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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 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"])