def test_main(self):
print("This is runTest of Test1")
# working with TestStep variant
with TS(self, "execute step 1") as ts:
ts.call(self.set_action_1)
ts.verify(ts.result[-1].output() == 100, "step 1 verification")
with TS(self, "execute step 2") as ts:
ts.call(self.set_action_2)
ts.verify(ts.result[-1].output() == 200, "step 2 verification")
def test_negative_scenario3(obj):
# this scenario will throw an exception Code Error as no exception got raised
with pytest.raises(AssertionError) as exc:
with TS(obj, "Negative Test Scenario 7", type(obj).__name__) as ts:
with ts.assertRaises(KeyError):
ts.call(print, "I won't throw an exception")
assert "No exception caught" in str(exc.value)
def test_negative_scenario1(obj):
# this scenario will throw an exception Code Error
with pytest.raises(AssertionError) as exc:
with TS(obj, "Negative Test Scenario 5", type(obj).__name__) as ts:
with ts.assertRaises(KeyError):
ts.call(obj.action)
assert exc.type is AssertionError
def test_negative_scenario2(self):
# this scenario will throw an exception Code Error
with pytest.raises(AssertionError) as exc:
with TS(self, "Negative Test Scenario 6",
type(self).__name__) as ts:
ts.assertRaises(KeyError, self.action, code=100)
assert exc.type is AssertionError
def test_positive_scenario3(obj):
# should be able to continue remaining execution after with, if any.
with TS(obj, "Negative Test Scenario 3", type(obj).__name__) as ts:
with ts.assertRaises(ValueError) as e:
ts.call(obj.action)
ts.call(print, "Yes I work")
exc = e.exception
assert exc.code == 200
def test_main(self):
param_list = [
"Device.WiFi.Radio.2.Channel",
"Device.WiFi.Radio.2.OperatingChannelBandwidth",
"Device.DeviceInfo.FirstUseDate",
"Device.ManagementServer.PeriodicInformEnable",
"Device.DeviceInfo.SoftwareVersion",
"Device.DeviceInfo.Description",
"Device.Ethernet.Interface.1.Alias",
]
try:
capture_file = "acs_pktc.pcap"
with TS(self, "To induce Dos attack", prefix="Test") as ts:
count = 0
ts.call(
tcpdump_capture,
self.dev.acs_server,
"any",
capture_file=capture_file,
)
for param in param_list:
count += 1
ts.call(self.dev.acs_server.GPV, param)
except HTTPError as e:
if "507" in str(e):
with TS(self, "To verify packet capture", prefix="Test") as ts:
ts.call(kill_process,
self.dev.acs_server,
process="tcpdump")
ts.call(
tshark_read,
self.dev.acs_server,
capture_file,
filter_str=
'-T fields -e http.response.code | grep "503"',
)
ts.verify(
"503" in ts.result[-1].output(),
"Dos attack happened at " + str(count) + "th GPV",
)
else:
print("No Dos attack")
finally:
with TS(self, "Kill tcpdump", prefix="Test") as ts:
ts.call(kill_process, self.dev.acs_server, process="tcpdump")
def test_positive_scenario4(obj):
# should be able to continue remaining execution after with, if any.
with TS(obj, "Negative Test Scenario 4", type(obj).__name__) as ts:
exc = ts.assertRaises(ValueError, obj.action, code=300).exception
ts.call(print, "Yes I work")
assert exc.code == 300
def test_positive_scenario2(obj):
with TS(obj, "Negative Test Scenario 2", type(obj).__name__) as ts:
exc = ts.assertRaises(ValueError, obj.action, code=300).exception
assert exc.code == 300
def test_positive_scenario1(obj):
with TS(obj, "Negative Test Scenario 1", type(obj).__name__) as ts:
with ts.assertRaises(ValueError) as e:
ts.call(obj.action)
exc = e.exception
assert exc.code == 200
def runTest(self):
with TS(self, "TD selftest. Print action1 output") as ts:
ts.call(self.action_1, "Executed Action 1")
def test_main(self):
"""A sample test class to validate teardown feature."""
with TS(self, "TD selftest. Print action1 output") as ts:
ts.call(self.action_1, "Executed Action 1")