def update_notify_date(request, length='never'):
# Don't notify about a new version until there is a new one
version_report = utils.check_version()
if version_report['new_version_available']:
if isinstance(length, int):
next_notify_date = utils.get_setting('next_notify_date', time.time()) + length
else:
next_notify_date = length
utils.set_setting('next_notify_date', next_notify_date)
def update_notify_date(request, length='never'):
# Don't notify about a new version until there is a new one
version_report = utils.check_version()
if version_report['new_version_available']:
if isinstance(length, int):
next_notify_date = utils.get_setting('next_notify_date', time.time()) + length
else:
next_notify_date = length
utils.set_setting('next_notify_date', next_notify_date)
def settings_historical_data(request):
if request.method == 'POST':
form = forms.SettingsHistoricalDataForm(request.POST)
if form.is_valid():
utils.set_setting('historical_retention', form.cleaned_data['days'])
messages.success(request, 'Data retention settings saved.')
return redirect('settings_page')
else:
return redirect('settings_page')
def settings_historical_data(request):
if request.method == 'POST':
form = forms.SettingsHistoricalDataForm(request.POST)
if form.is_valid():
utils.set_setting('historical_retention', form.cleaned_data['days'])
messages.success(request, 'Data retention settings saved.')
return redirect('settings_page')
else:
return redirect('settings_page')
def senddata_disable(request):
utils.set_setting('send_data', False)
return HttpResponseRedirect(request.META.get('HTTP_REFERER'))
def checkin(request):
if request.method != 'POST':
print 'not post data'
return HttpResponseNotFound('No POST data sent')
data = request.POST
key = data.get('key')
uuid = data.get('uuid')
serial = data.get('serial')
serial = serial.upper()
broken_client = data.get('broken_client', False)
# Take out some of the weird junk VMware puts in. Keep an eye out in case
# Apple actually uses these:
serial = serial.replace('/', '')
serial = serial.replace('+', '')
# Are we using Sal for some sort of inventory (like, I don't know, Puppet?)
try:
add_new_machines = settings.ADD_NEW_MACHINES
except Exception:
add_new_machines = True
if add_new_machines:
# look for serial number - if it doesn't exist, create one
if serial:
try:
machine = Machine.objects.get(serial=serial)
except Machine.DoesNotExist:
machine = Machine(serial=serial)
else:
machine = get_object_or_404(Machine, serial=serial)
try:
deployed_on_checkin = settings.DEPLOYED_ON_CHECKIN
except Exception:
deployed_on_checkin = True
if key is None or key == 'None':
try:
key = settings.DEFAULT_MACHINE_GROUP_KEY
except Exception:
pass
machine_group = get_object_or_404(MachineGroup, key=key)
machine.machine_group = machine_group
machine.last_checkin = django.utils.timezone.now()
if bool(broken_client):
machine.broken_client = True
machine.save()
return HttpResponse("Broken Client report submmitted for %s" %
data.get('serial'))
else:
machine.broken_client = False
historical_days = utils.get_setting('historical_retention')
machine.hostname = data.get('name', '<NO NAME>')
if 'username' in data:
if data.get('username') != '_mbsetupuser':
machine.console_user = data.get('username')
if 'base64bz2report' in data:
machine.update_report(data.get('base64bz2report'))
if 'base64report' in data:
machine.update_report(data.get('base64report'), 'base64')
if 'sal_version' in data:
machine.sal_version = data.get('sal_version')
# extract machine data from the report
report_data = machine.get_report()
if 'Puppet_Version' in report_data:
machine.puppet_version = report_data['Puppet_Version']
if 'ManifestName' in report_data:
manifest = report_data['ManifestName']
machine.manifest = manifest
if 'MachineInfo' in report_data:
machine.operating_system = report_data['MachineInfo'].get(
'os_vers', 'UNKNOWN')
# some machines are reporting 10.9, some 10.9.0 - make them the same
if len(machine.operating_system) <= 4:
machine.operating_system = machine.operating_system + '.0'
# if gosal is the sender look for OSVers key
if 'OSVers' in report_data['MachineInfo']:
machine.operating_system = report_data['MachineInfo'].get('OSVers')
machine.hd_space = report_data.get('AvailableDiskSpace') or 0
machine.hd_total = int(data.get('disk_size')) or 0
if machine.hd_total == 0:
machine.hd_percent = 0
else:
machine.hd_percent = int(
round(((float(machine.hd_total) - float(machine.hd_space)) /
float(machine.hd_total)) * 100))
machine.munki_version = report_data.get('ManagedInstallVersion') or 0
hwinfo = {}
# macOS System Profiler
if 'SystemProfile' in report_data.get('MachineInfo', []):
for profile in report_data['MachineInfo']['SystemProfile']:
if profile['_dataType'] == 'SPHardwareDataType':
hwinfo = profile._items[0]
break
if 'HardwareInfo' in report_data.get('MachineInfo', []):
hwinfo = report_data['MachineInfo']['HardwareInfo']
if 'Puppet' in report_data:
puppet = report_data.get('Puppet')
if 'time' in puppet:
machine.last_puppet_run = datetime.fromtimestamp(
float(puppet['time']['last_run']))
if 'events' in puppet:
machine.puppet_errors = puppet['events']['failure']
if hwinfo:
# setup vars for hash keys we might get sent
if 'MachineModel' in hwinfo:
var_machine_model = 'MachineModel'
var_cpu_type = 'CPUType'
var_cpu_speed = 'CurrentProcessorSpeed'
var_memory = 'PhysicalMemory'
else:
var_machine_model = 'machine_model'
var_cpu_type = 'cpu_type'
var_cpu_speed = 'current_processor_speed'
var_memory = 'physical_memory'
machine.machine_model = hwinfo.get(var_machine_model)
machine.cpu_type = hwinfo.get(var_cpu_type)
machine.cpu_speed = hwinfo.get(var_cpu_speed)
machine.memory = hwinfo.get(var_memory)
if hwinfo.get(var_memory)[-2:] == 'KB':
machine.memory_kb = int(hwinfo.get(var_memory)[:-3])
if hwinfo.get(var_memory)[-2:] == 'MB':
memory_mb = float(hwinfo.get(var_memory)[:-3])
machine.memory_kb = int(memory_mb * 1024)
if hwinfo.get(var_memory)[-2:] == 'GB':
memory_gb = float(hwinfo.get(var_memory)[:-3])
machine.memory_kb = int(memory_gb * 1024 * 1024)
if hwinfo.get(var_memory)[-2:] == 'TB':
memory_tb = float(hwinfo.get(var_memory)[:-3])
machine.memory_kb = int(memory_tb * 1024 * 1024 * 1024)
if 'os_family' in report_data:
machine.os_family = report_data['os_family']
# support golang strict structure
if 'OSFamily' in report_data:
machine.os_family = report_data['OSFamily']
if not machine.machine_model_friendly:
try:
machine.machine_model_friendly = utils.friendly_machine_model(
machine)
except Exception:
machine.machine_model_friendly = machine.machine_model
if deployed_on_checkin is True:
machine.deployed = True
machine.save()
# If Plugin_Results are in the report, handle them
try:
datelimit = django.utils.timezone.now() - timedelta(
days=historical_days)
PluginScriptSubmission.objects.filter(recorded__lt=datelimit).delete()
except Exception:
pass
if 'Plugin_Results' in report_data:
utils.process_plugin_script(report_data.get('Plugin_Results'), machine)
# Remove existing PendingUpdates for the machine
machine.pending_updates.all().delete()
now = django.utils.timezone.now()
if 'ItemsToInstall' in report_data:
pending_update_to_save = []
update_history_item_to_save = []
for update in report_data.get('ItemsToInstall'):
display_name = update.get('display_name', update['name'])
update_name = update.get('name')
version = str(update['version_to_install'])
if version:
pending_update = PendingUpdate(machine=machine,
display_name=display_name,
update_version=version,
update=update_name)
if IS_POSTGRES:
pending_update_to_save.append(pending_update)
else:
pending_update.save()
# Let's handle some of those lovely pending installs into the UpdateHistory Model
try:
update_history = UpdateHistory.objects.get(
name=update_name,
version=version,
machine=machine,
update_type='third_party')
except UpdateHistory.DoesNotExist:
update_history = UpdateHistory(name=update_name,
version=version,
machine=machine,
update_type='third_party')
update_history.save()
if not update_history.pending_recorded:
update_history_item = UpdateHistoryItem(
update_history=update_history,
status='pending',
recorded=now,
uuid=uuid)
update_history.pending_recorded = True
update_history.save()
if IS_POSTGRES:
update_history_item_to_save.append(update_history_item)
else:
update_history_item.save()
if IS_POSTGRES:
PendingUpdate.objects.bulk_create(pending_update_to_save)
UpdateHistoryItem.objects.bulk_create(update_history_item_to_save)
machine.installed_updates.all().delete()
if 'ManagedInstalls' in report_data:
# Due to a quirk in how Munki 3 processes updates with dependencies,
# it's possible to have multiple entries in the ManagedInstalls list
# that share an update_name and installed_version. This causes an
# IntegrityError in Django since (machine_id, update, update_version)
# must be unique.Until/(unless!) this is addressed in Munki, we need to
# be careful to not add multiple items with the same name and version.
# We'll store each (update_name, version) combo as we see them.
seen_names_and_versions = []
installed_updates_to_save = []
for update in report_data.get('ManagedInstalls'):
display_name = update.get('display_name', update['name'])
update_name = update.get('name')
version = str(update.get('installed_version', 'UNKNOWN'))
installed = update.get('installed')
if (update_name, version) not in seen_names_and_versions:
seen_names_and_versions.append((update_name, version))
if (version != 'UNKNOWN' and version is not None
and len(version) != 0):
installed_update = InstalledUpdate(
machine=machine,
display_name=display_name,
update_version=version,
update=update_name,
installed=installed)
if IS_POSTGRES:
installed_updates_to_save.append(installed_update)
else:
installed_update.save()
if IS_POSTGRES:
InstalledUpdate.objects.bulk_create(installed_updates_to_save)
# Remove existing PendingAppleUpdates for the machine
machine.pending_apple_updates.all().delete()
if 'AppleUpdates' in report_data:
for update in report_data.get('AppleUpdates'):
display_name = update.get('display_name', update['name'])
update_name = update.get('name')
version = str(update['version_to_install'])
try:
pending_update = PendingAppleUpdate.objects.get(
machine=machine,
display_name=display_name,
update_version=version,
update=update_name)
except PendingAppleUpdate.DoesNotExist:
pending_update = PendingAppleUpdate(machine=machine,
display_name=display_name,
update_version=version,
update=update_name)
pending_update.save()
# Let's handle some of those lovely pending installs into the UpdateHistory Model
try:
update_history = UpdateHistory.objects.get(name=update_name,
version=version,
machine=machine,
update_type='apple')
except UpdateHistory.DoesNotExist:
update_history = UpdateHistory(name=update_name,
version=version,
machine=machine,
update_type='apple')
update_history.save()
if not update_history.pending_recorded:
update_history_item = UpdateHistoryItem(
update_history=update_history,
status='pending',
recorded=now,
uuid=uuid)
update_history_item.save()
update_history.pending_recorded = True
update_history.save()
# if Facter data is submitted, we need to first remove any existing facts for this machine
if IS_POSTGRES:
# If we are using postgres, we can just dump them all and do a bulk create
if 'Facter' in report_data:
facts = machine.facts.all().delete()
try:
datelimit = django.utils.timezone.now() - timedelta(
days=historical_days)
HistoricalFact.objects.filter(
fact_recorded__lt=datelimit).delete()
except Exception:
pass
try:
historical_facts = settings.HISTORICAL_FACTS
except Exception:
historical_facts = []
pass
facts_to_be_created = []
historical_facts_to_be_created = []
for fact_name, fact_data in report_data['Facter'].iteritems():
skip = False
if hasattr(settings, 'IGNORE_FACTS'):
for prefix in settings.IGNORE_FACTS:
if fact_name.startswith(prefix):
skip = True
if skip:
continue
facts_to_be_created.append(
Fact(machine=machine,
fact_data=fact_data,
fact_name=fact_name))
if fact_name in historical_facts:
historical_facts_to_be_created.append(
HistoricalFact(machine=machine,
fact_data=fact_data,
fact_name=fact_name))
Fact.objects.bulk_create(facts_to_be_created)
if len(historical_facts_to_be_created) != 0:
HistoricalFact.objects.bulk_create(
historical_facts_to_be_created)
else:
if 'Facter' in report_data:
facts = machine.facts.all()
for fact in facts:
skip = False
if hasattr(settings, 'IGNORE_FACTS'):
for prefix in settings.IGNORE_FACTS:
if fact.fact_name.startswith(prefix):
skip = True
fact.delete()
break
if not skip:
continue
found = False
for fact_name, fact_data in report_data['Facter'].iteritems():
if fact.fact_name == fact_name:
found = True
break
if not found:
fact.delete()
# Delete old historical facts
try:
datelimit = django.utils.timezone.now() - timedelta(
days=historical_days)
HistoricalFact.objects.filter(
fact_recorded__lt=datelimit).delete()
except Exception:
pass
try:
historical_facts = settings.HISTORICAL_FACTS
except Exception:
historical_facts = []
pass
# now we need to loop over the submitted facts and save them
facts = machine.facts.all()
for fact_name, fact_data in report_data['Facter'].iteritems():
if machine.os_family == 'Windows':
# We had a little trouble parsing out facts on Windows, clean up here
if fact_name.startswith('value=>'):
fact_name = fact_name.replace('value=>', '', 1)
# does fact exist already?
found = False
skip = False
if hasattr(settings, 'IGNORE_FACTS'):
for prefix in settings.IGNORE_FACTS:
if fact_name.startswith(prefix):
skip = True
break
if skip:
continue
for fact in facts:
if fact_name == fact.fact_name:
# it exists, make sure it's got the right info
found = True
if fact_data == fact.fact_data:
# it's right, break
break
else:
fact.fact_data = fact_data
fact.save()
break
if not found:
fact = Fact(machine=machine,
fact_data=fact_data,
fact_name=fact_name)
fact.save()
if fact_name in historical_facts:
fact = HistoricalFact(machine=machine,
fact_name=fact_name,
fact_data=fact_data,
fact_recorded=datetime.now())
fact.save()
if IS_POSTGRES:
if 'Conditions' in report_data:
machine.conditions.all().delete()
conditions_to_be_created = []
for condition_name, condition_data in report_data[
'Conditions'].iteritems():
# Skip the conditions that come from facter
if 'Facter' in report_data and condition_name.startswith(
'facter_'):
continue
condition_data = text_utils.stringify(condition_data)
conditions_to_be_created.append(
Condition(machine=machine,
condition_name=condition_name,
condition_data=text_utils.safe_unicode(
condition_data)))
Condition.objects.bulk_create(conditions_to_be_created)
else:
if 'Conditions' in report_data:
conditions = machine.conditions.all()
for condition in conditions:
found = False
for condition_name, condition_data in report_data[
'Conditions'].iteritems():
if condition.condition_name == condition_name:
found = True
break
if found is False:
condition.delete()
conditions = machine.conditions.all()
for condition_name, condition_data in report_data[
'Conditions'].iteritems():
# Skip the conditions that come from facter
if 'Facter' in report_data and condition_name.startswith(
'facter_'):
continue
# if it's a list (more than one result),
# we're going to conacetnate it into one comma separated string.
condition_data = text_utils.stringify(condition_data)
found = False
for condition in conditions:
if condition_name == condition.condition_name:
# it exists, make sure it's got the right info
found = True
if condition_data == condition.condition_data:
# it's right, break
break
else:
condition.condition_data = condition_data
condition.save()
break
if found is False:
condition = Condition(
machine=machine,
condition_name=condition_name,
condition_data=text_utils.safe_unicode(condition_data))
condition.save()
utils.run_plugin_processing(machine, report_data)
if utils.get_setting('send_data') in (None, True):
# If setting is None, it hasn't been configured yet; assume True
current_version = utils.send_report()
else:
current_version = utils.get_current_release_version_number()
if current_version:
utils.set_setting('current_version', current_version)
return HttpResponse("Sal report submmitted for %s" % data.get('name'))
def senddata_disable(request):
utils.set_setting('send_data', False)
return HttpResponseRedirect(request.META.get('HTTP_REFERER'))