def wait_for_job_status(self,
job_id,
max_count=30,
status="finished",
issue=None):
""" Repeatedly check if status of job with provided id is in reqquired state.
Args:
job_id: id provided by api request
max_count: maximum of iterations
status: expected status of job that is checked
issue: pytest issue message (usually github issue link)
"""
count = 0
current_status = ""
while (current_status != status and count < max_count):
current_status = self.get_job_attribute(job_id, "status")
count += 1
time.sleep(1)
LOGGER.debug("status: %s" % current_status)
pytest.check(current_status == status,
msg="Job status is {} and should be {}".format(
current_status, status),
issue=issue)
return current_status
def add_user(self, user_in, asserts_in=None):
""" Add user throught **users**.
Name: "POST_users",
Method: "POST",
Pattern: "users",
Args:
user_in: dictionary info about user
have to contain: name, username, email, role, password, password_confirmation
asserts_in: assert values for this call and this method
"""
asserts_in = asserts_in or {
"cookies": None,
"ok": True,
"reason": 'Created',
"status": 201
}
pattern = "users"
request = requests.post(pytest.config.getini("usm_api_url") + pattern,
data=json.dumps(user_in),
auth=self._auth)
self.print_req_info(request)
self.check_response(request, asserts_in)
sent_user = {k: user_in[k] for k in USERDATA_KEYS}
stored_user = self.get_user(user_in["username"])
pytest.check(
sent_user == stored_user,
"""Information sent: {}, information stored in database: {},
These should match""".format(sent_user, stored_user))
return stored_user
def test_cluster_import_unmanage_view_progress(application, unmanaged_cluster):
"""
Import cluster and view import progress. Then unmanage the cluster and view unmanage progress.
"""
"""
:step:
Log in to Web UI.
Import the first cluster from the clusters list viewing import progress.
:result:
Cluster is imported and its name is shown in the clusters list
"""
clusters = application.collections.clusters.get_clusters()
test_cluster = tools.choose_cluster(clusters,
unmanaged_cluster["cluster_id"],
unmanaged_cluster["short_name"])
if test_cluster.managed == "Yes":
test_cluster.unmanage()
import_success = test_cluster.cluster_import(view_progress=True)
if not import_success:
pytest.check(False, "Import failed")
"""
:step:
Unmanage the cluster and view unmanage progress.
:result:
Cluster is unmanaged
"""
unmanage_success = test_cluster.unmanage(view_progress=True)
if not unmanage_success:
pytest.check(False, "Unmanage failed")
test_cluster.unmanage()
def test_cluster_disable_profiling(application, managed_cluster,
gluster_volume):
"""
Disable cluster profiling in Web UI
"""
"""
:step:
Log in to Web UI and get the first cluster from the cluster list.
Check that its profiling is enabled
:result:
Cluster is in the correct state to disable profiling
"""
clusters = application.collections.clusters.get_clusters()
test_cluster = tools.choose_cluster(clusters,
managed_cluster["cluster_id"],
managed_cluster["short_name"])
if test_cluster.profiling != "Enabled":
test_cluster.enable_profiling()
gluster_cluster = gluster.GlusterVolume()
pytest.check(
gluster_cluster.get_clusterwide_profiling() == "enabled",
"Check that all volumes have profiling enabled according to gluster command"
)
"""
:step:
Disable profiling in Web UI and check its state has changed in both Web UI and API
:result:
Cluster profiling has been disabled
"""
test_cluster.disable_profiling()
pytest.check(
gluster_cluster.get_clusterwide_profiling() == "disabled",
"Check that all profiling has been disabled according to gluster command"
)
def test_user_creation_password_invalid(application, valid_session_credentials,
valid_normal_user_data,
invalid_password):
"""
Attempt to create a user with an invalid password.
"""
"""
:step:
Attempt to add user with invalid password.
:result:
User is not created.
"""
user = application.collections.users.create(
user_id=valid_normal_user_data["username"],
name=valid_normal_user_data["name"],
email=valid_normal_user_data["email"],
notifications_on=valid_normal_user_data["email_notifications"],
password=invalid_password,
role=valid_normal_user_data["role"])
pytest.check(not user.exists,
"Check that new user can't be found on UI Users page")
"""
:step:
Check that user hasn't been created using API
:result:
There's no user with the specified username
"""
test = tendrlapi_user.ApiUser(auth=valid_session_credentials)
user_data_password_invalid = copy.deepcopy(valid_normal_user_data)
user_data_password_invalid["password"] = invalid_password
asserts = {"ok": False, "reason": 'Not Found', "status": 404}
not_found = test.get_user(user_data_password_invalid["username"],
asserts_in=asserts)
pytest.check("Not found" in str(not_found),
"Check that new user can't be found using API")
def users(self, asserts_in=None):
""" Get users.
Name: "GET_users",
Method: "GET",
Pattern: "users",
Args:
asserts_in: assert values for this call and this method
"""
asserts = ApiUser.default_asserts.copy()
asserts.update({
"users": ["admin"],
})
if asserts_in:
asserts.update(asserts_in)
req = requests.get(pytest.config.getini("usm_api_url") + "users/",
cookies=self.cookies, verify=self.verify)
ApiUser.print_req_info(req)
ApiUser.check_response(req, asserts)
json_v = {}
for user in asserts["users"]:
temp = ApiUser.user_info.copy()
temp["username"] %= user
temp["email"] %= user
json_v[user] = temp
if req.ok:
for item in req.json(encoding='unicode'):
user = item["username"]
pytest.check(
all(key in item and json_v[user][key] == item[key]
for key in json_v[user].keys()),
"User {0} should contain: {1}\n\tUser {0} contains: {2}".
format(user, json_v[user], item))
return req.json(encoding='unicode')
def test_nodes_list(
valid_session_credentials,
managed_cluster):
"""
List nodes for given cluster via API.
:step:
Connect to Tendrl API via GET request to ``APIURL/:cluster_id/nodes``
Where cluster_id is set to predefined value.
:result:
Server should return response in JSON format:
Return code should be **200** with data ``{"nodes": [{...}, ...]}``.
"""
api = glusterapi.TendrlApiGluster(auth=valid_session_credentials)
# list of nodes from Tendrl api
t_nodes = api.get_node_list(managed_cluster['cluster_id'])
t_node_names = {node["fqdn"] for node in t_nodes["nodes"]}
# list of nodes from Gluster command output
gl = gluster.GlusterCommon()
g_node_names = set(
gl.get_hosts_from_trusted_pool(
CONF.config["usmqe"]["cluster_member"]))
LOGGER.info("list of nodes from Tendrl api: %s", str(t_node_names))
LOGGER.info("list of nodes from gluster: %s", g_node_names)
pytest.check(
t_node_names == g_node_names,
"List of nodes from Gluster should be the same as from Tendrl API.")
def choose_cluster(driver, cluster_type=None):
"""
select a cluster which should be imported
NOTE: Chooses always the first cluster
Parameters:
driver: selenium driver
cluster_type (str): which type of cluster should be imported
'ceph' or 'gluster'
None means that cluster type doesn't matter
NOTE not used for now
Returns:
ClustersRow instance
"""
# Choose which cluster should be imported
cluster_list = ClustersList(driver)
pytest.check(len(cluster_list) > 0,
'There should be some cluster available',
hard=True)
if cluster_type is None:
cluster = next(iter(cluster_list))
# TODO use cluster type
# elif cluster_type.lower() == 'gluster':
# # Select first gluster cluster in the list of available clusters
# elif cluster_type.lower() == 'ceph':
# # Select first ceph cluster in the list of available clusters
# else:
# pytest.check(False, 'Unknown cluster type - {}'.format(cluster_type),
# hard=True)
return cluster
def user(self, user_in, asserts_in=None):
""" Get user info..
Name: "GET_user",
Method: "GET",
Pattern: "users/{username}",
Args:
user_in: user name
asserts_in: assert values for this call and this method
"""
asserts = ApiUser.default_asserts.copy()
if asserts_in:
asserts.update(asserts_in)
req = requests.get(
pytest.config.getini("usm_api_url") + "users/%s" % user_in,
cookies=self.cookies, verify=self.verify)
ApiUser.print_req_info(req)
ApiUser.check_response(req, asserts)
if "json" not in asserts:
asserts["json"] = ApiUser.user_info.copy()
asserts["json"]["email"] %= user_in
asserts["json"]["username"] %= user_in
real_vals = req.json(encoding='unicode')
pytest.check(
all(key in real_vals and asserts["json"][key] == real_vals[key]
for key in asserts["json"].keys()),
"Json of added user should contain: {0}\n\tIt contains: {1}".
format(asserts["json"], real_vals))
return req.json(encoding='unicode')
def get_users(self, asserts_in=None):
""" Get users.
Name: "GET_users",
Method: "GET",
Pattern: "users",
Args:
asserts_in: assert values for this call and this method
"""
pattern = "users"
request = requests.get(
pytest.config.getini("usm_api_url") + pattern,
auth=self._auth)
self.print_req_info(request)
self.check_response(request, asserts_in)
if not request.ok:
return False
msg = "User {0} should contain: {1}\n\tUser {0} contains: {2}"
for item in request.json(encoding='unicode'):
user = item["username"]
response_keys = set(item.keys())
pytest.check(
response_keys == USERDATA_KEYS,
msg.format(user, USERDATA_KEYS, response_keys))
return request.json(encoding='unicode')
def test_repoclosure(tendrl_repos, centos_repos):
cmd = ["repoclosure", "--newest"]
# configure systemd default repositories
for name, url in centos_repos.items():
cmd.append("--repofrompath")
cmd.append("{},{}".format(name, url))
cmd.append("--lookaside={}".format(name))
# configure tendrl repository (passed via tendrl_repos fixture)
for name, baseurl in tendrl_repos.items():
cmd.append("--repofrompath")
cmd.append("{},{}".format(name, baseurl))
# we expect that other repositories are for dependencies
if name != "tendrl-core":
cmd.append("--lookaside={}".format(name))
cmd.append("--repoid=tendrl-core")
# running repoclosure
LOGGER.info(" ".join(cmd))
with tempfile.TemporaryDirectory() as tmpdirname:
cp = subprocess.run(
cmd,
cwd=tmpdirname,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
LOGGER.debug("STDOUT: %s", cp.stdout)
LOGGER.debug("STDERR: %s", cp.stderr)
check_msg = "repoclosure return code should be 0 indicating no errors"
pytest.check(cp.returncode == 0, msg=check_msg)
# when the check fails, report the error in readable way
if cp.returncode != 0:
for line in cp.stdout.splitlines():
LOGGER.failed(line.decode())
for line in cp.stderr.splitlines():
LOGGER.failed(line.decode())
def logout(self, asserts_in=None):
""" Logout from REST API
Name: "logout",
Method: "POST",
Pattern: "auth/logout",
Args:
asserts_in: assert values for this call and this method
"""
asserts = Api.default_asserts.copy()
asserts.update({
"cookies": None,
"json": json.loads('''{"message": "Logged out"}'''),
})
if asserts_in:
asserts.update(asserts_in)
req = requests.post(pytest.config.getini("usm_api_url") +
"auth/logout",
cookies=self.cookies,
verify=self.verify)
Api.print_req_info(req)
Api.check_response(req, asserts)
pytest.check(req.cookies.keys() == [],
"There should be empty logout cookie.")
pytest.check(
req.json(encoding='unicode') == asserts["json"],
"There should be logout message.")
return req.json(encoding='unicode')
def compare_structure(self, structure, slug):
"""Compare provided data structure with layout defined in Grafana.
Args:
structure (object): structure of grafana dashboard for comparison
slug (str): Slug of dashboard uri. Slug is the url friendly version
of the dashboard title.
"""
layout = self.get_dashboard(slug)
pytest.check(
len(layout) > 0, "{} dashboard should not be empty".format(slug))
structure_grafana = {}
for row in layout["dashboard"]["rows"]:
structure_grafana[row["title"]] = []
for panel in row["panels"]:
if panel["title"]:
structure_grafana[row["title"]].append(panel["title"])
elif "displayName" in panel.keys() and panel["displayName"]:
structure_grafana[row["title"]].append(
panel["displayName"])
LOGGER.debug("defined layout structure = {}".format(structure))
LOGGER.debug(
"layout structure in grafana = {}".format(structure_grafana))
d = Differ()
LOGGER.debug("reduced diff between the layouts: {}".format("".join([
x.strip()
for x in d.compare(json.dumps(structure, sort_keys=True),
json.dumps(structure_grafana, sort_keys=True))
])))
pytest.check(
structure == structure_grafana,
"defined structure of panels should " +
"be equal to structure in grafana")
def test_volumes_list(valid_session_credentials, managed_cluster):
"""
List volumes for given cluster via API.
:step:
Connect to Tendrl API via GET request to ``APIURL/:cluster_id/volumes``
Where cluster_id is set to predefined value.
:result:
Server should return response in JSON format:
Return code should be **200** with data ``{"volumes": [{...}, ...]}``.
"""
api = glusterapi.TendrlApiGluster(auth=valid_session_credentials)
glv_cmd = gluster.GlusterVolume()
# list of volumes from Tendrl api
t_volumes = api.get_volume_list(managed_cluster['cluster_id'])
t_volume_names = [volume["name"] for volume in t_volumes["volumes"]]
t_volume_names.sort()
# list of volumes from Gluster command output
g_volume_names = glv_cmd.get_volume_names()
g_volume_names.sort()
LOGGER.info("list of volumes from Tendrl api: %s", str(t_volume_names))
LOGGER.info("list of volumes from gluster: %s", g_volume_names)
pytest.check(
t_volume_names == g_volume_names,
"List of volumes from Gluster should be the same as from Tendrl API.")
pytest.check(
len(t_volume_names) == int(CONF.config["usmqe"]["volume_count"]),
"Number of volumes from Tendrl API: {}. "
"Expected number of volumes: {}.".format(
len(t_volume_names), int(CONF.config["usmqe"]["volume_count"])))
def test_cluster_import_unmanage_naming(application, unmanaged_cluster):
"""
Import cluster and give it a custom name. Then unmanage it.
"""
"""
:step:
Log in to Web UI and import the first cluster from the clusters list.
Give it custom name 'TestClusterName'
:result:
Cluster is imported and its name is shown in the clusters list
"""
clusters = application.collections.clusters.get_clusters()
test_cluster = tools.choose_cluster(clusters,
unmanaged_cluster["cluster_id"],
unmanaged_cluster["short_name"])
if test_cluster.managed == "Yes":
test_cluster.unmanage()
original_id = test_cluster.name
import_success = test_cluster.cluster_import(
cluster_name="TestClusterName")
if not import_success:
pytest.check(False, "Import failed")
"""
:step:
Unmanage the cluster
:result:
Cluster is unmanaged and its name is no longer shown in the clusters list.
Its id is shown instead.
"""
unmanage_success = test_cluster.unmanage(original_id=original_id)
if not unmanage_success:
pytest.check(False, "Unmanage failed")
test_cluster.unmanage()
def test_hosts(ansible_playbook, workload_stop_nodes, managed_cluster):
"""
Check that Grafana panel *Hosts* is showing correct values.
"""
if managed_cluster["short_name"]:
cluster_identifier = managed_cluster["short_name"]
else:
cluster_identifier = managed_cluster["integration_id"]
grafana = grafanaapi.GrafanaApi()
graphite = graphiteapi.GraphiteApi()
hosts_panel = grafana.get_panel("Hosts",
row_title="At-a-glance",
dashboard="cluster-dashboard")
"""
:step:
Send **GET** request to ``GRAPHITE/render?target=[target]&format=json``
where [target] is part of uri obtained from previous GRAFANA call.
There should be target for statuses of a hosts.
Compare number of hosts from Graphite with value retrieved from
``workload_stop_nodes`` fixture.
:result:
JSON structure containing data related to hosts status is similar
to values set by ``workload_stop_nodes`` fixture in given time.
"""
# get graphite target pointing at data containing numbers of hosts
targets = grafana.get_panel_chart_targets(hosts_panel, cluster_identifier)
targets_used = (targets[0][0], targets[1][0], targets[2][0])
targets_expected = ('nodes_count.total', 'nodes_count.up',
'nodes_count.down')
for idx, target in enumerate(targets_used):
pytest.check(
target.endswith(targets_expected[idx]),
"There is used target that ends with `{}`".format(
targets_expected[idx]))
# make sure that all data in graphite are saved
time.sleep(3)
# check value *Total* of hosts
graphite.compare_data_mean(
workload_stop_nodes["result"], (targets_used[0], ),
workload_stop_nodes["start"],
workload_stop_nodes["end"],
divergence=1,
issue="https://bugzilla.redhat.com/show_bug.cgi?id=1687333")
# check value *Up* of hosts
graphite.compare_data_mean(
0.0, (targets_used[1], ),
workload_stop_nodes["start"],
workload_stop_nodes["end"],
divergence=1,
issue="https://bugzilla.redhat.com/show_bug.cgi?id=1687333")
# check value *Down* of hosts
graphite.compare_data_mean(
workload_stop_nodes["result"], (targets_used[2], ),
workload_stop_nodes["start"],
workload_stop_nodes["end"],
divergence=1,
issue="https://bugzilla.redhat.com/show_bug.cgi?id=1687333")
def check_status(self, status="Started"):
"""
Check if volume status corresponds with specified status.
"""
self.info()
real_status = self.status
pytest.check(
status == real_status,
"Volume status is {}, should be {}".format(real_status, status))
def pre_check(init_object):
"""
next cluster workflow pre-check
Parameters:
init_object: WebstrPage instance of page which is loaded after log in
"""
pytest.check(init_object._label == 'main page - menu bar',
'Tendrl should route to page with a menu',
hard=True)
def test_memory_available(
ansible_playbook,
workload_memory_utilization,
managed_cluster):
"""
Check that Grafana panel *Memory Available* is showing correct values.
"""
# TODO(fbalak): get this number dynamically
# number of samples from graphite target per minute
if managed_cluster["short_name"]:
cluster_identifier = managed_cluster["short_name"]
else:
cluster_identifier = managed_cluster["integration_id"]
grafana = grafanaapi.GrafanaApi()
graphite = graphiteapi.GraphiteApi()
memory_panel = grafana.get_panel(
"Memory Available",
row_title="At-a-Glance",
dashboard="host-dashboard")
"""
:step:
Send **GET** request to ``GRAPHITE/render?target=[target]&format=json``
where [target] is part of uri obtained from previous GRAFANA call.
There should be target for memory utilization of a host.
Compare number of hosts from Graphite with value retrieved from
``workload_memory_utilization`` fixture.
:result:
JSON structure containing data related to memory utilization is similar
to values set by ``workload_memory_utilization`` fixture in given time.
"""
# get graphite target pointing at data containing number of host
targets = grafana.get_panel_chart_targets(memory_panel, cluster_identifier)
LOGGER.debug(targets)
targets_used = (targets[0][0], targets[0][1])
for key, target_expected in enumerate((
"memory.memory-cached",
"memory.memory-free")):
pytest.check(
targets_used[key].endswith(target_expected),
"There is used target that ends with `{}`".format(target_expected))
# make sure that all data in graphite are saved
time.sleep(2)
expected_available_mem = (
1 - workload_memory_utilization["result"]/100) * int(
workload_memory_utilization['metadata']['total_memory'])
graphite.compare_data_mean(
expected_available_mem,
targets_used,
workload_memory_utilization["start"],
workload_memory_utilization["end"],
divergence=0.15*expected_available_mem)
def test_volume_attributes(application, valid_session_credentials,
managed_cluster, gluster_volume):
"""
Test that all volumes are listed on cluster's Volumes page.
Check all common volume attributes
"""
"""
:step:
Log in to Web UI and get the cluster identified by cluster_member.
Get the list of its volumes.
:result:
Volume objects are initiated and their attributes are read from the page
"""
clusters = application.collections.clusters.get_clusters()
test_cluster = tools.choose_cluster(clusters,
managed_cluster["cluster_id"],
managed_cluster["short_name"])
assert test_cluster.managed == "Yes"
volumes = test_cluster.volumes.get_volumes()
"""
:step:
Get the list of volumes using Gluster command and check it's the same as in UI
:result:
The list of volumes in UI and in Gluster command are equal
"""
glv_cmd = gluster.GlusterVolume()
g_volume_names = glv_cmd.get_volume_names()
pytest.check(
set([volume.volname for volume in volumes]) == set(g_volume_names),
"Check that UI volumes list is the same as in gluster volume info")
LOGGER.debug("UI volume names: {}".format(
[volume.volname for volume in volumes]))
LOGGER.debug("Gluster command volume names: {}".format(g_volume_names))
"""
:step:
Check common volume attributes
:result:
Common volume attributes have expected values
"""
for volume in volumes:
pytest.check(
volume.volname.find("olume_") == 1,
"Check that volume name contains ``olume_``")
pytest.check(
volume.running == "Yes",
"Check that volume ``Running`` attribute has value ``Yes``")
pytest.check(
volume.rebalance == "Not Started",
"Check that volume ``Rebalance`` attribute has value ``Not Started``"
)
pytest.check(
int(volume.alerts) >= 0,
"Check that volume's number of alerts is a non-negative integer")
def test_capacity_available(ansible_playbook, workload_capacity_utilization,
managed_cluster, gluster_volume):
"""
Check that Grafana panel *Capacity Available* is showing
correct values.
"""
if managed_cluster["short_name"]:
cluster_identifier = managed_cluster["short_name"]
else:
cluster_identifier = managed_cluster["integration_id"]
grafana = grafanaapi.GrafanaApi()
graphite = graphiteapi.GraphiteApi()
capacity_panel = grafana.get_panel("Capacity Available",
row_title="Capacity",
dashboard="volume-dashboard")
"""
:step:
Send **GET** request to ``GRAPHITE/render?target=[target]&format=json``
where [target] is part of uri obtained from previous GRAFANA call.
There should be target for capacity utilization of a host.
Compare number of hosts from Graphite with value retrieved from
``workload_capacity_utilization`` fixture.
:result:
JSON structure containing data related to capacity utilization is similar
to values set by ``workload_capacity_utilization`` fixture in given time.
"""
# get graphite target pointing at data containing number of host
targets = grafana.get_panel_chart_targets(
capacity_panel, cluster_identifier,
workload_capacity_utilization["metadata"]["volume_name"])
targets_used = (targets[0][0], targets[0][1])
for key, target_expected in enumerate(
("usable_capacity", "used_capacity")):
pytest.check(
targets_used[key].endswith(target_expected),
"There is used target that ends with `{}`".format(target_expected))
# make sure that all data in graphite are saved
time.sleep(2)
expected_available = workload_capacity_utilization["metadata"][
"total_capacity"] * (1 -
workload_capacity_utilization["result"] * 0.01)
divergence = workload_capacity_utilization["metadata"][
"total_capacity"] * 0.05
graphite.compare_data_mean(expected_available,
targets_used,
workload_capacity_utilization["start"],
workload_capacity_utilization["end"],
divergence=divergence,
operation='diff')
def check_user(self, user_data, asserts_in=None):
""" Check if there is stored user with given attributes.
Args:
user_data: user data that are going to be checked
asserts_in: assert values for this call and this method
"""
stored_data = self.get_user(user_data["username"],
asserts_in=asserts_in)
sent_data = {k: user_data[k] for k in USERDATA_KEYS}
msg = "Json of stored user: {0}\n\tAnd of checked one: {1}\n\tShould be equal."
pytest.check(stored_data == sent_data,
msg.format(stored_data, sent_data))
def check_response(resp, asserts_in=None, issue=None):
""" Check default asserts.
It checks: *ok*, *status*, *reason*.
Args:
resp: response to check
asserts_in: asserts that are compared with response
issue: known issue, log WAIVE
"""
asserts = ApiBase.default_asserts.copy()
if asserts_in:
asserts.update(asserts_in)
try:
json.dumps(resp.json(encoding='unicode'))
except ValueError as err:
pytest.check(
False, "Bad response '{}' json format: '{}'".format(resp, err))
pytest.check(resp.ok == asserts["ok"],
"There should be ok == {}".format(str(asserts["ok"])),
issue=issue)
pytest.check(resp.status_code == asserts["status"],
"Status code should equal to {}".format(
asserts["status"]),
issue=issue)
pytest.check(resp.reason == asserts["reason"],
"Reason should equal to {}".format(asserts["reason"]),
issue=issue)
def test_logout(log_in, testcase_end):
"""
Test that user can be logged out from UI
"""
# click on Logout
upper_menu = UpperMenu(log_in.driver)
upper_menu.open_user_menu().logout()
# check login page is displayed
pytest.check(
log_in.loginpage.is_present,
"User should be logged out and login page should be displayed")
# try to go on some sub-page
log_in.driver.get(pytest.config.getini("usm_web_url") + LOCATION)
pytest.check(log_in.loginpage.is_present, "Login page should be displayed")
def test_negative_login(testcase_set, testcase_end, username, password,
error_message):
"""
test negative login cases
"""
if username is True:
username = pytest.config.getini("usm_username")
if password is True:
password = pytest.config.getini("usm_password")
loginpage_inst = loginpage.LoginPage(testcase_set.driver,
pytest.config.getini("usm_web_url"))
LOGGER.debug("Fill invalid credentials")
loginpage_inst.fill_form_values(username, password)
LOGGER.debug("Click on Log In button")
loginpage_inst.get_model_element("login_btn").click()
# check error message
pytest.check(loginpage_inst.is_present, "Still on the login page")
if error_message is not None:
tmp_obj = loginpage_inst.get_model_element("error_label")
pytest.check(tmp_obj.is_displayed(), "Error message is visible.")
pytest.check(tmp_obj.text == error_message,
"Error message should be: {}".format(error_message))
pytest.check(
tmp_obj.get_attribute("class").index("alert-danger") > -1,
"Error message shoul be red.")
def test_positive_login(testcase_set, log_out):
"""@usmid web/login_positive
Login as valid user.
"""
loginpage_inst = loginpage.LoginPage(testcase_set.driver,
pytest.config.getini("usm_web_url"))
LOGGER.debug("Fill valid credentials and log in")
loginpage_inst.login_user(pytest.config.getini("usm_username"),
pytest.config.getini("usm_password"))
page_inst = get_landing_page(testcase_set.driver)
# Following check is extra, could be removed
pytest.check(
page_inst.is_present,
"A user should be logged in and main page should be present.")
def log_in(testcase_set):
"""
All tests which don't need to tweak login process and expects
that the default user is already logged in
for the test to work should extend this class.
"""
testcase_set.loginpage = loginpage.LoginPage(
testcase_set.driver, pytest.config.getini("usm_web_url"))
testcase_set.loginpage.login_user(pytest.config.getini("usm_username"),
pytest.config.getini("usm_password"))
testcase_set.init_object = get_landing_page(testcase_set.driver)
msg = "Initial element - Home page or navigation part of the main page "\
"should contain all required components."
pytest.check(testcase_set.init_object.is_present, msg)
yield testcase_set
def test_login_positive_enter(testcase_set, log_out):
"""@usmid web/login_positive_enter
Submit login form by "Enter" key
"""
loginpage_inst = loginpage.LoginPage(testcase_set.driver,
pytest.config.getini("usm_web_url"))
LOGGER.debug("Fill valid credentials")
loginpage_inst.fill_form_values(pytest.config.getini("usm_username"),
pytest.config.getini("usm_password"))
LOGGER.debug("Press Enter")
loginpage_inst.get_model_element("password").send_keys(Keys.ENTER)
WaitForWebstrPage(loginpage_inst, 10).to_disappear()
page_inst = get_landing_page(testcase_set.driver)
# Following check is extra, could be removed
pytest.check(page_inst.is_present, "User should be logged in")
def disable_profiling(self):
"""
Click Disable Profiling button and wait for Volume Profiling to change to Disabled
"""
view = self.application.web_ui.create_view(ClusterVolumesView)
view.volumes(self.volname).disable_profiling.click()
wait_for(
lambda: self.update()[4] == "Disabled",
timeout=300,
delay=5,
message=
"Volume's profiling hasn't changed to Enabled in 300 seconds\n" +
"Visible text: {}".format(view.browser.elements("*")[0].text))
LOGGER.debug("Volume {} profiling value: {}".format(
self.volname, self.profiling))
pytest.check(self.profiling == "Disabled")
def post_check(driver, cluster_name, hosts, login_page=None):
"""
cluster workflow post-check
Parameters:
driver: selenium driver
cluster_name (str): cluster name
hosts (list): list of dictionaries
{'hostname': <hostname>, 'release': <release>, ...
for check only
clusters_nr (int): previous number of clusters in clusters list
login_page: LoginPage instance
"""
try:
NavMenuBars(driver).open_clusters(click_only=True)
# TODO remove following sleep
# sleep a while because of https://github.com/Tendrl/api/issues/159
WebDriverUtils.wait_a_while(90, driver)
cluster_list = ClustersList(driver)
# Check that cluster is present in the list
# open cluster details for the imported cluster
present = False
for cluster in cluster_list:
if cluster_name.lower() in cluster.name.lower():
pytest.check(
cluster.managed,
'cluster {} should be managed'.format(cluster.name))
cluster.open_details()
present = True
break
pytest.check(
present,
'The imported cluster should be present in the cluster list')
# TODO proper hosts list has to be added
# # check hosts
# if present:
# page_hosts_list = ClusterMenu(driver).open_hosts()
# check_hosts(hosts, page_hosts_list)
except InitPageValidationError:
# workaround for missing menu after cluster creation
pass