def record_inspect_result(self,
name,
facts,
status=SystemInspectionResult.SUCCESS):
"""Record a new result.
:param name: The host name
:param facts: The dictionary of facts
:param status: The status of the inspection
"""
sys_result = SystemInspectionResult(name=name,
source=self.source,
status=status)
sys_result.save()
if status == SystemInspectionResult.SUCCESS:
for key, val in facts.items():
if val is not None:
final_value = json.dumps(val)
stored_fact = RawFact(name=key, value=final_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
self.inspect_scan_task.inspection_result.systems.add(sys_result)
self.inspect_scan_task.inspection_result.save()
if status == SystemInspectionResult.SUCCESS:
self.inspect_scan_task.increment_stats(name,
increment_sys_scanned=True)
elif status == SystemInspectionResult.UNREACHABLE:
self.inspect_scan_task.increment_stats(
name, increment_sys_unreachable=True)
else:
self.inspect_scan_task.increment_stats(name,
increment_sys_failed=True)
def test_host_details_skip(self):
"""Test host_details method for already captured data."""
sys_result = SystemInspectionResult(
name='sys1', status=SystemInspectionResult.SUCCESS)
sys_result.save()
self.inspect_result.systems.add(sys_result)
self.inspect_result.save()
detail = self.api.host_details(1, 'sys1')
self.assertEqual(len(self.inspect_result.systems.all()), 1)
self.assertEqual(detail, {})
def test_host_details_skip(self):
"""Test host_details method for already captured data."""
# pylint: disable=no-member
sys_result = SystemInspectionResult(
name='sys1', status=SystemInspectionResult.SUCCESS)
sys_result.save()
inspect_result = self.scan_task.inspection_result
inspect_result.systems.add(sys_result)
inspect_result.save()
detail = self.api.host_details(1, 'sys1')
self.assertEqual(len(inspect_result.systems.all()), 1)
self.assertEqual(detail, {})
def test_host_details_skip(self):
"""Test host_details method for already captured data."""
sys_result = SystemInspectionResult(
name='sys1',
status=SystemInspectionResult.SUCCESS)
sys_result.save()
self.inspect_result.systems.add(sys_result)
self.inspect_result.save()
virt = {2: {'uuid': 2, 'name': 'sys2', 'num_virtual_guests': 3}}
detail = self.api.host_details(host_id=1, host_name='sys1',
last_checkin='', virtual_hosts=virt,
virtual_guests={1: 2})
self.assertEqual(len(self.inspect_result.systems.all()), 1)
self.assertEqual(detail, {})
def test_recurse_datacenter(self):
"""Test the recurse_datacenter method."""
inspect_result = TaskInspectionResult(source=self.scan_task.source,
scan_task=self.scan_task)
inspect_result.save()
sys_result = SystemInspectionResult(
name='vm1', status=SystemInspectionResult.SUCCESS)
sys_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
self.inspect_results.results.add(inspect_result)
self.inspect_results.save()
vcenter = Mock()
content = Mock()
root_folder = Mock()
child_entity = []
for k in range(0, 2):
child = Mock()
child.name = 'dc' + str(k)
host_folder = Mock()
clusters = []
for j in range(0, 1):
cluster = Mock()
cluster.name = 'cluster' + str(j)
host = Mock()
h_summary = Mock(name='h_summary')
h_config = Mock(name='h_config')
h_config.name = 'host1'
h_summary.config = h_config
host.summary = h_summary
virtual_machine = Mock(name='vm')
virtual_machine.summary.config.name = 'host1'
host.vm = [virtual_machine]
hosts = [host]
cluster.host = hosts
clusters.append(cluster)
host_folder.childEntity = clusters
child.hostFolder = host_folder
child_entity.append(child)
root_folder.childEntity = child_entity
content.rootFolder = root_folder
vcenter.RetrieveContent = Mock(return_value=content)
with patch.object(InspectTaskRunner,
'get_vm_info') as mock_get_vm_info:
self.runner.inspect_result = inspect_result
self.runner.recurse_datacenter(vcenter)
mock_get_vm_info.assert_called_with(ANY, ANY, ANY, ANY)
def _finalize_host(self, host, host_status):
"""Save facts collected and update the scan counts."""
results = raw_facts_template()
results.update(self._ansible_facts.pop(host, {}))
if settings.QPC_EXCLUDE_INTERNAL_FACTS:
# remove internal facts before saving result
results = {fact_key: fact_value
for fact_key, fact_value in results.items(
) if not fact_key.startswith(INTERNAL_)}
self.scan_task.log_message('host scan complete for %s. '
'Status: %s. Facts %s' %
(host, host_status, results),
log_level=logging.DEBUG)
# Update scan counts
if self.scan_task is not None:
if host_status == SystemInspectionResult.SUCCESS:
self.scan_task.increment_stats(
host, increment_sys_scanned=True)
elif host_status == SystemInspectionResult.UNREACHABLE:
self.scan_task.increment_stats(
host, increment_sys_unreachable=True)
else:
self.scan_task.increment_stats(
host, increment_sys_failed=True)
sys_result = SystemInspectionResult(
name=host,
status=host_status,
source=self.scan_task.source,
task_inspection_result=self.scan_task.inspection_result)
sys_result.save()
# Generate facts for host
for result_key, result_value in results.items():
if result_value == process.NO_DATA:
result_value = None
# Convert all values to JSON. Noop for str, int
final_value = json.dumps(result_value)
stored_fact = RawFact(name=result_key,
value=final_value,
system_inspection_result=sys_result)
stored_fact.save()
def test_host_details_skip(self):
"""Test host_details method for already captured data."""
# pylint: disable=no-member
sys_result = SystemInspectionResult(
name='sys1_1', status=SystemInspectionResult.SUCCESS)
sys_result.save()
inspect_result = self.scan_task.inspection_result
inspect_result.systems.add(sys_result)
inspect_result.save()
virt = {2: {'uuid': 2, 'name': 'sys2', 'num_virtual_guests': 3}}
detail = self.api.host_details(host_id=1,
host_name='sys1',
last_checkin='',
virtual_hosts=virt,
virtual_guests={1: 2},
physical_hosts=[])
self.assertEqual(len(inspect_result.systems.all()), 1)
self.assertEqual(detail, None)
def test_details(self):
"""Get ScanJob result details by primary key."""
# pylint: disable=no-member
scan_job, scan_task = create_scan_job(
self.source, ScanTask.SCAN_TYPE_INSPECT)
# Create a connection system result
sys_result = SystemConnectionResult(name='Foo',
credential=self.cred,
status=SystemConnectionResult
.SUCCESS)
sys_result.save()
conn_result = scan_task.prerequisites.first().connection_result
conn_result.systems.add(sys_result)
conn_result.save()
# Create an inspection system result
sys_result = SystemInspectionResult(name='Foo',
status=SystemConnectionResult
.SUCCESS)
sys_result.save()
fact = RawFact(name='fact_key', value='"fact_value"')
fact.save()
sys_result.facts.add(fact)
sys_result.save()
inspect_result = scan_task.inspection_result
inspect_result.systems.add(sys_result)
inspect_result.save()
scan_job.save()
url = reverse('scanjob-detail', args=(scan_job.id,)) + 'results/'
response = self.client.get(url)
self.assertEqual(response.status_code, status.HTTP_200_OK)
json_response = response.json()
self.assertIn('connection_results', json_response)
self.assertIn('inspection_results', json_response)
self.assertEqual(
json_response, {
'connection_results': {'task_results': [
{'source':
{'id': 1, 'name': 'source1', 'source_type': 'network'},
'systems':
[{'name': 'Foo', 'credential':
{'id': 1, 'name': 'cred1'},
'status': 'success'}]}]},
'inspection_results': {'task_results': [
{'source':
{'id': 1, 'name': 'source1', 'source_type': 'network'},
'systems':
[{'name': 'Foo', 'status': 'success',
'facts': [
{'name': 'fact_key', 'value': 'fact_value'}]}]}]}})
def v2_runner_on_unreachable(self, result):
"""Print a json representation of the result."""
result_obj = _construct_result(result)
self.results.append(result_obj)
logger.warning('%s', result_obj)
# pylint: disable=protected-access
unreachable_host = result._host.name
result_message = result._result.get(
'msg', 'No information given on unreachable warning. '
'Missing msg attribute.')
message = 'UNREACHABLE %s. %s' % (unreachable_host, result_message)
self.scan_task.log_message(message, log_level=logging.ERROR)
self._get_inspect_result()
sys_result = SystemInspectionResult(
name=unreachable_host, status=SystemInspectionResult.UNREACHABLE)
sys_result.save()
self.scan_task.increment_stats(unreachable_host,
increment_sys_failed=True)
def record_inspect_result(self, name, facts):
"""Record a new result.
:param name: The host name
:param facts: The dictionary of facts
"""
sys_result = SystemInspectionResult(
name=name, status=SystemInspectionResult.SUCCESS)
sys_result.save()
for key, val in facts.items():
if val is not None:
final_value = json.dumps(val)
stored_fact = RawFact(name=key, value=final_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
self.inspect_result.systems.add(sys_result)
self.inspect_result.save()
self.scan_task.increment_stats(name, increment_sys_scanned=True)
def _finalize_host(self, host, host_status):
results = self._ansible_facts.pop(host, {})
self.scan_task.log_message('host scan complete for %s. '
'Status: %s. Facts %s' %
(host, host_status, results),
log_level=logging.DEBUG)
# Update scan counts
if self.scan_task is not None:
if host_status == SystemInspectionResult.SUCCESS:
self.scan_task.increment_stats(
host, increment_sys_scanned=True)
else:
self.scan_task.increment_stats(host, increment_sys_failed=True)
sys_result = SystemInspectionResult(
name=host, status=host_status)
sys_result.save()
self.scan_task.inspection_result.systems.add(sys_result)
self.scan_task.inspection_result.save()
# Generate facts for host
for result_key, result_value in results.items():
if result_value == process.NO_DATA:
continue
# Convert all values to JSON. Noop for str, int
final_value = json.dumps(result_value)
stored_fact = RawFact(name=result_key,
value=final_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
sys_result.save()
def test_expand_inspect_results(self):
"""Test view expand_inspect_results."""
# pylint: disable=no-member
scan_job, scan_task = create_scan_job(self.source,
ScanTask.SCAN_TYPE_INSPECT)
sys_result = SystemInspectionResult(name='Foo',
status=SystemConnectionResult
.SUCCESS)
sys_result.save()
fact = RawFact(name='foo', value='"value"')
fact.save()
sys_result.facts.add(fact)
sys_result.save()
inspect_result = scan_task.inspection_result
inspect_result.systems.add(sys_result)
inspect_result.save()
inspect_results_json = {'task_results': [{}]}
expand_inspect_results(
scan_job.inspection_results, inspect_results_json)
self.assertEqual(
inspect_results_json['task_results'][0]['systems'][0]
['facts'][0]['name'],
'foo')
def _add_unreachable_hosts(self, systems_list):
"""Add entry for systems that were unreachable.
:param systems_list: Current list of system results.
"""
connected_hosts = \
self.connect_scan_task.connection_result.systems.filter(
status=SystemConnectionResult.SUCCESS).values('name')
# pylint: disable=consider-using-set-comprehension
connected_hosts = set(
[system.get('name') for system in connected_hosts])
scanned_hosts = set(
[system.get(NETWORK_SCAN_IDENTITY_KEY) for system in systems_list])
unreachable_hosts = connected_hosts - scanned_hosts
for host in unreachable_hosts:
sys_result = SystemInspectionResult(
name=host,
status=SystemInspectionResult.UNREACHABLE,
source=self.scan_task.source,
task_inspection_result=self.scan_task.inspection_result)
sys_result.save()
def _update_reachable_hosts(self, result_obj):
if self.scan_task.scan_type != ScanTask.SCAN_TYPE_INSPECT:
# Don't update for discovery scan.
return
unreachable_host = result_obj['host']
logger.error(
'Host %s is no longer reachable. Moving host to failed results',
unreachable_host)
inspect_result = self.inspect_results.results.filter(
source__id=self.source.id).first()
if inspect_result is None:
inspect_result = InspectionResult(
scan_task=self.scan_task, source=self.source)
inspect_result.save()
sys_result = SystemInspectionResult(
name=unreachable_host,
status=SystemInspectionResult.UNREACHABLE)
sys_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
def get_vm_info(self, data_center, cluster, host, virtual_machine):
"""Get VM information.
:param data_center: The data center name.
:param cluster: The cluster name.
:param host: The host server.
:param virtual_machine: The virtual machine.
"""
host_name = host.summary.config.name
host_cpu_cores = host.summary.hardware.numCpuCores
host_cpu_threads = host.summary.hardware.numCpuThreads
host_cpu_count = host_cpu_threads // host_cpu_cores
mac_addresses, ip_addresses = get_nics(virtual_machine.guest)
summary = virtual_machine.summary
config = summary.config
vm_name = config.name
vm_uuid = config.uuid
vm_cpu_count = config.numCpu
vm_os = config.guestFullName
vm_mem = None
if config.memorySizeMB is not None:
vm_mem = int(config.memorySizeMB / 1024)
# Need to obtain DNS Name
facts = {'vm.name': vm_name, # Name
'vm.state': summary.runtime.powerState, # State
'vm.uuid': vm_uuid, # UUID
'vm.cpu_count': vm_cpu_count, # CPU
'vm.memory_size': vm_mem, # Memory
'vm.os': vm_os, # Guest OS
'vm.dns_name': summary.guest.hostName, # DNS NAME
# Mac Addresses
'vm.mac_addresses': mac_addresses,
'vm.ip_addresses': ip_addresses, # IP Addresses
'vm.host.name': host_name, # Host Name
'vm.host.cpu_cores': host_cpu_cores, # Host CPU Cores
'vm.host.cpu_threads': host_cpu_threads, # Host CPU Threads
'vm.host.cpu_count': host_cpu_count, # Host CPU Count
'vm.datacenter': data_center, # Data Center
'vm.cluster': cluster} # Cluster
logger.debug('system %s facts=%s', vm_name, facts)
sys_result = SystemInspectionResult(
name=vm_name, status=SystemInspectionResult.SUCCESS)
sys_result.save()
for key, val in facts.items():
if val is not None:
final_value = json.dumps(val)
stored_fact = RawFact(name=key, value=final_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
sys_result.save()
self.inspect_result.systems.add(sys_result)
self.inspect_result.save()
self.scan_task.increment_stats(vm_name, increment_sys_scanned=True)
def get_vm_info(self, data_center, cluster, host, virtual_machine):
"""Get VM information.
:param data_center: The data center name.
:param cluster: The cluster name.
:param host: The host server.
:param virtual_machine: The virtual machine.
"""
vm_name = virtual_machine.summary.config.name
summary = vmsummary(virtual_machine.summary, virtual_machine.guest)
# Need to obtain "DNS Name"
facts = {
'vm.name': vm_name, # "Name"
'vm.state': summary['state'], # "State"
'vm.uuid': summary['uuid'], # "UUID"
'vm.cpu_count': summary['cpu'], # "CPU"
'vm.memory_size': summary['mem'], # "Memory"
'vm.os': summary['ostype'], # "Guest OS"
'vm.dns_name': summary['hostname'], # "DNS NAME"
'vm.mac_address': summary['mac'], # "Mac Address"
'vm.ip_address': summary['ip_address'], # "IP Address"
'vm.host': host, # "Host"
'vm.datacenter': data_center, # "Data Center"
'vm.cluster': cluster
} # "Cluster"
logger.debug('system %s facts=%s', vm_name, facts)
sys_result = SystemInspectionResult(
name=vm_name, status=SystemInspectionResult.SUCCESS)
sys_result.save()
for key, val in facts.items():
if val is not None:
stored_fact = RawFact(name=key, value=val)
stored_fact.save()
sys_result.facts.add(stored_fact)
sys_result.save()
self.inspect_results.save()
inspect_result = self.inspect_results.results.filter(
source__id=self.scan_task.source.id).first()
if inspect_result is None:
inspect_result = InspectionResult(source=self.scan_task.source,
scan_task=self.scan_task)
inspect_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
self.inspect_results.results.add(inspect_result)
self.inspect_results.save()
self.scan_task.systems_scanned += 1
self.scan_task.save()
def test_delete_scan_cascade(self, start_scan):
"""Delete a scan and its related data."""
# pylint: disable=no-member
scan_job, scan_task = create_scan_job(
self.source, ScanTask.SCAN_TYPE_INSPECT)
scan = scan_job.scan
scan_id = scan.id
self.create_job_expect_201(scan_id)
# Create a connection system result
sys_result = SystemConnectionResult(name='Foo',
credential=self.cred,
status=SystemConnectionResult
.SUCCESS)
sys_result.save()
conn_result = scan_task.prerequisites.first().connection_result
conn_result.systems.add(sys_result)
conn_result.save()
# Create an inspection system result
sys_result = SystemInspectionResult(name='Foo',
status=SystemConnectionResult
.SUCCESS)
sys_result.save()
fact = RawFact(name='fact_key', value='"fact_value"')
fact.save()
sys_result.facts.add(fact)
sys_result.save()
inspect_result = scan_task.inspection_result
inspect_result.systems.add(sys_result)
inspect_result.save()
scan_job.save()
job_count = len(scan.jobs.all())
self.assertNotEqual(job_count, 0)
url = reverse('scan-detail', args=(scan_id,))
response = self.client.delete(url, format='json')
self.assertEqual(response.status_code,
status.HTTP_204_NO_CONTENT)
job_count = len(scan.jobs.all())
self.assertEqual(job_count, 0)
def v2_runner_on_ok(self, result):
"""Print a json representation of the result."""
result_obj = _construct_result(result)
self.results.append(result_obj)
logger.debug('%s', result_obj)
# pylint: disable=protected-access
host = str(result._host)
if (result._result is not None and isinstance(result._result, dict) and
'ansible_facts' in result._result):
host_facts = result._result['ansible_facts']
facts = {}
for key, value in host_facts.items():
if key == 'host_done':
facts = self._ansible_facts[host]
logger.debug('host scan complete for %s with facts %s',
host, facts)
# Update scan counts and save
if self.scan_task is not None:
self.scan_task.systems_scanned += 1
self.scan_task.save()
# Save facts for host
sys_result = SystemInspectionResult(
name=host, status=SystemInspectionResult.SUCCESS)
sys_result.save()
for result_key, result_value in facts.items():
stored_fact = RawFact(name=result_key,
value=result_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
sys_result.save()
inspect_result = self.inspect_results.results.filter(
source__id=self.source.id).first()
if inspect_result is None:
inspect_result = InspectionResult(
scan_task=self.scan_task, source=self.source)
inspect_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
self.inspect_results.results.add(inspect_result)
self.inspect_results.save()
elif not key.startswith('internal'):
facts[key] = value
if host in self._ansible_facts:
self._ansible_facts[host].update(facts)
else:
self._ansible_facts[host] = facts
def test_expand_inspect_results(self):
"""Test view expand_inspect_results."""
scan_job = ScanJob(scan_type=ScanTask.SCAN_TYPE_INSPECT)
scan_job.save()
scan_job.sources.add(self.source)
# Job in created state
self.assertEqual(scan_job.status, ScanTask.CREATED)
tasks = scan_job.tasks.all()
self.assertEqual(len(tasks), 0)
# Queue job to run
scan_job.queue()
inspect_task = scan_job.tasks.all()[1]
inspect_results = JobInspectionResult()
inspect_results.save()
scan_job.inspection_results = inspect_results
scan_job.save()
inspect_result = TaskInspectionResult(source=inspect_task.source,
scan_task=inspect_task)
inspect_result.save()
inspect_results.results.add(inspect_result)
inspect_results.save()
sys_result = SystemInspectionResult(
name='Foo', status=SystemConnectionResult.SUCCESS)
sys_result.save()
fact = RawFact(name='foo', value='"value"')
fact.save()
sys_result.facts.add(fact)
sys_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
inspect_results_json = {'results': [{}]}
expand_inspect_results(inspect_results, inspect_results_json)
self.assertEqual(
inspect_results_json['results'][0]['systems'][0]['facts'][0]
['name'], 'foo')
def test_merge_jobs_success(self):
"""Test merge jobs success."""
# pylint: disable=no-member
scan_job1, scan_task1 = create_scan_job(
self.source, ScanTask.SCAN_TYPE_INSPECT,
scan_name='test1')
scan_job2, scan_task2 = create_scan_job(
self.source, ScanTask.SCAN_TYPE_INSPECT,
scan_name='test2')
# Create a connection system result
connect_sys_result = SystemConnectionResult(
name='Foo',
credential=self.cred,
status=SystemConnectionResult
.SUCCESS)
connect_sys_result.save()
# Create an inspection system result
inspect_sys_result = SystemInspectionResult(
name='Foo',
status=SystemConnectionResult
.SUCCESS)
inspect_sys_result.save()
fact = RawFact(name='fact_key', value='"fact_value"')
fact.save()
inspect_sys_result.facts.add(fact)
inspect_sys_result.save()
conn_result = scan_task1.prerequisites.first().connection_result
conn_result.systems.add(connect_sys_result)
conn_result.save()
inspect_result = scan_task1.inspection_result
inspect_result.systems.add(inspect_sys_result)
inspect_result.save()
scan_task1.status = ScanTask.COMPLETED
scan_task1.save()
conn_result = scan_task2.prerequisites.first().connection_result
conn_result.systems.add(connect_sys_result)
conn_result.save()
inspect_result = scan_task2.inspection_result
inspect_result.systems.add(inspect_sys_result)
inspect_result.save()
scan_task1.status = ScanTask.COMPLETED
scan_task1.save()
scan_job1.status = ScanTask.COMPLETED
scan_job1.save()
scan_job2.status = ScanTask.COMPLETED
scan_job2.save()
url = reverse('scanjob-merge')
data = {'jobs': [scan_job1.id, scan_job2.id]}
response = self.client.put(url, json.dumps(data),
content_type='application/json',
format='json')
self.assertEqual(response.status_code, status.HTTP_201_CREATED)
json_response = response.json()
expected = {'id': 1, 'sources':
[{'source_id': 1,
'source_type': 'network',
'facts': [{'fact_key': 'fact_value'}]},
{'source_id': 1,
'source_type': 'network',
'facts': [{'fact_key': 'fact_value'}]}],
'status': 'complete'}
self.assertEqual(
json_response, expected)
def parse_vm_props(self, props, host_dict):
"""Parse Virtual Machine properties.
:param props: Array of Dynamic Properties
:param host_dict: Dictionary of host properties
"""
now = datetime.utcnow().strftime('%Y-%m-%d %H:%M:%S')
facts = raw_facts_template()
for prop in props:
if prop.name == 'name':
facts[VcenterRawFacts.NAME] = prop.val
if prop.name == 'guest.net':
mac_addresses, ip_addresses = get_nics(prop.val)
facts[VcenterRawFacts.MAC_ADDRESSES] = mac_addresses
facts[VcenterRawFacts.IP_ADDRESSES] = ip_addresses
elif prop.name == 'summary.runtime.powerState':
facts[VcenterRawFacts.STATE] = prop.val
if facts[VcenterRawFacts.STATE] == "poweredOn":
facts[VcenterRawFacts.LAST_CHECK_IN] = now
elif prop.name == 'summary.guest.hostName':
facts[VcenterRawFacts.DNS_NAME] = prop.val
elif prop.name == "config.template":
facts[VcenterRawFacts.TEMPLATE] = prop.val
elif prop.name == 'summary.config.guestFullName':
facts[VcenterRawFacts.OS] = prop.val
elif prop.name == 'summary.config.memorySizeMB':
facts[VcenterRawFacts.MEMORY_SIZE] = int(prop.val / 1024)
elif prop.name == 'summary.config.numCpu':
facts[VcenterRawFacts.CPU_COUNT] = prop.val
elif prop.name == 'summary.config.uuid':
facts[VcenterRawFacts.UUID] = prop.val
elif prop.name == 'runtime.host':
host_facts = host_dict.get(str(prop.val))
if host_facts:
facts[VcenterRawFacts.HOST_NAME] = host_facts.get(HostRawFacts.NAME)
facts[VcenterRawFacts.HOST_UUID] = host_facts.get(HostRawFacts.UUID)
facts[VcenterRawFacts.HOST_CPU_CORES] = host_facts.get(
HostRawFacts.CPU_CORES
)
facts[VcenterRawFacts.HOST_CPU_COUNT] = host_facts.get(
HostRawFacts.CPU_COUNT
)
facts[VcenterRawFacts.HOST_CPU_THREADS] = host_facts.get(
HostRawFacts.CPU_THREADS
)
facts[VcenterRawFacts.CLUSTER] = host_facts.get(
HostRawFacts.CLUSTER
)
facts[VcenterRawFacts.DATACENTER] = host_facts.get(
HostRawFacts.DATACENTER
)
vm_name = facts[VcenterRawFacts.NAME]
logger.debug('system %s facts=%s', vm_name, facts)
sys_result = SystemInspectionResult(
name=vm_name, status=SystemInspectionResult.SUCCESS,
source=self.scan_task.source,
task_inspection_result=self.scan_task.inspection_result)
sys_result.save()
for key, val in facts.items():
if val is not None:
final_value = json.dumps(val)
stored_fact = RawFact(
name=key,
value=final_value,
system_inspection_result=sys_result)
stored_fact.save()
self.scan_task.increment_stats(vm_name, increment_sys_scanned=True)
def test_details(self, start_scan):
"""Get ScanJob result details by primary key."""
scan_job = ScanJob(scan_type=ScanTask.SCAN_TYPE_INSPECT)
scan_job.save()
scan_job.sources.add(self.source)
# Job in created state
self.assertEqual(scan_job.status, ScanTask.CREATED)
tasks = scan_job.tasks.all()
self.assertEqual(len(tasks), 0)
# Queue job to run
scan_job.queue()
conn_task = scan_job.tasks.first()
conn_results = ConnectionResults(scan_job=scan_job)
conn_results.save()
conn_result = ConnectionResult(source=conn_task.source,
scan_task=conn_task)
conn_result.save()
conn_results.results.add(conn_result)
conn_results.save()
sys_result = SystemConnectionResult(
name='Foo',
credential=self.cred,
status=SystemConnectionResult.SUCCESS)
sys_result.save()
conn_result.systems.add(sys_result)
conn_result.save()
inspect_task = scan_job.tasks.all()[1]
inspect_results = InspectionResults(scan_job=scan_job)
inspect_results.save()
inspect_result = InspectionResult(source=inspect_task.source,
scan_task=inspect_task)
inspect_result.save()
inspect_results.results.add(inspect_result)
inspect_results.save()
sys_result = SystemInspectionResult(
name='Foo', status=SystemConnectionResult.SUCCESS)
sys_result.save()
fact = RawFact(name='foo', value='value')
fact.save()
sys_result.facts.add(fact)
sys_result.save()
inspect_result.systems.add(sys_result)
inspect_result.save()
url = reverse('scanjob-detail', args=(scan_job.id, )) + 'results/'
response = self.client.get(url)
self.assertEqual(response.status_code, status.HTTP_200_OK)
json_response = response.json()
self.assertIn('connection_results', json_response)
self.assertIn('inspection_results', json_response)
self.assertEqual(
json_response, {
'connection_results': {
'scan_job': 1,
'results': []
},
'inspection_results': {
'scan_job': 1,
'results': []
}
})
def parse_vm_props(self, props, host_dict):
"""Parse Virtual Machine properties.
:param props: Array of Dynamic Properties
:param host_dict: Dictionary of host properties
"""
now = datetime.utcnow().strftime('%Y-%m-%d %H:%M:%S')
facts = {}
for prop in props:
if prop.name == 'name':
facts['vm.name'] = prop.val
if prop.name == 'guest.net':
mac_addresses, ip_addresses = get_nics(prop.val)
facts['vm.mac_addresses'] = mac_addresses
facts['vm.ip_addresses'] = ip_addresses
elif prop.name == 'summary.runtime.powerState':
facts['vm.state'] = prop.val
if facts['vm.state'] == 'poweredOn':
facts['vm.last_check_in'] = now
elif prop.name == 'summary.guest.hostName':
facts['vm.dns_name'] = prop.val
elif prop.name == 'summary.config.guestFullName':
facts['vm.os'] = prop.val
elif prop.name == 'summary.config.memorySizeMB':
facts['vm.memory_size'] = int(prop.val / 1024)
elif prop.name == 'summary.config.numCpu':
facts['vm.cpu_count'] = prop.val
elif prop.name == 'summary.config.uuid':
facts['vm.uuid'] = prop.val
elif prop.name == 'runtime.host':
host_facts = host_dict[str(prop.val)]
facts['vm.host.name'] = host_facts['host.name']
facts['vm.host.cpu_cores'] = host_facts['host.cpu_cores']
facts['vm.host.cpu_count'] = host_facts['host.cpu_count']
facts['vm.host.cpu_threads'] = host_facts['host.cpu_threads']
facts['vm.cluster'] = host_facts['host.cluster']
facts['vm.datacenter'] = host_facts['host.datacenter']
vm_name = facts['vm.name']
logger.debug('system %s facts=%s', vm_name, facts)
sys_result = SystemInspectionResult(
name=vm_name,
status=SystemInspectionResult.SUCCESS,
source=self.scan_task.source)
sys_result.save()
for key, val in facts.items():
if val is not None:
final_value = json.dumps(val)
stored_fact = RawFact(name=key, value=final_value)
stored_fact.save()
sys_result.facts.add(stored_fact)
sys_result.save()
self.scan_task.inspection_result.systems.add(sys_result)
self.scan_task.inspection_result.save()
self.scan_task.increment_stats(vm_name, increment_sys_scanned=True)
