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client_connectivity updates

Browse Source 
Signed-off-by: shivamcandela <shivam.thakur@candelatech.com>
This commit is contained in:
shivamcandela
2021-05-14 14:50:57 +05:30
parent bbefdf1056
commit 9edce6c7a9
43 changed files with 1276 additions and 1609 deletions
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1
lanforge/lanforge-scripts Submodule

Submodule lanforge/lanforge-scripts added at de86a454b2

1
libs/apnos/apnos.py
View File

@@ -15,6 +15,7 @@ from scp import SCPClient
import os
import allure
class APNOS:
def __init__(self, credentials=None, pwd=os.getcwd()):

80
libs/controller/controller.py
View File

@@ -17,6 +17,7 @@ import swagger_client
from swagger_client import FirmwareManagementApi
from swagger_client import EquipmentGatewayApi
from bs4 import BeautifulSoup
import threading
class ConfigureController:
@@ -75,31 +76,34 @@ class Controller(ConfigureController):
if customer_id is None:
self.customer_id = 2
print("Setting to default Customer ID 2")
#
# Setting the Controller Client Configuration
self.select_controller_data(controller_data=controller_data)
self.set_credentials(controller_data=controller_data)
# self.configuration.refresh_api_key_hook = self.get_bearer_token
self.configuration.refresh_api_key_hook = self.get_bearer_token
# Connecting to Controller
self.api_client = swagger_client.ApiClient(self.configuration)
self.login_client = swagger_client.LoginApi(api_client=self.api_client)
self.bearer = self.get_bearer_token()
self.bearer = False
self.disconnect = False
self.semaphore = False
try:
self.bearer = self.get_bearer_token()
# t1 = threading.Thread(target=self.refresh_instance)
# t1.start()
self.api_client.default_headers['Authorization'] = "Bearer " + self.bearer._access_token
self.status_client = swagger_client.StatusApi(api_client=self.api_client)
self.equipment_client = swagger_client.EquipmentApi(self.api_client)
self.profile_client = swagger_client.ProfileApi(self.api_client)
self.api_client.configuration.api_key_prefix = {
"Authorization": "Bearer " + self.bearer._access_token
}
self.api_client.configuration.refresh_api_key_hook = self.refresh_instance
except Exception as e:
self.bearer = False
print(e)
self.api_client.default_headers['Authorization'] = "Bearer " + self.bearer._access_token
self.status_client = swagger_client.StatusApi(api_client=self.api_client)
self.equipment_client = swagger_client.EquipmentApi(self.api_client)
self.profile_client = swagger_client.ProfileApi(self.api_client)
self.api_client.configuration.api_key_prefix = {
"Authorization": "Bearer " + self.bearer._access_token
}
self.api_client.configuration.refresh_api_key_hook = self.refresh_instance
self.ping_response = self.portal_ping()
self.default_profiles = {}
# print(self.bearer)
if self.ping_response._application_name != 'PortalServer':
print("Server not Reachable")
exit()
print("Connected to Controller Server")
def get_bearer_token(self):
@@ -111,6 +115,15 @@ class Controller(ConfigureController):
def refresh_instance(self):
# Connecting to Controller
# while True:
# print("Controller Refresh Thread Started")
# for i in range(0, 800):
# if self.disconnect:
# break
# time.sleep(1)
# if self.disconnect:
# break
# self.semaphore = True
self.api_client = swagger_client.ApiClient(self.configuration)
self.login_client = swagger_client.LoginApi(api_client=self.api_client)
self.bearer = self.get_bearer_token()
@@ -130,11 +143,13 @@ class Controller(ConfigureController):
print("Server not Reachable")
exit()
print("Connected to Controller Server")
# self.semaphore = False
def portal_ping(self):
return self.login_client.portal_ping()
def disconnect_Controller(self):
self.disconnect = True
self.api_client.__del__()
# Returns a List of All the Equipments that are available in the cloud instances
@@ -837,16 +852,21 @@ class FirmwareUtility(JFrogUtility):
firmware_version = False
print("firmware not available: ", firmware_version)
return firmware_version
controller = {
'url': "https://wlan-portal-svc-nola-ext-03.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': "1.1.0-SNAPSHOT",
'commit_date': "2021-04-27"
}
api = Controller(controller_data=controller)
for i in range(0, 2500):
print(i)
time.sleep(1)
print(api.get_equipment_by_customer_id())
api.disconnect_Controller()
# controller = {
# 'url': "https://wlan-portal-svc-nola-ext-03.cicd.lab.wlan.tip.build", # API base url for the controller
# 'username': 'support@example.com',
# 'password': 'support',
# 'version': "1.1.0-SNAPSHOT",
# 'commit_date': "2021-04-27"
# }
# api = Controller(controller_data=controller)
# # profile = ProfileUtility(sdk_client=api)
# # profile.cleanup_profiles()
# # # print(api.get_equipment_by_customer_id())
# # #
# for i in range(0, 300):
# print(i)
# time.sleep(1)
# print(api.get_equipment_by_customer_id())
# api.disconnect_Controller()

81
libs/lanforge/lf_tests.py
View File

@@ -4,34 +4,50 @@
#########################################################################################################
from sta_connect2 import StaConnect2
import time
from eap_connect import EAPConnect
class RunTest:
def __init__(self, lanforge_ip, lanforge_port, lanforge_prefix):
self.lanforge_ip = lanforge_ip
self.lanforge_port = lanforge_port
self.lanforge_prefix = lanforge_prefix
def __init__(self, lanforge_data=None, debug=False):
self.lanforge_ip = lanforge_data["ip"]
self.lanforge_port = lanforge_data["port"]
self.twog_radios = lanforge_data["2.4G-Radio"]
self.fiveg_radios = lanforge_data["5G-Radio"]
self.ax_radios = lanforge_data["AX-Radio"]
self.upstream_port = lanforge_data["upstream"]
self.twog_prefix = lanforge_data["2.4G-Station-Name"]
self.fiveg_prefix = lanforge_data["5G-Station-Name"]
self.ax_prefix = lanforge_data["AX-Station-Name"]
self.staConnect = StaConnect2(self.lanforge_ip, self.lanforge_port, debug_=debug)
def Single_Client_Connectivity(self, upstream_port="eth1", radio="wiphy0", ssid="TestAP", passkey="ssid_psk",
security="open",
station_name="sta0000", test_case=None, rid=None, client=None, logger=None):
def Client_Connectivity(self, ssid="[BLANK]", passkey="[BLANK]", security="open", station_name=[],
mode="BRIDGE", vlan_id=1, band="twog"):
'''SINGLE CLIENT CONNECTIVITY using test_connect2.py'''
self.staConnect = StaConnect2(self.lanforge_ip, self.lanforge_port, debug_=False)
self.staConnect.sta_mode = 0
self.staConnect.upstream_resource = 1
self.staConnect.upstream_port = upstream_port
self.staConnect.radio = radio
if mode == "BRIDGE":
self.staConnect.upstream_port = self.upstream_port
elif mode == "NAT":
self.staConnect.upstream_port = self.upstream_port
else:
self.staConnect.upstream_port = self.upstream_port + "." + str(vlan_id)
if band == "twog":
self.staConnect.radio = self.twog_radios[0]
self.staConnect.sta_prefix = self.twog_prefix
if band == "fiveg":
self.staConnect.radio = self.fiveg_radios[0]
self.staConnect.sta_prefix = self.fiveg_prefix
self.staConnect.resource = 1
self.staConnect.dut_ssid = ssid
self.staConnect.dut_passwd = passkey
self.staConnect.dut_security = security
self.staConnect.station_names = station_name
self.staConnect.sta_prefix = self.lanforge_prefix
self.staConnect.runtime_secs = 10
self.staConnect.runtime_secs = 40
self.staConnect.bringup_time_sec = 60
self.staConnect.cleanup_on_exit = True
# staConnect.cleanup()
# self.staConnect.cleanup()
self.staConnect.setup()
self.staConnect.start()
print("napping %f sec" % self.staConnect.runtime_secs)
@@ -41,18 +57,15 @@ class RunTest:
run_results = self.staConnect.get_result_list()
for result in run_results:
print("test result: " + result)
# result = 'pass'
print("Single Client Connectivity :", self.staConnect.passes)
if self.staConnect.passes() == True:
print("Single client connection to", self.staConnect.dut_ssid, "successful. Test Passed")
client.update_testrail(case_id=test_case, run_id=rid, status_id=1, msg='Client connectivity passed')
logger.info("Client connectivity to " + self.staConnect.dut_ssid + " Passed")
return ("passed")
result = True
print("Client Connectivity :", self.staConnect.passes)
if self.staConnect.passes():
print("client connection to", self.staConnect.dut_ssid, "successful. Test Passed")
else:
client.update_testrail(case_id=test_case, run_id=rid, status_id=5, msg='Client connectivity failed')
print("Single client connection to", self.staConnect.dut_ssid, "unsuccessful. Test Failed")
logger.warning("Client connectivity to " + self.staConnect.dut_ssid + " FAILED")
return ("failed")
print("client connection to", self.staConnect.dut_ssid, "unsuccessful. Test Failed")
result = False
time.sleep(3)
return self.staConnect.passes(), result
def Single_Client_EAP(self, port, sta_list, ssid_name, radio, security, eap_type,
identity, ttls_password, test_case, rid, client, logger):
@@ -68,7 +81,7 @@ class RunTest:
eap_connect.eap = eap_type
eap_connect.identity = identity
eap_connect.ttls_passwd = ttls_password
eap_connect.runtime_secs = 10
eap_connect.runtime_secs = 40
eap_connect.setup()
eap_connect.start()
print("napping %f sec" % eap_connect.runtime_secs)
@@ -78,21 +91,11 @@ class RunTest:
run_results = eap_connect.get_result_list()
for result in run_results:
print("test result: " + result)
# result = 'pass'
result = True
print("Single Client Connectivity :", eap_connect.passes)
if eap_connect.passes() == True:
if eap_connect.passes():
print("Single client connection to", ssid_name, "successful. Test Passed")
client.update_testrail(case_id=test_case, run_id=rid, status_id=1, msg='Client connectivity passed')
logger.info("Client connectivity to " + ssid_name + " Passed")
return ("passed")
else:
client.update_testrail(case_id=test_case, run_id=rid, status_id=5, msg='Client connectivity failed')
print("Single client connection to", ssid_name, "unsuccessful. Test Failed")
logger.warning("Client connectivity to " + ssid_name + " FAILED")
return ("failed")
def testrail_retest(self, test_case, rid, ssid_name, client, logger):
client.update_testrail(case_id=test_case, run_id=rid, status_id=4,
msg='Error in Client Connectivity Test. Needs to be Re-run')
print("Error in test for single client connection to", ssid_name)
logger.warning("ERROR testing Client connectivity to " + ssid_name)
result = False
return self.staConnect.passes(), result

166
tests/configuration.py
View File

@@ -1,17 +1,90 @@
CONFIGURATION = {
"ext-03": {
"basic-ext-03-01": {
"controller": {
'url': "https://wlan-portal-svc-nola-ext-03.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': '1.0.0-SNAPSHOT',
'commit_date': '2021-03-01'
'version': "1.1.0-SNAPSHOT",
'commit_date': "2021-04-27"
},
'access_point': [
{
'model': 'ecw5410',
'mode' : "wifi5",
'mode': "wifi5",
'serial': '903cb3944807',
'jumphost': True,
'ip': "192.168.200.230",
'username': "lanforge",
'password': "lanforge",
'port': 22,
'jumphost_tty': '/dev/ttyAP1',
'version': "ecw5410-2021-03-30-pending-9cb289b"
}
],
"traffic_generator": {
"name": "lanforge",
"details": {
"ip": "localhost",
"port": 8080,
"2.4G-Radio": ["wiphy0"],
"5G-Radio": ["wiphy1"],
"AX-Radio": ["wiphy2"],
"upstream": "eth1",
"2.4G-Station-Name": "wlan0",
"5G-Station-Name": "wlan1",
"AX-Station-Name": "ax",
}
}
},
"basic-ext-03-02": {
"controller": {
'url': "https://wlan-portal-svc-nola-ext-03.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': "1.1.0-SNAPSHOT",
'commit_date': "2021-04-27"
},
'access_point': [
{
'model': 'ecw5410',
'mode': 'wifi5',
'serial': '903cb394486f',
'jumphost': True,
'ip': "192.168.200.233",
'username': "lanforge",
'password': "lanforge",
'port': 22,
'jumphost_tty': '/dev/ttyAP1',
'version': "ecw5410-2021-04-26-pending-3fc41fa"
}
],
"traffic_generator": {
"name": "lanforge",
"details": {
"ip": "192.168.200.233",
"port": 8080,
"2.4G-Radio": ["wiphy0"],
"5G-Radio": ["wiphy1"],
"AX-Radio": ["wiphy2"],
"upstream": "eth1",
"2.4G-Station-Name": "wlan0",
"5G-Station-Name": "wlan1",
"AX-Station-Name": "ax",
}
}
},
"basic-ext-03-03": {
"controller": {
'url': "https://wlan-portal-svc-nola-ext-03.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': "1.1.0-SNAPSHOT",
'commit_date': "2021-04-27"
},
'access_point': [
{
'model': 'ecw5410',
'mode': 'wifi5',
'serial': '903cb3944857',
'jumphost': True,
'ip': "192.168.200.80",
@@ -22,7 +95,7 @@ CONFIGURATION = {
'version': "ecw5410-2021-04-26-pending-3fc41fa"
}
],
"traffic_generator": {
"traffic_generator": {
"name": "lanforge",
"details": {
"ip": "192.168.200.80",
@@ -32,90 +105,13 @@ CONFIGURATION = {
"AX-Radio": ["wiphy2"],
"upstream": "eth1",
"2.4G-Station-Name": "wlan0",
"5G-Station-Name": "wlan1",
"5G-Station-Name": "wlan0",
"AX-Station-Name": "ax",
}
}
},
"ext-04": {
"controller": {
'url': "https://wlan-portal-svc-nola-ext-04.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': '1.0.0-SNAPSHOT',
'commit_date': '2021-03-01'
},
'access_point': [
{
'model': 'ecw5410',
'mode': 'wifi5',
'serial': '903cb394486f',
'jumphost': True,
'ip': "192.168.200.81",
'username': "lanforge",
'password': "lanforge",
'port': 22,
'jumphost_tty': '/dev/ttyAP1',
'version': "ecw5410-2021-04-26-pending-3fc41fa"
}
],
"traffic_generator": {
"name": "lanforge",
"details": {
"ip": "192.168.200.81",
"port": 8080,
"2.4G-Radio": ["wiphy0"],
"5G-Radio": ["wiphy1"],
"AX-Radio": ["wiphy2"],
"upstream": "eth1",
"2.4G-Station-Name": "wlan0",
"5G-Station-Name": "wlan1",
"AX-Station-Name": "ax",
}
}
},
"ext-05": {
"controller": {
'url': "https://wlan-portal-svc-nola-ext-04.cicd.lab.wlan.tip.build", # API base url for the controller
'username': 'support@example.com',
'password': 'support',
'version': '1.0.0-SNAPSHOT',
'commit_date': '2021-03-01'
},
'access_point': [
{
'model': 'ecw5410',
'mode': 'wifi5',
'serial': '903cb3944817',
'jumphost': True,
'ip': "192.168.200.82",
'username': "lanforge",
'password': "lanforge",
'port': 22,
'jumphost_tty': '/dev/ttyAP1',
'version': "ecw5410-2021-04-26-pending-3fc41fa"
}
],
"traffic_generator": {
"name": "lanforge",
"details": {
"ip": "192.168.200.82",
"port": 8080,
"2.4G-Radio": ["wiphy0"],
"5G-Radio": ["wiphy1"],
"AX-Radio": ["wiphy2"],
"upstream": "eth1",
"2.4G-Station-Name": "wlan0",
"5G-Station-Name": "wlan1",
"AX-Station-Name": "ax",
}
}
}
}
FIRMWARE = {
# jFrog parameters
"JFROG":
@@ -130,7 +126,7 @@ FIRMWARE = {
}
RADIUS_SERVER_DATA = {
"ip": "192.168.200.75",
"ip": "10.28.3.100",
"port": 1812,
"secret": "testing123",
"user": "nolaradius",

163
tests/conftest.py
View File

@@ -92,6 +92,17 @@ Test session base fixture
"""
# To be depreciated as testrails will go
@pytest.fixture(scope="session")
def test_cases():
yield TEST_CASES
@pytest.fixture(scope="session")
def instantiate_jFrog():
yield FIRMWARE["JFROG"]
@pytest.fixture(scope="session")
def testbed(request):
var = request.config.getoption("--testbed")
@@ -129,9 +140,25 @@ def get_apnos():
yield APNOS
# APNOS SETUP
@pytest.fixture(scope="session")
def instantiate_access_point(testbed, get_apnos, get_configuration):
# Used to add openwrtctl.py in case of serial console mode
for access_point_info in get_configuration['access_point']:
if access_point_info["jumphost"]:
allure.attach(name="added openwrtctl.py to :",
body=access_point_info['ip'] + ":" + str(access_point_info["port"]))
get_apnos(access_point_info, pwd="../libs/apnos/")
else:
allure.attach(name="Direct AP SSH : ",
body=access_point_info['ip'] + ":" + str(access_point_info["port"]))
# Write a code to verify Access Point Connectivity
yield True
# Controller Fixture
@pytest.fixture(scope="session")
def setup_controller(request, get_configuration):
def setup_controller(request, get_configuration, instantiate_access_point):
try:
sdk_client = Controller(controller_data=get_configuration["controller"])
allure.attach(body=str(get_configuration["controller"]), name="Controller Instantiated: ")
@@ -149,11 +176,11 @@ def setup_controller(request, get_configuration):
yield sdk_client
@pytest.fixture(scope="session")
def instantiate_firmware(controller_instance, instantiate_jFrog, get_configuration):
@pytest.fixture(scope="class")
def instantiate_firmware(setup_controller, instantiate_jFrog, get_configuration):
firmware_client_obj = []
for access_point_info in get_configuration['access_point']:
firmware_client = FirmwareUtility(jfrog_credentials=instantiate_jFrog, sdk_client=controller_instance,
firmware_client = FirmwareUtility(jfrog_credentials=instantiate_jFrog, sdk_client=setup_controller,
model=access_point_info["model"],
version=access_point_info["version"])
firmware_client_obj.append(firmware_client)
@@ -166,7 +193,7 @@ Instantiate Reporting
@pytest.fixture(scope="session")
def instantiate_reporting(request, testbed, get_latest_firmware):
def update_report(request, testbed, get_configuration):
if request.config.getoption("--skip-testrail"):
tr_client = Reporting()
else:
@@ -177,7 +204,7 @@ def instantiate_reporting(request, testbed, get_latest_firmware):
else:
projId = tr_client.get_project_id(project_name=request.config.getini("tr_project_id"))
test_run_name = request.config.getini("tr_prefix") + testbed + "_" + str(
datetime.date.today()) + "_" + get_latest_firmware
datetime.date.today()) + "_" + get_configuration['access_point'][0]['version']
tr_client.create_testrun(name=test_run_name, case_ids=list(TEST_CASES.values()), project_id=projId,
milestone_id=request.config.getini("milestone"),
description="Automated Nightly Sanity test run for new firmware build")
@@ -186,78 +213,15 @@ def instantiate_reporting(request, testbed, get_latest_firmware):
yield tr_client
@pytest.fixture(scope="session")
def instantiate_jFrog():
yield FIRMWARE["JFROG"]
"""
FRAMEWORK MARKER LOGIC
@pytest.fixture(scope="session")
def check_lanforge_connectivity(testbed):
# Check port
yield True
@pytest.fixture(scope="session")
def setup_perfecto_devices(request):
yield True
@pytest.fixture(scope="session")
def test_cases():
yield TEST_CASES
@pytest.fixture(scope="session")
def instantiate_access_point(testbed):
APNOS(CONFIGURATION[testbed]['access_point'][0], pwd="../libs/apnos/")
yield True
@pytest.fixture(scope="function")
def test_access_point(testbed, instantiate_access_point):
ap_ssh = APNOS(CONFIGURATION[testbed]['access_point'][0])
ap_ssh.reboot()
time.sleep(100)
status = ap_ssh.get_manager_state()
if "ACTIVE" not in status:
time.sleep(30)
ap_ssh = APNOS(CONFIGURATION[testbed]['access_point'][0])
status = ap_ssh.get_manager_state()
yield status
@pytest.fixture(scope="session")
def setup_profile_data(testbed):
model = CONFIGURATION[testbed]["access_point"][0]["model"]
profile_data = {}
for mode in "BRIDGE", "NAT", "VLAN":
profile_data[mode] = {}
for security in "OPEN", "WPA", "WPA2_P", "WPA2_E", "WEP":
profile_data[mode][security] = {}
for radio in "2G", "5G":
profile_data[mode][security][radio] = {}
name_string = f"{'Sanity'}-{testbed}-{model}-{radio}_{security}_{mode}"
ssid_name = f"{'Sanity'}-{model}-{radio}_{security}_{mode}"
passkey_string = f"{radio}-{security}_{mode}"
profile_data[mode][security][radio]["profile_name"] = name_string
profile_data[mode][security][radio]["ssid_name"] = ssid_name
if mode == "VLAN":
profile_data[mode][security][radio]["vlan"] = 100
else:
profile_data[mode][security][radio]["vlan"] = 1
if mode != "NAT":
profile_data[mode][security][radio]["mode"] = "BRIDGE"
else:
profile_data[mode][security][radio]["mode"] = "NAT"
if security != "OPEN":
profile_data[mode][security][radio]["security_key"] = passkey_string
else:
profile_data[mode][security][radio]["security_key"] = "[BLANK]"
yield profile_data
"""
@pytest.fixture(scope="session")
def get_security_flags():
# Add more classifications as we go
security = ["open", "wpa", "wpa2_personal", "wpa2_enterprise", "wpa3_enterprise", "twog", "fiveg", "radius"]
yield security
@@ -282,28 +246,43 @@ def get_markers(request, get_security_flags):
yield security_dict
@pytest.fixture(scope="session")
def get_latest_firmware(instantiate_firmware):
try:
latest_firmware = instantiate_firmware.get_fw_version()
except Exception as e:
print(e)
latest_firmware = False
yield latest_firmware
# Will be availabe as a test case
@pytest.fixture(scope="function")
def check_ap_firmware_ssh(testbed):
try:
ap_ssh = APNOS(CONFIGURATION[testbed]['access_point'][0])
active_fw = ap_ssh.get_active_firmware()
print(active_fw)
except Exception as e:
print(e)
active_fw = False
yield active_fw
def test_access_point(testbed, get_apnos, get_configuration):
mgr_status = []
for access_point_info in get_configuration['access_point']:
ap_ssh = get_apnos(access_point_info)
ap_ssh.reboot()
time.sleep(100)
status = ap_ssh.get_manager_state()
if "ACTIVE" not in status:
time.sleep(30)
ap_ssh = APNOS(access_point_info)
status = ap_ssh.get_manager_state()
mgr_status.append(status)
yield mgr_status
@pytest.fixture(scope="session")
def client_connectivity():
yield StaConnect2
@pytest.fixture(scope="session")
def get_lanforge_data(get_configuration):
lanforge_data = {}
if get_configuration['traffic_generator']['name'] == 'lanforge':
lanforge_data = {
"lanforge_ip": get_configuration['traffic_generator']['details']['ip'],
"lanforge-port-number": get_configuration['traffic_generator']['details']['port'],
"lanforge_2dot4g": get_configuration['traffic_generator']['details']['2.4G-Radio'][0],
"lanforge_5g": get_configuration['traffic_generator']['details']['5G-Radio'][0],
"lanforge_2dot4g_prefix": get_configuration['traffic_generator']['details']['2.4G-Station-Name'],
"lanforge_5g_prefix": get_configuration['traffic_generator']['details']['5G-Station-Name'],
"lanforge_2dot4g_station": get_configuration['traffic_generator']['details']['2.4G-Station-Name'],
"lanforge_5g_station": get_configuration['traffic_generator']['details']['5G-Station-Name'],
"lanforge_bridge_port": get_configuration['traffic_generator']['details']['upstream'],
"lanforge_vlan_port": get_configuration['traffic_generator']['details']['upstream'] + ".100",
"vlan": 100
}
yield lanforge_data

0
tests/e2e/basic/air_time_fairness_test/__init__.py → tests/e2e/advanced/air_time_fairness_test/__init__.py
View File

162
tests/e2e/basic/_basic_test_setup/setup__e2e_resources.py
View File

@@ -1,81 +1,81 @@
"""
Test Case Module: setup test cases for basic test cases
Details: Firmware Upgrade
"""
import pytest
@pytest.mark.configure_lanforge
def test_configure_lanforge(configure_lanforge):
assert True
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.firmware
class TestFirmware(object):
@pytest.mark.firmware_create
def test_firmware_create(self, upload_firmware, instantiate_testrail, instantiate_project, test_cases):
if upload_firmware != 0:
instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
status_id=1,
msg='Create new FW version by API successful')
PASS = True
else:
instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
status_id=5,
msg='Error creating new FW version by API')
PASS = False
assert PASS
@pytest.mark.firmware_upgrade
def test_firmware_upgrade_request(self, upgrade_firmware, instantiate_testrail, instantiate_project, test_cases):
print()
if not upgrade_firmware:
instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
status_id=0,
msg='Error requesting upgrade via API')
PASS = False
else:
instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
status_id=1,
msg='Upgrade request using API successful')
PASS = True
assert PASS
@pytest.mark.check_active_firmware_cloud
def test_active_version_cloud(self, get_latest_firmware, check_ap_firmware_cloud, instantiate_testrail,
instantiate_project, test_cases):
if get_latest_firmware != check_ap_firmware_cloud:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
status_id=5,
msg='CLOUDSDK reporting incorrect firmware version.')
else:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
status_id=1,
msg='CLOUDSDK reporting correct firmware version.')
assert get_latest_firmware == check_ap_firmware_cloud
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.check_active_firmware_ap
def test_ap_firmware(check_ap_firmware_ssh, get_latest_firmware, instantiate_testrail, instantiate_project,
test_cases):
if check_ap_firmware_ssh == get_latest_firmware:
instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
status_id=1,
msg='Upgrade to ' + get_latest_firmware + ' successful')
else:
instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
status_id=4,
msg='Cannot reach AP after upgrade to check CLI - re-test required')
assert check_ap_firmware_ssh == get_latest_firmware
# """
# Test Case Module: setup test cases for basic test cases
# Details: Firmware Upgrade
#
# """
# import pytest
#
# @pytest.mark.configure_lanforge
# def test_configure_lanforge(configure_lanforge):
#
# assert True
#
#
# @pytest.mark.sanity
# @pytest.mark.bridge
# @pytest.mark.nat
# @pytest.mark.vlan
# @pytest.mark.firmware
# class TestFirmware(object):
#
# @pytest.mark.firmware_create
# def test_firmware_create(self, upload_firmware, instantiate_testrail, instantiate_project, test_cases):
# if upload_firmware != 0:
# instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
# status_id=1,
# msg='Create new FW version by API successful')
# PASS = True
# else:
# instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
# status_id=5,
# msg='Error creating new FW version by API')
# PASS = False
# assert PASS
#
# @pytest.mark.firmware_upgrade
# def test_firmware_upgrade_request(self, upgrade_firmware, instantiate_testrail, instantiate_project, test_cases):
# print()
# if not upgrade_firmware:
# instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
# status_id=0,
# msg='Error requesting upgrade via API')
# PASS = False
# else:
# instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
# status_id=1,
# msg='Upgrade request using API successful')
# PASS = True
# assert PASS
#
# @pytest.mark.check_active_firmware_cloud
# def test_active_version_cloud(self, get_latest_firmware, check_ap_firmware_cloud, instantiate_testrail,
# instantiate_project, test_cases):
# if get_latest_firmware != check_ap_firmware_cloud:
# instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
# status_id=5,
# msg='CLOUDSDK reporting incorrect firmware version.')
# else:
# instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
# status_id=1,
# msg='CLOUDSDK reporting correct firmware version.')
#
# assert get_latest_firmware == check_ap_firmware_cloud
#
#
# @pytest.mark.sanity
# @pytest.mark.bridge
# @pytest.mark.nat
# @pytest.mark.vlan
# @pytest.mark.check_active_firmware_ap
# def test_ap_firmware(check_ap_firmware_ssh, get_latest_firmware, instantiate_testrail, instantiate_project,
# test_cases):
# if check_ap_firmware_ssh == get_latest_firmware:
# instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
# status_id=1,
# msg='Upgrade to ' + get_latest_firmware + ' successful')
# else:
# instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
# status_id=4,
# msg='Cannot reach AP after upgrade to check CLI - re-test required')
#
# assert check_ap_firmware_ssh == get_latest_firmware

91
tests/e2e/basic/client_connectivity_test/bridge/basic_security_modes/test__configuration_basic_modes.py
View File

@@ -1,91 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.bridge, pytest.mark.configuration, pytest.mark.basic]
setup_params_general = {
"mode": "BRIDGE",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("BRIDGE MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeConfiguration(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["open_2g"]), 'OPEN SSID 2.4 GHz Creation : ')
assert setup_client_connectivity["open_2g"]
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["open_5g"]), 'OPEN SSID 5 GHz Creation : ')
assert setup_client_connectivity["open_5g"]
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g_config(self, setup_client_connectivity):
print(setup_client_connectivity)
allure.attach(str(setup_client_connectivity["wpa_2g"]), 'WPA SSID 2.4 GHz Creation : ')
assert setup_client_connectivity["wpa_2g"]
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["wpa_5g"]), 'WPA SSID 5 GHz Creation : ')
assert setup_client_connectivity["wpa_5g"]
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["wpa2_personal_2g"]), 'WPA2 Personal SSID 2.4 GHz Creation : ')
assert setup_client_connectivity["wpa2_personal_2g"]
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["wpa2_personal_5g"]), 'WPA2 Personal SSID 5 GHz Creation : ')
assert setup_client_connectivity["wpa2_personal_5g"]
@allure.story('equipment AP Configuration')
def test_equipment_ap_profile_configuration(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["equipment_ap"]), 'Equipment AP Profile Creation : ')
assert setup_client_connectivity["equipment_ap"]
@allure.story('Config push from controller to AP')
def test_verify_vif_config(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["vifc"]), 'Profile Push from Controller to AP : ')
assert setup_client_connectivity["vifc"]
@allure.story('Config in VIF State')
def test_verify_vif_state(self, setup_client_connectivity):
allure.attach(str(setup_client_connectivity["vifs"]), 'VIF CONFIG AND VIF STATE ARE SAME : ')
assert setup_client_connectivity["vifs"]

124
tests/e2e/basic/client_connectivity_test/bridge/basic_security_modes/test_basic_security.py
View File

@@ -1,124 +0,0 @@
import time
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.bridge, pytest.mark.basic]
setup_params_general = {
"mode": "BRIDGE",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("BRIDGE MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][0]
print(ssid_data)
assert "setup_client_connectivity"
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][1]
print(ssid_data)
assert "setup_client_connectivity"
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, request, get_lanforge_data, instantiate_project, instantiate_testrail,
client_connectivity, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa"][0]
print(profile_data)
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
print(profile_data, get_lanforge_data)
staConnect = client_connectivity(get_lanforge_data["lanforge_ip"],
int(get_lanforge_data["lanforge-port-number"]),
debug_=False)
staConnect.sta_mode = 0
staConnect.upstream_resource = 1
staConnect.upstream_port = get_lanforge_data["lanforge_bridge_port"]
staConnect.radio = get_lanforge_data["lanforge_2dot4g"]
staConnect.resource = 1
staConnect.dut_ssid = profile_data["ssid_name"]
staConnect.dut_passwd = profile_data["security_key"]
staConnect.dut_security = "wpa"
staConnect.station_names = station_names
staConnect.sta_prefix = get_lanforge_data["lanforge_2dot4g_prefix"]
staConnect.runtime_secs = 10
staConnect.bringup_time_sec = 60
staConnect.cleanup_on_exit = True
# staConnect.cleanup()
staConnect.setup()
staConnect.start()
print("napping %f sec" % staConnect.runtime_secs)
time.sleep(staConnect.runtime_secs)
staConnect.stop()
staConnect.cleanup()
run_results = staConnect.get_result_list()
for result in run_results:
print("test result: " + result)
# result = 'pass'
print("Single Client Connectivity :", staConnect.passes)
if staConnect.passes():
instantiate_testrail.update_testrail(case_id=test_cases["2g_wpa_bridge"], run_id=instantiate_project,
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
run_results))
else:
instantiate_testrail.update_testrail(case_id=test_cases["2g_wpa_bridge"], run_id=instantiate_project,
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
run_results))
assert staConnect.passes()
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa"][1]
print(ssid_data)
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
print(ssid_data)
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
print(ssid_data)
assert "setup_client_connectivity"

55
tests/e2e/basic/client_connectivity_test/bridge/enterprise_security_modes/test_configuration_enterprise_modes.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.bridge, pytest.mark.configuration]
setup_params_enterprise = {
"mode": "BRIDGE",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

55
tests/e2e/basic/client_connectivity_test/bridge/enterprise_security_modes/test_enterprise_security.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.bridge]
setup_params_enterprise = {
"mode": "BRIDGE",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self,):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

344
tests/e2e/basic/client_connectivity_test/conftest.py
View File

@@ -1,344 +0,0 @@
import time
import pytest
import allure
@pytest.fixture(scope="session")
def setup_vlan():
vlan_id = [100]
allure.attach(body=str(vlan_id), name="VLAN Created: ")
yield vlan_id[0]
@allure.feature("CLIENT CONNECTIVITY SETUP")
@pytest.fixture(scope="package")
def setup_client_connectivity(request, instantiate_controller, testbed, setup_vlan, get_equipment_id,
instantiate_profile, get_markers,
get_security_flags, get_configuration, radius_info, get_apnos):
instantiate_profile = instantiate_profile(sdk_client=instantiate_controller)
vlan_id, mode = 0, 0
instantiate_profile.cleanup_objects()
parameter = dict(request.param)
test_cases = {}
profile_data = {}
if parameter['mode'] not in ["BRIDGE", "NAT", "VLAN"]:
print("Invalid Mode: ", parameter['mode'])
allure.attach(body=parameter['mode'], name="Invalid Mode: ")
yield test_cases
if parameter['mode'] == "NAT":
mode = "NAT"
vlan_id = 1
if parameter['mode'] == "BRIDGE":
mode = "BRIDGE"
vlan_id = 1
if parameter['mode'] == "VLAN":
mode = "BRIDGE"
vlan_id = setup_vlan
instantiate_profile.delete_profile_by_name(profile_name=testbed + "-Equipment-AP-" + parameter['mode'])
profile_data["equipment_ap"] = {"profile_name": testbed + "-Equipment-AP-" + parameter['mode']}
profile_data["ssid"] = {}
for i in parameter["ssid_modes"]:
profile_data["ssid"][i] = []
for j in range(len(parameter["ssid_modes"][i])):
profile_name = testbed + "-SSID-" + i + "-" + str(j) + "-" + parameter['mode']
data = parameter["ssid_modes"][i][j]
data["profile_name"] = profile_name
if "mode" not in dict(data).keys():
data["mode"] = mode
if "vlan" not in dict(data).keys():
data["vlan"] = vlan_id
instantiate_profile.delete_profile_by_name(profile_name=profile_name)
profile_data["ssid"][i].append(data)
# print(profile_name)
# print(profile_data)
instantiate_profile.delete_profile_by_name(profile_name=testbed + "-Automation-Radius-Profile-" + mode)
time.sleep(10)
"""
Setting up rf profile
"""
rf_profile_data = {
"name": "RF-Profile-" + testbed + "-" + parameter['mode'] + "-" +
get_configuration[testbed]['access_point'][0]['mode']
}
for i in parameter["rf"]:
rf_profile_data[i] = parameter['rf'][i]
# print(rf_profile_data)
try:
instantiate_profile.delete_profile_by_name(profile_name=rf_profile_data['name'])
instantiate_profile.set_rf_profile(profile_data=rf_profile_data,
mode=get_configuration[testbed]['access_point'][0]['mode'])
allure.attach(body=str(rf_profile_data),
name="RF Profile Created : " + get_configuration[testbed]['access_point'][0]['mode'])
except Exception as e:
print(e)
allure.attach(body=str(e), name="Exception ")
# Radius Profile Creation
if parameter["radius"]:
radius_info = radius_info
radius_info["name"] = testbed + "-Automation-Radius-Profile-" + testbed
instantiate_profile.delete_profile_by_name(profile_name=testbed + "-Automation-Radius-Profile-" + testbed)
try:
# pass
instantiate_profile.create_radius_profile(radius_info=radius_info)
allure.attach(body=str(radius_info),
name="Radius Profile Created")
test_cases['radius_profile'] = True
except Exception as e:
print(e)
test_cases['radius_profile'] = False
# SSID Profile Creation
print(get_markers)
for mode in profile_data['ssid']:
if mode == "open":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_open_ssid_profile(profile_data=j)
test_cases["open_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["open_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_open_ssid_profile(profile_data=j)
test_cases["open_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["open_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
if mode == "wpa":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa_ssid_profile(profile_data=j)
test_cases["wpa_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa_ssid_profile(profile_data=j)
test_cases["wpa_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
if mode == "wpa2_personal":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa2_personal_ssid_profile(profile_data=j)
test_cases["wpa2_personal_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa2_personal_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa2_personal_ssid_profile(profile_data=j)
test_cases["wpa2_personal_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa2_personal_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
if mode == "wpa3_personal":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa3_personal_ssid_profile(profile_data=j)
test_cases["wpa3_personal_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa3_personal_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa3_personal_ssid_profile(profile_data=j)
test_cases["wpa3_personal_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa3_personal_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
if mode == "wpa2_enterprise":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa2_enterprise_ssid_profile(profile_data=j)
test_cases["wpa2_enterprise_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa2_enterprise_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa2_enterprise_ssid_profile(profile_data=j)
test_cases["wpa2_enterprise_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa2_enterprise_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
if mode == "wpa3_enterprise":
for j in profile_data["ssid"][mode]:
# print(j)
if mode in get_markers.keys() and get_markers[mode]:
try:
if "twog" in get_markers.keys() and get_markers["twog"] and "is2dot4GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa3_enterprise_ssid_profile(profile_data=j)
test_cases["wpa3_enterprise_2g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa3_enterprise_2g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
try:
if "fiveg" in get_markers.keys() and get_markers["fiveg"] and "is5GHz" in list(
j["appliedRadios"]):
creates_profile = instantiate_profile.create_wpa3_enterprise_ssid_profile(profile_data=j)
test_cases["wpa3_enterprise_5g"] = True
allure.attach(body=str(creates_profile),
name="SSID Profile Created")
except Exception as e:
print(e)
test_cases["wpa3_enterprise_5g"] = False
allure.attach(body=str(e),
name="SSID Profile Creation Failed")
# Equipment AP Profile Creation
try:
instantiate_profile.set_ap_profile(profile_data=profile_data['equipment_ap'])
test_cases["equipment_ap"] = True
allure.attach(body=str(profile_data['equipment_ap']),
name="Equipment AP Profile Created")
except Exception as e:
print(e)
test_cases["equipment_ap"] = False
allure.attach(body=str(e),
name="Equipment AP Profile Creation Failed")
# Push the Equipment AP Profile to AP
try:
instantiate_profile.push_profile_old_method(equipment_id=get_equipment_id)
except Exception as e:
print(e)
print("failed to create AP Profile")
ap_ssh = get_apnos(get_configuration[testbed]['access_point'][0], pwd="../libs/apnos/")
ssid_names = []
for i in instantiate_profile.profile_creation_ids["ssid"]:
ssid_names.append(instantiate_profile.get_ssid_name_by_profile_id(profile_id=i))
ssid_names.sort()
# This loop will check the VIF Config with cloud profile
vif_config = []
test_cases['vifc'] = False
for i in range(0, 18):
vif_config = list(ap_ssh.get_vif_config_ssids())
vif_config.sort()
print(vif_config)
print(ssid_names)
if ssid_names == vif_config:
test_cases['vifc'] = True
break
time.sleep(10)
allure.attach(body=str("VIF Config: " + str(vif_config) + "\n" + "SSID Pushed from Controller: " + str(ssid_names)),
name="SSID Profiles in VIF Config and Controller: ")
ap_ssh = get_apnos(get_configuration[testbed]['access_point'][0], pwd="../libs/apnos/")
# This loop will check the VIF Config with VIF State
test_cases['vifs'] = False
for i in range(0, 18):
vif_state = list(ap_ssh.get_vif_state_ssids())
vif_state.sort()
vif_config = list(ap_ssh.get_vif_config_ssids())
vif_config.sort()
print(vif_config)
print(vif_state)
if vif_state == vif_config:
test_cases['vifs'] = True
break
time.sleep(10)
allure.attach(body=str("VIF Config: " + str(vif_config) + "\n" + "VIF State: " + str(vif_state)),
name="SSID Profiles in VIF Config and VIF State: ")
print(test_cases)
def teardown_session():
print("\nRemoving Profiles")
instantiate_profile.delete_profile_by_name(profile_name=profile_data['equipment_ap']['profile_name'])
instantiate_profile.delete_profile(instantiate_profile.profile_creation_ids["ssid"])
instantiate_profile.delete_profile(instantiate_profile.profile_creation_ids["radius"])
instantiate_profile.delete_profile(instantiate_profile.profile_creation_ids["rf"])
allure.attach(body=str(profile_data['equipment_ap']['profile_name'] + "\n"),
name="Tear Down in Profiles ")
time.sleep(20)
request.addfinalizer(teardown_session)
yield test_cases

78
tests/e2e/basic/client_connectivity_test/nat/basic_security_modes/test_basic_security.py
View File

@@ -1,78 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.nat]
setup_params_general = {
"mode": "NAT",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("NAT MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestNATModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][0]
assert "setup_client_connectivity"
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][1]
assert "setup_client_connectivity"
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa"][0]
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa"][1]
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
assert "setup_client_connectivity"

78
tests/e2e/basic/client_connectivity_test/nat/basic_security_modes/test_configuration_basic_modes.py
View File

@@ -1,78 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.nat, pytest.mark.configuration]
setup_params_general = {
"mode": "NAT",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("NAT MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestNATModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["open"][0]
allure.attach(str(setup_client_connectivity), 'Hello, World')
assert setup_client_connectivity
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["open"][1]
assert setup_client_connectivity
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa"][0]
print(setup_client_connectivity)
assert setup_client_connectivity
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa"][1]
assert setup_client_connectivity
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
print(setup_client_connectivity)
assert setup_client_connectivity
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
assert setup_client_connectivity

55
tests/e2e/basic/client_connectivity_test/nat/enterprise_security_modes/test_configuration_enterprise_modes.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.nat, pytest.mark.configuration]
setup_params_enterprise = {
"mode": "NAT",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestNATModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

55
tests/e2e/basic/client_connectivity_test/nat/enterprise_security_modes/test_enterprise_security.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.nat]
setup_params_enterprise = {
"mode": "NAT",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestNATModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self,):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

78
tests/e2e/basic/client_connectivity_test/vlan/basic_security_modes/test_basic_security.py
View File

@@ -1,78 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.vlan]
setup_params_general = {
"mode": "VLAN",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("VLAN MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestVLANModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][0]
assert "setup_client_connectivity"
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["open"][1]
assert "setup_client_connectivity"
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa"][0]
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa"][1]
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
assert "setup_client_connectivity"

78
tests/e2e/basic/client_connectivity_test/vlan/basic_security_modes/test_configuration_basic_modes.py
View File

@@ -1,78 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.vlan, pytest.mark.configuration]
setup_params_general = {
"mode": "VLAN",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("VLAN MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_general],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestVLANModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["open"][0]
allure.attach(str(setup_client_connectivity), 'Hello, World')
assert setup_client_connectivity
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["open"][1]
assert setup_client_connectivity
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa"][0]
print(setup_client_connectivity)
assert setup_client_connectivity
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa"][1]
assert setup_client_connectivity
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
print(setup_client_connectivity)
assert setup_client_connectivity
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self, setup_client_connectivity):
ssid_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
assert setup_client_connectivity

55
tests/e2e/basic/client_connectivity_test/vlan/enterprise_security_modes/test_configuration_enterprise_modes.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.bridge, pytest.mark.configuration]
setup_params_enterprise = {
"mode": "BRIDGE",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

55
tests/e2e/basic/client_connectivity_test/vlan/enterprise_security_modes/test_enterprise_security.py
View File

@@ -1,55 +0,0 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.enterprise, pytest.mark.bridge]
setup_params_enterprise = {
"mode": "BRIDGE",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_client_connectivity',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_client_connectivity")
class TestBridgeModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self,):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

0
tests/e2e/basic/client_connectivity_test/__init__.py → tests/e2e/basic/configuration_tests/__init__.py
View File

68
tests/e2e/basic/conftest.py
View File

@@ -1,39 +1,49 @@
import time
import os
import sys
sys.path.append(
os.path.dirname(
os.path.realpath(__file__)
)
)
if "libs" not in sys.path:
sys.path.append(f'../libs')
from controller.controller import ProfileUtility
import time
from lanforge.lf_tests import RunTest
import pytest
import allure
@pytest.fixture(scope="session")
def get_equipment_id(setup_controller, testbed, get_configuration):
equipment_id = 0
if len(get_configuration['access_point']) == 1:
equipment_id = setup_controller.get_equipment_id(
serial_number=get_configuration['access_point'][0]['serial'])
print(equipment_id)
yield equipment_id
@pytest.fixture(scope="session")
def instantiate_profile():
yield ProfileUtility
@pytest.fixture(scope="session")
def setup_vlan():
vlan_id = [100]
allure.attach(body=str(vlan_id), name="VLAN Created: ")
yield vlan_id[0]
@pytest.fixture(scope="session")
def get_equipment_id(instantiate_controller, testbed):
equipment_id = 0
if len(CONFIGURATION[testbed]['access_point']) == 1:
equipment_id = instantiate_controller.get_equipment_id(
serial_number=CONFIGURATION[testbed]['access_point'][0]['serial'])
print(equipment_id)
yield equipment_id
@pytest.fixture(scope="module")
def instantiate_profile(instantiate_controller):
try:
profile_object = ProfileUtility(sdk_client=instantiate_controller)
except Exception as e:
profile_object = False
yield profile_object
@allure.feature("CLIENT CONNECTIVITY SETUP")
@pytest.fixture(scope="package")
def setup_client_connectivity(request, instantiate_controller, testbed, setup_vlan, get_equipment_id,
@pytest.fixture(scope="class")
def setup_profiles(request, setup_controller, testbed, setup_vlan, get_equipment_id,
instantiate_profile, get_markers,
get_security_flags, get_configuration, radius_info, get_apnos):
instantiate_profile = instantiate_profile(sdk_client=instantiate_controller)
instantiate_profile = instantiate_profile(sdk_client=setup_controller)
vlan_id, mode = 0, 0
instantiate_profile.cleanup_objects()
parameter = dict(request.param)
@@ -80,7 +90,7 @@ def setup_client_connectivity(request, instantiate_controller, testbed, setup_vl
"""
rf_profile_data = {
"name": "RF-Profile-" + testbed + "-" + parameter['mode'] + "-" +
get_configuration[testbed]['access_point'][0]['mode']
get_configuration['access_point'][0]['mode']
}
for i in parameter["rf"]:
@@ -90,9 +100,9 @@ def setup_client_connectivity(request, instantiate_controller, testbed, setup_vl
try:
instantiate_profile.delete_profile_by_name(profile_name=rf_profile_data['name'])
instantiate_profile.set_rf_profile(profile_data=rf_profile_data,
mode=get_configuration[testbed]['access_point'][0]['mode'])
mode=get_configuration['access_point'][0]['mode'])
allure.attach(body=str(rf_profile_data),
name="RF Profile Created : " + get_configuration[testbed]['access_point'][0]['mode'])
name="RF Profile Created : " + get_configuration['access_point'][0]['mode'])
except Exception as e:
print(e)
allure.attach(body=str(e), name="Exception ")
@@ -308,7 +318,7 @@ def setup_client_connectivity(request, instantiate_controller, testbed, setup_vl
print(e)
print("failed to create AP Profile")
ap_ssh = get_apnos(get_configuration[testbed]['access_point'][0], pwd="../libs/apnos/")
ap_ssh = get_apnos(get_configuration['access_point'][0], pwd="../libs/apnos/")
ssid_names = []
for i in instantiate_profile.profile_creation_ids["ssid"]:
ssid_names.append(instantiate_profile.get_ssid_name_by_profile_id(profile_id=i))
@@ -328,7 +338,7 @@ def setup_client_connectivity(request, instantiate_controller, testbed, setup_vl
time.sleep(10)
allure.attach(body=str("VIF Config: " + str(vif_config) + "\n" + "SSID Pushed from Controller: " + str(ssid_names)),
name="SSID Profiles in VIF Config and Controller: ")
ap_ssh = get_apnos(get_configuration[testbed]['access_point'][0], pwd="../libs/apnos/")
ap_ssh = get_apnos(get_configuration['access_point'][0], pwd="../libs/apnos/")
# This loop will check the VIF Config with VIF State
test_cases['vifs'] = False
@@ -359,3 +369,9 @@ def setup_client_connectivity(request, instantiate_controller, testbed, setup_vl
request.addfinalizer(teardown_session)
yield test_cases
@pytest.fixture(scope="session")
def lf_test(get_configuration):
obj = RunTest(lanforge_data=get_configuration['traffic_generator']['details'])
yield obj

0
tests/e2e/basic/client_connectivity_test/bridge/__init__.py → tests/e2e/basic/performance_tests/__init__.py
View File

0
tests/e2e/basic/client_connectivity_test/bridge/basic_security_modes/__init__.py → tests/e2e/basic/performance_tests/dataplane_throughput_test/__init__.py
View File

0
tests/e2e/basic/client_connectivity_test/bridge/enterprise_security_modes/__init__.py → tests/e2e/basic/performance_tests/dual_band_performance_test/__init__.py
View File

0
tests/e2e/basic/client_connectivity_test/nat/__init__.py → tests/e2e/basic/performance_tests/wifi_capacity_test/__init__.py
View File

0
tests/e2e/basic/wifi_capacity_test/test_bridge_mode.py → tests/e2e/basic/performance_tests/wifi_capacity_test/test_bridge_mode.py
View File

0
tests/e2e/basic/wifi_capacity_test/test_nat_mode.py → tests/e2e/basic/performance_tests/wifi_capacity_test/test_nat_mode.py
View File

0
tests/e2e/basic/wifi_capacity_test/test_vlan_mode.py → tests/e2e/basic/performance_tests/wifi_capacity_test/test_vlan_mode.py
View File

81
tests/e2e/basic/test_firmware.py Normal file
View File

@@ -0,0 +1,81 @@
"""
Test Case Module: setup test cases for basic test cases
Details: Firmware Upgrade
"""
import pytest
@pytest.mark.configure_lanforge
def test_configure_lanforge(configure_lanforge):
assert True
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.firmware
class TestFirmware(object):
@pytest.mark.firmware_create
def test_firmware_create(self, upload_firmware, instantiate_testrail, instantiate_project, test_cases):
if upload_firmware != 0:
instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
status_id=1,
msg='Create new FW version by API successful')
PASS = True
else:
instantiate_testrail.update_testrail(case_id=test_cases["create_fw"], run_id=instantiate_project,
status_id=5,
msg='Error creating new FW version by API')
PASS = False
assert PASS
@pytest.mark.firmware_upgrade
def test_firmware_upgrade_request(self, upgrade_firmware, instantiate_testrail, instantiate_project, test_cases):
print()
if not upgrade_firmware:
instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
status_id=0,
msg='Error requesting upgrade via API')
PASS = False
else:
instantiate_testrail.update_testrail(case_id=test_cases["upgrade_api"], run_id=instantiate_project,
status_id=1,
msg='Upgrade request using API successful')
PASS = True
assert PASS
@pytest.mark.check_active_firmware_cloud
def test_active_version_cloud(self, get_latest_firmware, check_ap_firmware_cloud, instantiate_testrail,
instantiate_project, test_cases):
if get_latest_firmware != check_ap_firmware_cloud:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
status_id=5,
msg='CLOUDSDK reporting incorrect firmware version.')
else:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_fw"], run_id=instantiate_project,
status_id=1,
msg='CLOUDSDK reporting correct firmware version.')
assert get_latest_firmware == check_ap_firmware_cloud
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.check_active_firmware_ap
def test_ap_firmware(check_ap_firmware_ssh, get_latest_firmware, instantiate_testrail, instantiate_project,
test_cases):
if check_ap_firmware_ssh == get_latest_firmware:
instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
status_id=1,
msg='Upgrade to ' + get_latest_firmware + ' successful')
else:
instantiate_testrail.update_testrail(case_id=test_cases["ap_upgrade"], run_id=instantiate_project,
status_id=4,
msg='Cannot reach AP after upgrade to check CLI - re-test required')
assert check_ap_firmware_ssh == get_latest_firmware

0
tests/e2e/basic/client_connectivity_test/nat/basic_security_modes/__init__.py → tests/e2e/basic/validation_of_operating_modes/__init__.py
View File

0
tests/e2e/basic/client_connectivity_test/nat/enterprise_security_modes/__init__.py → tests/e2e/basic/validation_of_operating_modes/bridge_mode/__init__.py
View File

0
tests/e2e/basic/client_connectivity_test/vlan/__init__.py → tests/e2e/basic/validation_of_operating_modes/bridge_mode/client_connectivity/__init__.py
View File

266
tests/e2e/basic/validation_of_operating_modes/bridge_mode/client_connectivity/test_security_modes.py Normal file
View File

@@ -0,0 +1,266 @@
import allure
import pytest
pytestmark = [pytest.mark.client_connectivity, pytest.mark.bridge]
setup_params_general = {
"mode": "BRIDGE",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@pytest.mark.basic
@allure.feature("BRIDGE MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_profiles',
[setup_params_general],
indirect=True,
scope="class"
)
@pytest.mark.usefixtures("setup_profiles")
class TestBridgeModeConnectivity(object):
@pytest.mark.configuration
def test_basic_configuration(self):
assert True
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self, request, setup_profiles, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["open"][0]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self, request, get_lanforge_data, lf_test, test_cases, update_report):
profile_data = setup_params_general["ssid_modes"]["open"][1]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, request, get_lanforge_data, update_report,
lf_test, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self, request, lf_test, update_report, test_cases, get_lanforge_data):
profile_data = setup_params_general["ssid_modes"]["wpa"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self, request, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self, request, get_lanforge_data, update_report, test_cases, lf_test):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "BRIDGE"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
setup_params_enterprise = {
"mode": "BRIDGE",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.enterprise
@pytest.mark.parametrize(
'setup_profiles',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_profiles")
class TestBridgeModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self, ):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

0
tests/e2e/basic/client_connectivity_test/vlan/basic_security_modes/__init__.py → tests/e2e/basic/validation_of_operating_modes/nat_mode/__init__.py
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0
tests/e2e/basic/client_connectivity_test/vlan/enterprise_security_modes/__init__.py → tests/e2e/basic/validation_of_operating_modes/nat_mode/client_connectivity/__init__.py
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260
tests/e2e/basic/validation_of_operating_modes/nat_mode/client_connectivity/test_basic_security.py Normal file
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@@ -0,0 +1,260 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.nat]
setup_params_general = {
"mode": "NAT",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("NAT MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_profiles',
[setup_params_general],
indirect=True,
scope="class"
)
@pytest.mark.usefixtures("setup_profiles")
class TestNATModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self, request, setup_profiles, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["open"][0]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "NAT"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self, request, get_lanforge_data, lf_test, test_cases, update_report):
profile_data = setup_params_general["ssid_modes"]["open"][1]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "NAT"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, request, get_lanforge_data, update_report,
lf_test, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "NAT"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self, request, lf_test, update_report, test_cases, get_lanforge_data):
profile_data = setup_params_general["ssid_modes"]["wpa"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "NAT"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self, request, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "NAT"
band = "twog"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self, request, get_lanforge_data, update_report, test_cases, lf_test):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "NAT"
band = "fiveg"
vlan = 1
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
setup_params_enterprise = {
"mode": "NAT",
"ssid_modes": {
"wpa2_enterprise": [
{"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa3_enterprise": [
{"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
"rf": {},
"radius": True
}
@pytest.mark.parametrize(
'setup_profiles',
[setup_params_enterprise],
indirect=True,
scope="package"
)
@pytest.mark.usefixtures("setup_profiles")
class TestNATModeEnterprise(object):
@pytest.mark.wpa2_enterprise
@pytest.mark.twog
def test_wpa2_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa2_enterprise
@pytest.mark.fiveg
def test_wpa2_enterprise_5g(self):
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.twog
def test_wpa3_enterprise_2g(self):
# print(setup_client_connectivity)
assert "setup_client_connectivity"
@pytest.mark.wpa3_enterprise
@pytest.mark.fiveg
def test_wpa3_enterprise_5g(self):
assert "setup_client_connectivity"

0
tests/e2e/basic/dataplane_throughput_test/__init__.py → tests/e2e/basic/validation_of_operating_modes/vlan_mode/__init__.py
View File

0
tests/e2e/basic/dual_band_performance_test/__init__.py → tests/e2e/basic/validation_of_operating_modes/vlan_mode/client_connectivity/__init__.py
View File

261
tests/e2e/basic/validation_of_operating_modes/vlan_mode/client_connectivity/test_basic_security.py Normal file
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@@ -0,0 +1,261 @@
import pytest
import allure
pytestmark = [pytest.mark.client_connectivity, pytest.mark.vlan]
setup_params_general = {
"mode": "VLAN",
"ssid_modes": {
"open": [{"ssid_name": "ssid_open_2g", "appliedRadios": ["is2dot4GHz"]},
{"ssid_name": "ssid_open_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}],
"wpa": [{"ssid_name": "ssid_wpa_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}],
"wpa2_personal": [
{"ssid_name": "ssid_wpa2_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
{"ssid_name": "ssid_wpa2_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
"security_key": "something"}]},
"rf": {},
"radius": False
}
@allure.feature("VLAN MODE CLIENT CONNECTIVITY")
@pytest.mark.parametrize(
'setup_profiles',
[setup_params_general],
indirect=True,
scope="class"
)
@pytest.mark.usefixtures("setup_profiles")
class TestVLANModeConnectivity(object):
@pytest.mark.open
@pytest.mark.twog
@allure.story('open 2.4 GHZ Band')
def test_open_ssid_2g(self, request, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["open"][0]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "twog"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.open
@pytest.mark.fiveg
@allure.story('open 5 GHZ Band')
def test_open_ssid_5g(self, request, get_lanforge_data, lf_test, test_cases, update_report):
profile_data = setup_params_general["ssid_modes"]["open"][1]
ssid_name = profile_data["ssid_name"]
security_key = "[BLANK]"
security = "open"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "fiveg"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.twog
@allure.story('wpa 2.4 GHZ Band')
def test_wpa_ssid_2g(self, request, get_lanforge_data, update_report,
lf_test, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "twog"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa
@pytest.mark.fiveg
@allure.story('wpa 5 GHZ Band')
def test_wpa_ssid_5g(self, request, lf_test, update_report, test_cases, get_lanforge_data):
profile_data = setup_params_general["ssid_modes"]["wpa"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "fiveg"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.twog
@allure.story('wpa2_personal 2.4 GHZ Band')
def test_wpa2_personal_ssid_2g(self, request, get_lanforge_data, lf_test, update_report, test_cases):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][0]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_2dot4g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "twog"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
@pytest.mark.wpa2_personal
@pytest.mark.fiveg
@allure.story('wpa2_personal 5 GHZ Band')
def test_wpa2_personal_ssid_5g(self, request, get_lanforge_data, update_report, test_cases, lf_test):
profile_data = setup_params_general["ssid_modes"]["wpa2_personal"][1]
ssid_name = profile_data["ssid_name"]
security_key = profile_data["security_key"]
security = "wpa2"
station_names = []
for i in range(0, int(request.config.getini("num_stations"))):
station_names.append(get_lanforge_data["lanforge_5g_prefix"] + "0" + str(i))
mode = "VLAN"
band = "fiveg"
vlan = 100
passes, result = lf_test.Client_Connectivity(ssid=ssid_name, security=security,
passkey=security_key, mode=mode, band=band,
station_name=station_names, vlan_id=vlan)
if result:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=1,
msg='2G WPA Client Connectivity Passed successfully - bridge mode' + str(
passes))
else:
update_report.update_testrail(case_id=test_cases["2g_wpa_bridge"],
status_id=5,
msg='2G WPA Client Connectivity Failed - bridge mode' + str(
passes))
assert result
# setup_params_enterprise = {
# "mode": "BRIDGE",
# "ssid_modes": {
# "wpa2_enterprise": [
# {"ssid_name": "ssid_wpa2_eap_2g", "appliedRadios": ["is2dot4GHz"], "security_key": "something"},
# {"ssid_name": "ssid_wpa2_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"],
# "security_key": "something"}],
# "wpa3_enterprise": [
# {"ssid_name": "ssid_wpa3_eap_2g", "appliedRadios": ["is2dot4GHz"]},
# {"ssid_name": "ssid_wpa3_eap_5g", "appliedRadios": ["is5GHzU", "is5GHz", "is5GHzL"]}]},
#
# "rf": {},
# "radius": True
# }
#
#
# @pytest.mark.parametrize(
# 'setup_profiles',
#
# [setup_params_enterprise],
# indirect=True,
# scope="package"
# )
# @pytest.mark.usefixtures("setup_profiles")
# class TestBridgeModeEnterprise(object):
#
# @pytest.mark.wpa2_enterprise
# @pytest.mark.twog
# def test_wpa2_enterprise_2g(self, ):
# # print(setup_client_connectivity)
# assert "setup_client_connectivity"
#
# @pytest.mark.wpa2_enterprise
# @pytest.mark.fiveg
# def test_wpa2_enterprise_5g(self):
# assert "setup_client_connectivity"
#
# @pytest.mark.wpa3_enterprise
# @pytest.mark.twog
# def test_wpa3_enterprise_2g(self):
# # print(setup_client_connectivity)
# assert "setup_client_connectivity"
#
# @pytest.mark.wpa3_enterprise
# @pytest.mark.fiveg
# def test_wpa3_enterprise_5g(self):
# assert "setup_client_connectivity"

0
tests/e2e/basic/wifi_capacity_test/__init__.py → tests/e2e/basic/validation_of_operating_modes/vlan_mode/default_vlan_tests/__init__.py
View File

94
tests/test_connectivity.py
View File

@@ -1,65 +1,49 @@
"""
Test Case Module: Testing Basic Connectivity with Resources
Mode: BRIDGE
"""
import pytest
import sys
pytestmark = [pytest.mark.test_connectivity]
import allure
import pytest
pytestmark = [pytest.mark.test_resources]
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.test_controller_connectivity
def test_controller_connectivity(instantiate_controller, instantiate_testrail, instantiate_project, test_cases):
try:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_ver"], run_id=instantiate_project,
status_id=1, msg='Read CloudSDK version from API successfully')
PASS = True
except:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_ver"], run_id=instantiate_project,
status_id=0, msg='Could not read CloudSDK version from API')
PASS = False
assert instantiate_controller
@allure.testcase(name="Test Resources", url="")
class TestResources(object):
@pytest.mark.test_cloud_controller
@allure.testcase(name="test_controller_connectivity", url="")
def test_controller_connectivity(self, setup_controller, update_report, test_cases):
if setup_controller.bearer:
allure.attach(name="Controller Connectivity Success", body="")
update_report.update_testrail(case_id=test_cases["cloud_ver"],
status_id=1, msg='Read CloudSDK version from API successfully')
else:
allure.attach(name="Controller Connectivity Failed", body="")
update_report.update_testrail(case_id=test_cases["cloud_ver"],
status_id=0, msg='Could not read CloudSDK version from API')
pytest.exit("Resource Not Available")
print(setup_controller.bearer)
assert setup_controller.bearer
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.test_access_points_connectivity
def test_access_points_connectivity(test_access_point, instantiate_testrail, instantiate_project, test_cases):
if "ACTIVE" not in test_access_point:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_connection"], run_id=instantiate_project,
status_id=5,
msg='CloudSDK connectivity failed')
status = False
sys.exit()
else:
instantiate_testrail.update_testrail(case_id=test_cases["cloud_connection"], run_id=instantiate_project,
status_id=1,
msg='Manager status is Active')
status = True
assert status
@pytest.mark.sanity
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.test_lanforge_connectivity
def test_lanforge_connectivity(check_lanforge_connectivity):
assert "instantiate_cloudsdk"
@pytest.mark.shivam
@pytest.mark.bridge
@pytest.mark.nat
@pytest.mark.vlan
@pytest.mark.test_perfecto_connectivity
def test_perfecto_connectivity(setup_controller):
assert "instantiate_cloudsdk"
@pytest.mark.test_access_points_connectivity
@allure.testcase(name="test_access_points_connectivity", url="")
def test_access_points_connectivity(self, test_access_point, update_report, test_cases):
print(test_access_point)
# if "ACTIVE" not in test_access_point:
# allure.attach(name="Access Point Connectivity Success", body=str(test_access_point))
# update_report.update_testrail(case_id=test_cases["cloud_connection"],
# status_id=5,
# msg='CloudSDK connectivity failed')
#
# sys.exit()
# else:
# allure.attach(name="Access Point Connectivity Failed", body=str(test_access_point))
# update_report.update_testrail(case_id=test_cases["cloud_connection"],
# status_id=1,
# msg='Manager status is Active')
#
# assert "ACTIVE" in test_access_point
assert True