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test_api.py
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test_api.py
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#!/usr/bin/env python
import unittest
import json
import dateutil.parser
import test.support
import uuid
import copy
import tempfile
from app import create_app, db
from app.auth.identity import Identity
from app.utils import HostWrapper
from base64 import b64encode
from itertools import chain
from json import dumps
from datetime import datetime, timezone
from urllib.parse import urlsplit, urlencode, parse_qs, urlunsplit
HOST_URL = "/api/inventory/v1/hosts"
HEALTH_URL = "/health"
METRICS_URL = "/metrics"
VERSION_URL = "/version"
NS = "testns"
ID = "whoabuddy"
FACTS = [{"namespace": "ns1", "facts": {"key1": "value1"}}]
TAGS = ["aws/new_tag_1:new_value_1", "aws/k:v"]
ACCOUNT = "000501"
SHARED_SECRET = "SuperSecretStuff"
def generate_uuid():
return str(uuid.uuid4())
def test_data(display_name="hi", facts=None):
return {
"account": ACCOUNT,
"display_name": display_name,
# "insights_id": "1234-56-789",
# "rhel_machine_id": "1234-56-789",
# "ip_addresses": ["10.10.0.1", "10.0.0.2"],
"ip_addresses": ["10.10.0.1"],
# "mac_addresses": ["c2:00:d0:c8:61:01"],
# "external_id": "i-05d2313e6b9a42b16"
"facts": facts if facts else FACTS,
}
def build_auth_header(token):
auth_header = {"Authorization": f"Bearer {token}"}
return auth_header
def build_valid_auth_header():
return build_auth_header(SHARED_SECRET)
def inject_qs(url, **kwargs):
scheme, netloc, path, query, fragment = urlsplit(url)
params = parse_qs(query)
params.update(kwargs)
new_query = urlencode(params, doseq=True)
return urlunsplit((scheme, netloc, path, new_query, fragment))
class BaseAPITestCase(unittest.TestCase):
def _get_valid_auth_header(self):
identity = Identity(account_number=ACCOUNT)
dict_ = {"identity": identity._asdict()}
json_doc = json.dumps(dict_)
auth_header = {"x-rh-identity": b64encode(json_doc.encode())}
return auth_header
def setUp(self):
"""
Creates the application and a test client to make requests.
"""
self.app = create_app(config_name="testing")
self.client = self.app.test_client
def get(self, path, status=200, return_response_as_json=True):
return self._response_check(
self.client().get(path, headers=self._get_valid_auth_header()),
status,
return_response_as_json,
)
def post(self, path, data, status=200, return_response_as_json=True):
return self._make_http_call(
self.client().post, path, data, status, return_response_as_json
)
def patch(self, path, data, status=200, return_response_as_json=True):
return self._make_http_call(
self.client().patch, path, data, status, return_response_as_json
)
def put(self, path, data, status=200, return_response_as_json=True):
return self._make_http_call(
self.client().put, path, data, status, return_response_as_json
)
def verify_error_response(self, response, expected_title=None,
expected_status=None, expected_detail=None,
expected_type=None):
def _verify_value(field_name, expected_value):
assert field_name in response
if expected_value is not None:
self.assertEqual(response[field_name], expected_value)
_verify_value("title", expected_title)
_verify_value("status", expected_status)
_verify_value("detail", expected_detail)
_verify_value("type", expected_type)
def _make_http_call(
self, http_method, path, data, status, return_response_as_json=True
):
json_data = json.dumps(data)
headers = self._get_valid_auth_header()
headers["content-type"] = "application/json"
return self._response_check(
http_method(path, data=json_data, headers=headers),
status,
return_response_as_json,
)
def _response_check(self, response, status, return_response_as_json):
self.assertEqual(response.status_code, status)
if return_response_as_json:
return json.loads(response.data)
else:
return response
class DBAPITestCase(BaseAPITestCase):
@classmethod
def setUpClass(cls):
"""
Temporarily rename the host table while the tests run. This is done
to make dropping the table at the end of the tests a bit safer.
"""
from app.models import Host
temp_table_name_suffix = "__unit_tests__"
if temp_table_name_suffix not in Host.__table__.name:
Host.__table__.name = Host.__table__.name + temp_table_name_suffix
if temp_table_name_suffix not in Host.__table__.fullname:
Host.__table__.fullname = Host.__table__.fullname + temp_table_name_suffix
def setUp(self):
"""
Initializes the database by creating all tables.
"""
super(DBAPITestCase, self).setUp()
# binds the app to the current context
with self.app.app_context():
# create all tables
db.create_all()
def tearDown(self):
"""
Cleans up the database by dropping all tables.
"""
with self.app.app_context():
# drop all tables
db.session.remove()
db.drop_all()
def _build_host_id_list_for_url(self, host_list):
host_id_list = [str(h.id) for h in host_list]
return ",".join(host_id_list)
def _verify_host_status(self, response, host_index, expected_status):
self.assertEqual(response["data"][host_index]["status"],
expected_status)
def _pluck_host_from_response(self, response, host_index):
return response["data"][host_index]["host"]
def _validate_host(self, received_host, expected_host,
expected_id=id):
self.assertIsNotNone(received_host["id"])
self.assertEqual(received_host["id"], expected_id)
self.assertEqual(received_host["account"], expected_host.account)
self.assertEqual(received_host["insights_id"],
expected_host.insights_id)
self.assertEqual(received_host["rhel_machine_id"],
expected_host.rhel_machine_id)
self.assertEqual(received_host["subscription_manager_id"],
expected_host.subscription_manager_id)
self.assertEqual(received_host["satellite_id"],
expected_host.satellite_id)
self.assertEqual(received_host["bios_uuid"], expected_host.bios_uuid)
self.assertEqual(received_host["fqdn"], expected_host.fqdn)
self.assertEqual(received_host["mac_addresses"],
expected_host.mac_addresses)
self.assertEqual(received_host["ip_addresses"],
expected_host.ip_addresses)
self.assertEqual(received_host["display_name"],
expected_host.display_name)
self.assertEqual(received_host["facts"], expected_host.facts)
self.assertEqual(received_host["ansible_host"],
expected_host.ansible_host)
self.assertIsNotNone(received_host["created"])
self.assertIsNotNone(received_host["updated"])
class CreateHostsTestCase(DBAPITestCase):
def test_create_and_update(self):
facts = None
host_data = HostWrapper(test_data(facts=facts))
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
self._validate_host(created_host, host_data, expected_id=original_id)
created_time = dateutil.parser.parse(created_host["created"])
self.assertGreater(datetime.now(timezone.utc), created_time)
host_data.facts = copy.deepcopy(FACTS)
# Replace facts under the first namespace
host_data.facts[0]["facts"] = {"newkey1": "newvalue1"}
# Add a new set of facts under a new namespace
host_data.facts.append({"namespace": "ns2", "facts": {"key2": "value2"}})
# Add a new canonical fact
host_data.rhel_machine_id = generate_uuid()
host_data.ip_addresses = ["10.10.0.1", "10.0.0.2", "fe80::d46b:2807:f258:c319"]
host_data.mac_addresses = ["c2:00:d0:c8:61:01"]
host_data.external_id = "i-05d2313e6b9a42b16"
host_data.insights_id = generate_uuid()
# Update the host with the new data
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 200)
updated_host = self._pluck_host_from_response(response, 0)
# Make sure the id from the update post matches the id from the create
self.assertEqual(updated_host["id"], original_id)
# Verify the timestamp has been modified
self.assertIsNotNone(updated_host["updated"])
modified_time = dateutil.parser.parse(updated_host["updated"])
self.assertGreater(modified_time, created_time)
host_lookup_results = self.get("%s/%s" % (HOST_URL, original_id), 200)
# sanity check
# host_lookup_results["results"][0]["facts"][0]["facts"]["key2"] = "blah"
# host_lookup_results["results"][0]["insights_id"] = "1.2.3.4"
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
def test_create_host_update_with_same_insights_id_and_different_canonical_facts(self):
original_insights_id = generate_uuid()
host_data = HostWrapper(test_data(facts=None))
host_data.insights_id = original_insights_id
host_data.rhel_machine_id = generate_uuid()
host_data.subscription_manager_id = generate_uuid()
host_data.satellite_id = generate_uuid()
host_data.bios_uuid = generate_uuid()
host_data.fqdn = "original_fqdn"
host_data.mac_addresses = ["aa:bb:cc:dd:ee:ff"]
host_data.external_id = "abcdef"
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
self._validate_host(created_host, host_data, expected_id=original_id)
# Change the canonical facts except for the insights_id
host_data.rhel_machine_id = generate_uuid()
host_data.ip_addresses = ["192.168.1.44", "10.0.0.2", ]
host_data.subscription_manager_id = generate_uuid()
host_data.satellite_id = generate_uuid()
host_data.bios_uuid = generate_uuid()
host_data.fqdn = "expected_fqdn"
host_data.mac_addresses = ["ff:ee:dd:cc:bb:aa"]
host_data.external_id = "fedcba"
host_data.facts = [{"namespace": "ns1",
"facts": {"newkey": "newvalue"}}]
# Update the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 200)
updated_host = self._pluck_host_from_response(response, 0)
# Verify that the id did not change on the update
self.assertEqual(updated_host["id"], original_id)
# Retrieve the host using the id that we first received
data = self.get("%s/%s" % (HOST_URL, original_id), 200)
self._validate_host(data["results"][0],
host_data,
expected_id=original_id)
def test_create_host_with_empty_facts_display_name_then_update(self):
# Create a host with empty facts, and display_name
# then update those fields
host_data = HostWrapper(test_data(facts=None))
del host_data.display_name
del host_data.facts
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
self.assertIsNotNone(created_host["id"])
original_id = created_host["id"]
# Update the facts and display name
host_data.facts = copy.deepcopy(FACTS)
host_data.display_name = "expected_display_name"
# Update the hosts
self.post(HOST_URL, [host_data.data()], 207)
host_lookup_results = self.get("%s/%s" % (HOST_URL, original_id), 200)
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
def test_create_and_update_multiple_hosts_with_account_mismatch(self):
"""
Attempt to create multiple hosts, one host has the wrong account number.
Verify this causes an error response to be returned.
"""
facts = None
host1 = HostWrapper(test_data(display_name="host1", facts=facts))
host1.ip_addresses = ["10.0.0.1"]
host1.rhel_machine_id = generate_uuid()
host2 = HostWrapper(test_data(display_name="host2", facts=facts))
# Set the account number to the wrong account for this request
host2.account = "222222"
host2.ip_addresses = ["10.0.0.2"]
host2.rhel_machine_id = generate_uuid()
host_list = [host1.data(), host2.data()]
# Create the host
created_host = self.post(HOST_URL, host_list, 207)
self.assertEqual(len(host_list), len(created_host["data"]))
self.assertEqual(created_host["errors"], 1)
self.assertEqual(created_host["data"][0]["status"], 201)
self.assertEqual(created_host["data"][1]["status"], 400)
def test_create_host_without_canonical_facts(self):
host_data = HostWrapper(test_data(facts=None))
del host_data.insights_id
del host_data.rhel_machine_id
del host_data.subscription_manager_id
del host_data.satellite_id
del host_data.bios_uuid
del host_data.ip_addresses
del host_data.fqdn
del host_data.mac_addresses
del host_data.external_id
response_data = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response_data, 0, 400)
response_data = response_data["data"][0]
self.verify_error_response(response_data,
expected_title="Invalid request",
expected_status=400)
def test_create_host_without_account(self):
host_data = HostWrapper(test_data(facts=None))
del host_data.account
response_data = self.post(HOST_URL, [host_data.data()], 400)
self.verify_error_response(response_data, expected_title="Bad Request")
def test_create_host_with_mismatched_account_numbers(self):
host_data = HostWrapper(test_data(facts=None))
host_data.account = ACCOUNT[::-1]
response_data = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response_data, 0, 400)
response_data = response_data["data"][0]
self.verify_error_response(response_data,
expected_title="Invalid request")
def test_create_host_with_invalid_facts(self):
facts_with_no_namespace = copy.deepcopy(FACTS)
del facts_with_no_namespace[0]["namespace"]
facts_with_no_facts = copy.deepcopy(FACTS)
del facts_with_no_facts[0]["facts"]
facts_with_empty_str_namespace = copy.deepcopy(FACTS)
facts_with_empty_str_namespace[0]["namespace"] = ""
invalid_facts = [facts_with_no_namespace,
facts_with_no_facts,
facts_with_empty_str_namespace,
]
for invalid_fact in invalid_facts:
with self.subTest(invalid_fact=invalid_fact):
host_data = HostWrapper(test_data(facts=invalid_fact))
response_data = self.post(HOST_URL, [host_data.data()], 400)
self.verify_error_response(response_data,
expected_title="Bad Request")
def test_create_host_with_invalid_uuid_field_values(self):
uuid_field_names = (
"insights_id",
"rhel_machine_id",
"subscription_manager_id",
"satellite_id",
"bios_uuid",
)
for field_name in uuid_field_names:
with self.subTest(uuid_field=field_name):
host_data = copy.deepcopy(test_data(facts=None))
host_data[field_name] = "notauuid"
response_data = self.post(HOST_URL, [host_data], 207)
error_host = response_data["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_non_nullable_fields_as_None(self):
non_nullable_field_names = ("display_name",
"account",
"insights_id",
"rhel_machine_id",
"subscription_manager_id",
"satellite_id",
"fqdn",
"bios_uuid",
"ip_addresses",
"mac_addresses",
"external_id",
"ansible_host",)
host_data = HostWrapper(test_data(facts=None))
# Have at least one good canonical fact set
host_data.insights_id = generate_uuid()
host_data.rhel_machine_id = generate_uuid()
host_dict = host_data.data()
for field_name in non_nullable_field_names:
with self.subTest(field_as_None=field_name):
invalid_host_dict = copy.deepcopy(host_dict)
invalid_host_dict[field_name] = None
response_data = self.post(HOST_URL, [invalid_host_dict], 400)
self.verify_error_response(response_data,
expected_title="Bad Request")
def test_create_host_with_valid_ip_address(self):
valid_ip_arrays = [["blah"],
["1.1.1.1", "sigh"],
]
for ip_array in valid_ip_arrays:
with self.subTest(ip_array=ip_array):
host_data = HostWrapper(test_data(facts=None))
host_data.insights_id = generate_uuid()
host_data.ip_addresses = ip_array
response_data = self.post(HOST_URL, [host_data.data()], 207)
error_host = response_data["data"][0]
self.assertEqual(error_host["status"], 201)
def test_create_host_with_invalid_ip_address(self):
invalid_ip_arrays = [[],
[""],
["a"*256, ],
]
for ip_array in invalid_ip_arrays:
with self.subTest(ip_array=ip_array):
host_data = HostWrapper(test_data(facts=None))
host_data.insights_id = generate_uuid()
host_data.ip_addresses = ip_array
response_data = self.post(HOST_URL, [host_data.data()], 207)
error_host = response_data["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_valid_mac_address(self):
valid_mac_arrays = [["blah"],
["11:22:33:44:55:66", "blah"],
]
for mac_array in valid_mac_arrays:
with self.subTest(mac_array=mac_array):
host_data = HostWrapper(test_data(facts=None))
host_data.insights_id = generate_uuid()
host_data.mac_addresses = mac_array
response_data = self.post(HOST_URL, [host_data.data()], 207)
error_host = response_data["data"][0]
self.assertEqual(error_host["status"], 201)
def test_create_host_with_invalid_mac_address(self):
invalid_mac_arrays = [[],
[""],
["11:22:33:44:55:66", "a"*256],
]
for mac_array in invalid_mac_arrays:
with self.subTest(mac_array=mac_array):
host_data = HostWrapper(test_data(facts=None))
host_data.insights_id = generate_uuid()
host_data.mac_addresses = mac_array
response_data = self.post(HOST_URL, [host_data.data()], 207)
error_host = response_data["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_invalid_display_name(self):
host_data = HostWrapper(test_data(facts=None))
invalid_display_names = ["", "a"*201]
for display_name in invalid_display_names:
with self.subTest(display_name=display_name):
host_data.display_name = display_name
response = self.post(HOST_URL, [host_data.data()], 207)
error_host = response["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_invalid_fqdn(self):
host_data = HostWrapper(test_data(facts=None))
invalid_fqdns = ["", "a"*256]
for fqdn in invalid_fqdns:
with self.subTest(fqdn=fqdn):
host_data.fqdn = fqdn
response = self.post(HOST_URL, [host_data.data()], 207)
error_host = response["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_invalid_external_id(self):
host_data = HostWrapper(test_data(facts=None))
invalid_external_ids = ["", "a"*501]
for external_id in invalid_external_ids:
with self.subTest(external_id=external_id):
host_data.external_id = external_id
response = self.post(HOST_URL, [host_data.data()], 207)
error_host = response["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
def test_create_host_with_ansible_host(self):
# Create a host with ansible_host field
host_data = HostWrapper(test_data(facts=None))
host_data.ansible_host = "ansible_host_"+generate_uuid()
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
host_lookup_results = self.get("%s/%s" % (HOST_URL, original_id), 200)
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
def test_create_host_without_ansible_host_then_update(self):
# Create a host without ansible_host field
# then update those fields
host_data = HostWrapper(test_data(facts=None))
del host_data.ansible_host
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
ansible_hosts = ["ima_ansible_host_"+generate_uuid(),
"",
]
# Update the ansible_host
for ansible_host in ansible_hosts:
with self.subTest(ansible_host=ansible_host):
host_data.ansible_host = ansible_host
# Update the hosts
self.post(HOST_URL, [host_data.data()], 207)
host_lookup_results = self.get(f"{HOST_URL}/{original_id}", 200)
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
def test_create_host_with_invalid_ansible_host(self):
host_data = HostWrapper(test_data(facts=None))
invalid_ansible_host = ["a"*256]
for ansible_host in invalid_ansible_host:
with self.subTest(ansible_host=ansible_host):
host_data.ansible_host = ansible_host
response = self.post(HOST_URL, [host_data.data()], 207)
error_host = response["data"][0]
self.assertEqual(error_host["status"], 400)
self.verify_error_response(error_host,
expected_title="Bad Request")
class ResolveDisplayNameOnCreationTestCase(DBAPITestCase):
def test_create_host_without_display_name_and_without_fqdn(self):
"""
This test should verify that the display_name is set to the id
when neither the display name or fqdn is set.
"""
host_data = HostWrapper(test_data(facts=None))
del host_data.display_name
del host_data.fqdn
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
host_lookup_results = self.get("%s/%s" % (HOST_URL, original_id), 200)
# Explicitly set the display_name to the be id...this is expected here
host_data.display_name = created_host["id"]
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
def test_create_host_without_display_name_and_with_fqdn(self):
"""
This test should verify that the display_name is set to the
fqdn when a display_name is not passed in but the fqdn is passed in.
"""
expected_display_name = "fred.flintstone.bedrock.com"
host_data = HostWrapper(test_data(facts=None))
del host_data.display_name
host_data.fqdn = expected_display_name
# Create the host
response = self.post(HOST_URL, [host_data.data()], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
host_lookup_results = self.get("%s/%s" % (HOST_URL, original_id), 200)
# Explicitly set the display_name ...this is expected here
host_data.display_name = expected_display_name
self._validate_host(host_lookup_results["results"][0],
host_data,
expected_id=original_id)
class BulkCreateHostsTestCase(DBAPITestCase):
def _get_valid_auth_header(self):
return build_valid_auth_header()
def test_create_and_update_multiple_hosts_with_different_accounts(self):
with test.support.EnvironmentVarGuard() as env:
env.set("INVENTORY_SHARED_SECRET", SHARED_SECRET)
facts = None
host1 = HostWrapper(test_data(display_name="host1", facts=facts))
host1.account = "111111"
host1.ip_addresses = ["10.0.0.1"]
host1.rhel_machine_id = str(uuid.uuid4())
host2 = HostWrapper(test_data(display_name="host2", facts=facts))
host2.account = "222222"
host2.ip_addresses = ["10.0.0.2"]
host2.rhel_machine_id = str(uuid.uuid4())
host_list = [host1.data(), host2.data()]
# Create the host
response = self.post(HOST_URL, host_list, 207)
self.assertEqual(len(host_list), len(response["data"]))
self.assertEqual(response["total"], len(response["data"]))
self.assertEqual(response["errors"], 0)
for host in response["data"]:
self.assertEqual(host["status"], 201)
host_list[0]["id"] = response["data"][0]["host"]["id"]
host_list[0]["bios_uuid"] = str(uuid.uuid4())
host_list[0]["display_name"] = "fred"
host_list[1]["id"] = response["data"][1]["host"]["id"]
host_list[1]["bios_uuid"] = str(uuid.uuid4())
host_list[1]["display_name"] = "barney"
# Update the host
updated_host = self.post(HOST_URL, host_list, 207)
self.assertEqual(updated_host["errors"], 0)
i = 0
for host in updated_host["data"]:
self.assertEqual(host["status"], 200)
expected_host = HostWrapper(host_list[i])
self._validate_host(host["host"],
expected_host,
expected_id=expected_host.id)
i += 1
class PaginationTestCase(BaseAPITestCase):
def _base_paging_test(self, url, expected_number_of_hosts):
def _test_get_page(page, expected_count=1):
test_url = inject_qs(url, page=page, per_page="1")
response = self.get(test_url, 200)
self.assertEqual(len(response["results"]), expected_count)
self.assertEqual(response["count"], expected_count)
self.assertEqual(response["total"], expected_number_of_hosts)
if expected_number_of_hosts == 0:
_test_get_page(1, expected_count=0)
return
i = 0
# Iterate through the pages
for i in range(1, expected_number_of_hosts + 1):
with self.subTest(pagination_test=i):
_test_get_page(str(i))
# Go one page past the last page and look for an error
i = i + 1
with self.subTest(pagination_test=i):
test_url = inject_qs(url, page=str(i), per_page="1")
self.get(test_url, 404)
class CreateHostsWithSystemProfileTestCase(DBAPITestCase, PaginationTestCase):
def _valid_system_profile(self):
return {"number_of_cpus": 1,
"number_of_sockets": 2,
"cores_per_socket": 4,
"system_memory_bytes": 1024,
"infrastructure_type": "massive cpu",
"infrastructure_vendor": "dell",
"network_interfaces": [{"ipv4_addresses": ["10.10.10.1"],
"state": "UP",
"ipv6_addresses": ["2001:0db8:85a3:0000:0000:8a2e:0370:7334",],
"mtu": 1500,
"mac_address": "aa:bb:cc:dd:ee:ff",
"type": "loopback",
"name": "eth0", }],
"disk_devices": [{"device": "/dev/sdb1",
"label": "home drive",
"options": {"uid": "0",
"ro": True},
"mount_point": "/home",
"type": "ext3"}],
"bios_vendor": "AMI",
"bios_version": "1.0.0uhoh",
"bios_release_date": "10/31/2013",
"cpu_flags": ["flag1", "flag2"],
"os_release": "Red Hat EL 7.0.1",
"os_kernel_version": "Linux 2.0.1",
"arch": "x86-64",
"last_boot_time": "12:25 Mar 19, 2019",
"kernel_modules": ["i915", "e1000e"],
"running_processes": ["vim", "gcc", "python"],
"subscription_status": "valid",
"subscription_auto_attach": "yes",
"katello_agent_running": False,
"satellite_managed": False,
"cloud_provider": "Maclean's Music",
"yum_repos": [{"name": "repo1", "gpgcheck": True,
"enabled": True,
"base_url": "http://rpms.redhat.com"}],
"installed_products": [{"name": "eap",
"id": "123",
"status": "UP"},
{"name": "jbws",
"id": "321",
"status": "DOWN"}, ],
"insights_client_version": "12.0.12",
"insights_egg_version": "120.0.1",
"installed_packages": ["rpm1", "rpm2"],
"installed_services": ["ndb", "krb5"],
"enabled_services": ["ndb", "krb5"],
}
def test_create_host_with_system_profile(self):
facts = None
host = test_data(display_name="host1", facts=facts)
host["ip_addresses"] = ["10.0.0.1"]
host["rhel_machine_id"] = str(uuid.uuid4())
host["system_profile"] = self._valid_system_profile()
# Create the host
response = self.post(HOST_URL, [host], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
# verify system_profile is not included
self.assertNotIn("system_profile", created_host)
host_lookup_results = self.get("%s/%s/system_profile" % (HOST_URL, original_id), 200)
actual_host = host_lookup_results["results"][0]
self.assertEqual(original_id, actual_host["id"])
self.assertEqual(actual_host["system_profile"], host["system_profile"])
@unittest.skip("This test needs to be updated to use the queue-based path")
def test_create_host_without_system_profile_then_update_with_system_profile(self):
facts = None
host = test_data(display_name="host1", facts=facts)
host["ip_addresses"] = ["10.0.0.1"]
host["rhel_machine_id"] = str(uuid.uuid4())
# Create the host without a system profile
response = self.post(HOST_URL, [host], 207)
self._verify_host_status(response, 0, 201)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
# List of tuples (system profile change, expected system profile)
system_profiles = [({}, {})]
# Only set the enabled_services to start out with
enabled_services_only_system_profile = {"enabled_services":
["firewalld"]}
system_profiles.append((enabled_services_only_system_profile,
enabled_services_only_system_profile))
# Set the entire system profile...overwriting the enabled_service
# set from before
full_system_profile = self._valid_system_profile()
system_profiles.append((full_system_profile, full_system_profile))
# Change the enabled_services
full_system_profile = {**full_system_profile,
**enabled_services_only_system_profile}
system_profiles.append((enabled_services_only_system_profile,
full_system_profile))
# Make sure an empty system profile doesn't overwrite the data
system_profiles.append(({},
full_system_profile))
for i, (system_profile, expected_system_profile) in enumerate(system_profiles):
with self.subTest(system_profile=i):
host["system_profile"] = system_profile
# Create the host
response = self.post(HOST_URL, [host], 207)
self._verify_host_status(response, 0, 200)
created_host = self._pluck_host_from_response(response, 0)
original_id = created_host["id"]
# verify system_profile is not included
self.assertNotIn("system_profile", created_host)
host_lookup_results = self.get("%s/%s/system_profile" % (HOST_URL, original_id), 200)
actual_host = host_lookup_results["results"][0]
self.assertEqual(original_id, actual_host["id"])