gateway'] = '10.0.0.2'
dt.check_gateway()
assert dt.success is False
def test_run_fail2(mocker):
mocker.patch('scapy.all.sr')
ans = th.O()
ans.res = [1, 2, 3]
scapy.all.sr.return_value = [ans, 'unans']
pst = PingStatement('should not')
pt = PingTest.PingTest(pst)
q = th.Q()
pt.run(q)
scapy.all.sr.assert_called()
assert q.what_was_put.passed is False
def test_ctor(mocker):
statement = th.O()
statement.should = 'should not'
statement.server = 'myserver'
statement.resolve_to = '10.0.0.200'
statement.domain = 'example.com'
t = DNSTest.DNSTest(statement)
assert t.server == 'myserver'
assert t.server == 'myserver'
assert t.domain == 'example.com'
assert t.resolve_to == '10.0.0.200'
def test_ctor():
statement = test_helpers.O()
statement.should = 'should not'
statement.protocol = 'TCP'
statement.port = 80
statement.direction = 'source'
ppt = PacketPortTest.PacketPortTest(statement)
assert ppt.should_pass is False
assert ppt.port == 80
assert ppt.direction == 'source'
