def settings_page(request):
historical_setting = utils.get_setting('historical_retention')
historical_setting_form = forms.SettingsHistoricalDataForm(initial={'days': historical_setting})
senddata_setting = utils.get_setting('send_data')
context = {
'user': request.user,
'request': request,
'historical_setting_form': historical_setting_form,
'senddata_setting': senddata_setting}
return render(request, 'server/settings.html', context)
def settings_page(request):
historical_setting = utils.get_setting('historical_retention')
historical_setting_form = forms.SettingsHistoricalDataForm(initial={'days': historical_setting})
senddata_setting = utils.get_setting('send_data')
context = {
'user': request.user,
'request': request,
'historical_setting_form': historical_setting_form,
'senddata_setting': senddata_setting}
return render(request, 'server/settings.html', context)
def machine_detail_facter(request, machine_id, **kwargs):
machine = kwargs['instance']
table_data = []
if machine.facts.count() != 0:
facts = machine.facts.all()
if settings.EXCLUDED_FACTS:
for excluded in settings.EXCLUDED_FACTS:
facts = facts.exclude(fact_name=excluded)
else:
facts = None
if facts:
for fact in facts:
item = {}
item['key'] = fact.fact_name
item['value'] = fact.fact_data
table_data.append(item)
key_header = 'Fact'
value_header = 'Data'
title = 'Facter data for %s' % machine.hostname
page_length = utils.get_setting('datatable_page_length')
c = {
'user': request.user,
'machine': machine,
'table_data': table_data,
'title': title,
'key_header': key_header,
'value_header': value_header,
'page_length': page_length
}
return render(request, 'server/machine_detail_table.html', c)
def machine_detail_conditions(request, machine_id, **kwargs):
machine = kwargs['instance']
table_data = []
if machine.conditions.count() != 0:
conditions = machine.conditions.all()
if settings.EXCLUDED_CONDITIONS:
for excluded in settings.EXCLUDED_CONDITIONS:
conditions = conditions.exclude(condition_name=excluded)
else:
conditions = None
if conditions:
for condition in conditions:
item = {}
item['key'] = condition.condition_name
item['value'] = condition.condition_data
table_data.append(item)
key_header = 'Condition'
value_header = 'Data'
title = 'Munki conditions data for %s' % machine.hostname
page_length = utils.get_setting('datatable_page_length')
c = {
'user': request.user,
'machine': machine,
'table_data': table_data,
'title': title,
'key_header': key_header,
'value_header': value_header,
'page_length': page_length
}
return render(request, 'server/machine_detail_table.html', c)
def machine_detail_facter(request, machine_id, **kwargs):
machine = kwargs['instance']
table_data = []
if machine.facts.count() != 0:
facts = machine.facts.all()
if settings.EXCLUDED_FACTS:
for excluded in settings.EXCLUDED_FACTS:
facts = facts.exclude(fact_name=excluded)
else:
facts = None
if facts:
for fact in facts:
item = {}
item['key'] = fact.fact_name
item['value'] = fact.fact_data
table_data.append(item)
key_header = 'Fact'
value_header = 'Data'
title = 'Facter data for %s' % machine.hostname
page_length = utils.get_setting('datatable_page_length')
c = {
'user': request.user,
'machine': machine,
'table_data': table_data,
'title': title,
'key_header': key_header,
'value_header': value_header,
'page_length': page_length
}
return render(request, 'server/machine_detail_table.html', c)
def machine_detail_conditions(request, machine_id, **kwargs):
machine = kwargs['instance']
table_data = []
if machine.conditions.count() != 0:
conditions = machine.conditions.all()
if settings.EXCLUDED_CONDITIONS:
for excluded in settings.EXCLUDED_CONDITIONS:
conditions = conditions.exclude(condition_name=excluded)
else:
conditions = None
if conditions:
for condition in conditions:
item = {}
item['key'] = condition.condition_name
item['value'] = condition.condition_data
table_data.append(item)
key_header = 'Condition'
value_header = 'Data'
title = 'Munki conditions data for %s' % machine.hostname
page_length = utils.get_setting('datatable_page_length')
c = {
'user': request.user,
'machine': machine,
'table_data': table_data,
'title': title,
'key_header': key_header,
'value_header': value_header,
'page_length': page_length
}
return render(request, 'server/machine_detail_table.html', c)
def index(request):
# Get the current user's Business Units
user = request.user
# Count the number of users. If there is only one, they need to be made a GA
if User.objects.count() == 1:
# The first user created by syncdb won't have a profile. If there isn't
# one, make sure they get one.
try:
profile = UserProfile.objects.get(user=user)
except UserProfile.DoesNotExist:
profile = UserProfile(user=user)
profile.level = ProfileLevel.global_admin
profile.save()
user_is_ga = is_global_admin(user)
if not user_is_ga:
# user has many BU's display them all in a friendly manner
if user.businessunit_set.count() == 0:
c = {
'user': request.user,
}
return render(request, 'server/no_access.html', c)
if user.businessunit_set.count() == 1:
# user only has one BU, redirect to it
return redirect('bu_dashboard',
bu_id=user.businessunit_set.all()[0].id)
# Load in the default plugins if needed
utils.load_default_plugins()
plugins = sal.plugin.PluginManager().get_all_plugins()
reports = utils.get_report_names(plugins)
output = utils.get_plugin_placeholder_markup(plugins)
# If the user is GA level, and hasn't decided on a data sending
# choice, template will reflect this.
data_choice = False if (
user_is_ga and utils.get_setting('send_data') is None) else True
# get the user level - if they're a global admin, show all of the
# machines. If not, show only the machines they have access to
if user_is_ga:
business_units = BusinessUnit.objects.all()
else:
business_units = user.businessunit_set.all()
context = {
'user': request.user,
'business_units': business_units,
'output': output,
'data_setting_decided': data_choice,
'reports': reports
}
context.update(utils.check_version())
return render(request, 'server/index.html', context)
class Meta:
columns = ['hostname', 'serial', 'last_checkin', 'console_user', 'install_count']
labels = {
'hostname': 'Machine', 'serial': 'Serial Number', 'last_checkin': 'Last Checkin',
'console_user': '******'}
processors = {'hostname': 'get_machine_link', 'last_checkin': 'format_date'}
structure_template = 'datatableview/bootstrap_structure.html'
page_length = utils.get_setting('datatable_page_length')
def _get_status_levels(self):
message_values = list(zip(*Message.MESSAGE_TYPES))[0]
# Default to using only the highest severity message.
status_setting = get_setting('MessagesPluginLevel', message_values[0])
if status_setting.upper() not in message_values:
status_setting = message_values[0]
return message_values[:message_values.index(status_setting) + 1]
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 get_context(self, machines, **kwargs):
context = self.super_get_context(machines, **kwargs)
# Remove invalid versions, then annotate with a count.
os_info = (
machines
.exclude(operating_system__isnull=True)
.exclude(operating_system='')
.order_by('operating_system')
.values('operating_system', 'os_family')
.distinct()
.annotate(count=Count('operating_system')))
grouped = defaultdict(list)
for version in os_info:
os_type = OS_TABLE[version['os_family']]
grouped[os_type].append(version)
# print grouped
normalize_chromeos_versions = get_setting('normalize_chromeos_versions')
# print type(normalize_chromeos_versions)
if normalize_chromeos_versions:
chrome_items = []
for chrome_item in grouped['Chrome OS']:
version_array = chrome_item['operating_system'].split('.')
if len(version_array) <= 3:
version_string = chrome_item['operating_system']
else:
version_string = '{}.{}.{}'.format(
version_array[0],
version_array[1],
version_array[2]
)
found = False
for item in chrome_items:
if item['operating_system'] == version_string:
item['count'] = item['count'] + chrome_item['count']
found = True
continue
if not found:
item_to_add = {}
item_to_add['operating_system'] = version_string
item_to_add['os_family'] = 'ChromeOS'
item_to_add['count'] = chrome_item['count']
chrome_items.append(item_to_add)
grouped['Chrome OS'] = chrome_items
# you and your lanbda's @sheacraig...
os_key = lambda x: LooseVersion(x["operating_system"]) # noqa: E731
output = [
(key, sorted(grouped[key], key=os_key, reverse=True)) for key in OS_TABLE.values()]
context['os_info'] = output
return context
def machine_list(request, plugin_name, data, group_type='all', group_id=None):
context = {
'group_type': group_type,
'group_id': group_id,
'plugin_name': plugin_name,
'request': request,
'data': data,
'page_length': utils.get_setting('datatable_page_length')
}
return render(request, 'server/overview_list_all.html', context)
def index(request):
# Get the current user's Business Units
user = request.user
# Count the number of users. If there is only one, they need to be made a GA
if User.objects.count() == 1:
# The first user created by syncdb won't have a profile. If there isn't
# one, make sure they get one.
try:
profile = UserProfile.objects.get(user=user)
except UserProfile.DoesNotExist:
profile = UserProfile(user=user)
profile.level = ProfileLevel.global_admin
profile.save()
user_is_ga = is_global_admin(user)
if not user_is_ga:
# user has many BU's display them all in a friendly manner
if user.businessunit_set.count() == 0:
c = {'user': request.user, }
return render(request, 'server/no_access.html', c)
if user.businessunit_set.count() == 1:
# user only has one BU, redirect to it
return redirect('bu_dashboard', bu_id=user.businessunit_set.all()[0].id)
# Load in the default plugins if needed
utils.load_default_plugins()
plugins = sal.plugin.PluginManager().get_all_plugins()
reports = utils.get_report_names(plugins)
output = utils.get_plugin_placeholder_markup(plugins)
# If the user is GA level, and hasn't decided on a data sending
# choice, template will reflect this.
data_choice = False if (user_is_ga and utils.get_setting('send_data') is None) else True
# get the user level - if they're a global admin, show all of the
# machines. If not, show only the machines they have access to
if user_is_ga:
business_units = BusinessUnit.objects.all()
else:
business_units = user.businessunit_set.all()
context = {
'user': request.user,
'business_units': business_units,
'output': output,
'data_setting_decided': data_choice,
'reports': reports}
context.update(utils.check_version())
return render(request, 'server/index.html', context)
def get_context(self, machines, **kwargs):
context = self.super_get_context(machines, **kwargs)
# Remove invalid versions, then annotate with a count.
os_info = (
machines
.exclude(operating_system__isnull=True)
.exclude(operating_system='')
.order_by('operating_system')
.values('operating_system', 'os_family')
.distinct()
.annotate(count=Count('operating_system')))
grouped = defaultdict(list)
for version in os_info:
os_type = OS_TABLE[version['os_family']]
grouped[os_type].append(version)
normalize_chromeos_versions = get_setting('normalize_chromeos_versions')
if normalize_chromeos_versions:
chrome_items = []
for chrome_item in grouped['Chrome OS']:
version_array = chrome_item['operating_system'].split('.')
if len(version_array) <= 3:
version_string = chrome_item['operating_system']
else:
version_string = '{}.{}.{}'.format(
version_array[0],
version_array[1],
version_array[2]
)
found = False
for item in chrome_items:
if item['operating_system'] == version_string:
item['count'] = item['count'] + chrome_item['count']
found = True
continue
if not found:
item_to_add = {}
item_to_add['operating_system'] = version_string
item_to_add['os_family'] = 'ChromeOS'
item_to_add['count'] = chrome_item['count']
chrome_items.append(item_to_add)
grouped['Chrome OS'] = chrome_items
# you and your lanbda's @sheacraig...
os_key = lambda x: LooseVersion(x["operating_system"]) # noqa: E731
output = [
(key, sorted(grouped[key], key=os_key, reverse=True)) for key in OS_TABLE.values()]
context['os_info'] = output
return context
def get_queryset(self):
queryset = self.filter_queryset_by_group(self.model.objects).distinct()
crufty_bundles = []
# The inventory can be configured to filter bundleids out of
# results by setting the 'inventory_exclusion_pattern' setting
# in the SalSettings table.
# The value of this setting should be a regular expression using
# the python re module's syntax. You may delimit multiple
# patterns with the '|' operator, e.g.:
# 'com\.[aA]dobe.*|com\.apple\..*'
inventory_pattern = utils.get_setting('inventory_exclusion_pattern')
if inventory_pattern:
crufty_bundles.append(inventory_pattern)
# By default, Sal will filter out the apps proxied through
# VMWare and Parallels VMs. If you would like to disable this,
# set the SalSetting 'filter_proxied_virtualization_apps' to
# 'no' or 'false' (it's a string).
if utils.get_setting('filter_proxied_virtualization_apps', True):
# Virtualization proxied apps
crufty_bundles.extend(
["com\.vmware\.proxyApp\..*", "com\.parallels\.winapp\..*"])
# Apple apps that are not generally used by users; currently
# unused, but here for reference.
# apple_cruft_pattern = (r'com.apple.(?!iPhoto)(?!iWork)(?!Aperture)'
# r'(?!iDVD)(?!garageband)(?!iMovieApp)(?!Server)(?!dt\.Xcode).*')
crufty_pattern = '|'.join(crufty_bundles)
if crufty_pattern:
queryset = queryset.exclude(bundleid__regex=crufty_pattern)
return queryset
def get_queryset(self):
queryset = self.filter_queryset_by_group(self.model.objects).distinct()
crufty_bundles = []
# The inventory can be configured to filter bundleids out of
# results by setting the 'inventory_exclusion_pattern' setting
# in the SalSettings table.
# The value of this setting should be a regular expression using
# the python re module's syntax. You may delimit multiple
# patterns with the '|' operator, e.g.:
# 'com\.[aA]dobe.*|com\.apple\..*'
inventory_pattern = utils.get_setting('inventory_exclusion_pattern')
if inventory_pattern:
crufty_bundles.append(inventory_pattern)
# By default, Sal will filter out the apps proxied through
# VMWare and Parallels VMs. If you would like to disable this,
# set the SalSetting 'filter_proxied_virtualization_apps' to
# 'no' or 'false' (it's a string).
if utils.get_setting('filter_proxied_virtualization_apps', True):
# Virtualization proxied apps
crufty_bundles.extend([r"com\.vmware\.proxyApp\..*", r"com\.parallels\.winapp\..*"])
# Apple apps that are not generally used by users; currently
# unused, but here for reference.
# apple_cruft_pattern = (r'com.apple.(?!iPhoto)(?!iWork)(?!Aperture)'
# r'(?!iDVD)(?!garageband)(?!iMovieApp)(?!Server)(?!dt\.Xcode).*')
crufty_pattern = '|'.join(crufty_bundles)
if crufty_pattern:
queryset = queryset.exclude(bundleid__regex=crufty_pattern)
return queryset
def filter(self, machines, data):
try:
os_family, operating_system = data.split('&')
except ValueError:
return None, None
normalize_chromeos_versions = get_setting('normalize_chromeos_versions')
if os_family == 'ChromeOS' and normalize_chromeos_versions:
machines = machines.filter(
operating_system__startswith=operating_system,
os_family=os_family
)
else:
machines = machines.filter(operating_system=operating_system, os_family=os_family)
return machines, 'Machines running {} {}'.format(OS_TABLE[os_family], operating_system)
def filter(self, machines, data):
try:
os_family, operating_system = data.split('&')
except ValueError:
return None, None
normalize_chromeos_versions = get_setting('normalize_chromeos_versions')
if os_family == 'ChromeOS' and normalize_chromeos_versions:
machines = machines.filter(
operating_system__startswith=operating_system,
os_family=os_family
)
else:
machines = machines.filter(operating_system=operating_system, os_family=os_family)
return machines, 'Machines running {} {}'.format(OS_TABLE[os_family], operating_system)
def machine_list(request, plugin_name, data, group_type='all', group_id=None):
plugin_object = process_plugin(request, plugin_name, group_type, group_id)
# queryset = plugin_object.get_queryset(request, group_type=group_type, group_id=group_id)
# Plugin will raise 404 if bad `data` is passed.
machines, title = plugin_object.filter_machines(Machine.objects.none(), data)
context = {
'group_type': group_type,
'group_id': group_id,
'plugin_name': plugin_name,
'machines': machines,
'title': title,
'request': request,
'data': data,
'page_length': utils.get_setting('datatable_page_length')}
return render(request, 'server/overview_list_all.html', context)
def machine_list(request, plugin_name, data, group_type='all', group_id=None):
plugin_object = process_plugin(plugin_name, group_type, group_id)
# Plugin will raise 404 if bad `data` is passed.
machines, title = plugin_object.filter_machines(Machine.objects.none(),
data)
context = {
'group_type': group_type,
'group_id': group_id,
'plugin_name': plugin_name,
'machines': machines,
'title': title,
'request': request,
'data': data,
'page_length': utils.get_setting('datatable_page_length')
}
return render(request, 'server/overview_list_all.html', context)
def get_context(self, queryset, **kwargs):
context = self.super_get_context(queryset, **kwargs)
ip_address = ""
if queryset.conditions.count() > 0:
try:
ip_addresses = queryset.conditions.get(
condition_name="ipv4_address").condition_data
# Machines may have multiple IPs. Just use the first.
ip_address = ip_addresses.split(",")[0]
except Machine.DoesNotExist:
pass
context['ssh_account'] = get_setting(name='ssh_account', default='').replace('@', '')
context["ssh_url"] = "ssh://{}{}".format(context['ssh_account'], ip_address)
context["vnc_url"] = "vnc://{}{}".format(context['ssh_account'], ip_address)
return context
def get_context(self, queryset, **kwargs):
context = self.super_get_context(queryset, **kwargs)
try:
count_threshold = int(get_setting('MessagesPluginThreshold', DEFAULT_THRESHOLD))
except ValueError:
count_threshold = DEFAULT_THRESHOLD
messages = (
Message
.objects
.filter(machine__in=queryset, message_type__in=self._get_status_levels())
.values('text', 'message_type')
.annotate(count=Count('text'))
.filter(count__gte=count_threshold)
.order_by('message_type', 'count'))
context['data'] = messages
return context
def machine_detail_facts(request, machine_id, management_source, **kwargs):
machine = kwargs['instance']
if machine.facts.count() != 0:
facts = machine.facts.filter(management_source__name=management_source)
if settings.EXCLUDED_FACTS:
facts = facts.exclude(fact_name__in=settings.EXCLUDED_FACTS)
else:
facts = None
title = f'{management_source} Facts for {machine.hostname}'
context = {
'user': request.user,
'machine': machine,
'fact_sources': get_fact_sources(machine),
'table_data': facts,
'title': title,
'page_length': utils.get_setting('datatable_page_length')
}
return render(request, 'server/machine_detail_facts.html', context)
def get_context(self, queryset, **kwargs):
context = self.super_get_context(queryset, **kwargs)
ip_address = ""
if queryset.conditions.count() > 0:
try:
ip_addresses = queryset.conditions.get(
condition_name="ipv4_address").condition_data
# Machines may have multiple IPs. Just use the first.
ip_address = ip_addresses.split(",")[0]
except Machine.DoesNotExist:
pass
account = get_setting(name='ssh_account', default='').strip()
context['ssh_account'] = account
delimiter = '' if not account else '@'
context["ssh_url"] = "ssh://{}{}{}".format(account, delimiter, ip_address)
context["vnc_url"] = "vnc://{}{}{}".format(account, delimiter, ip_address)
return context
def get_context(self, machine, **kwargs):
context = defaultdict(str)
context['title'] = self.description
crypt_url = utils.get_setting('crypt_url', None)
machine_url = crypt_url
if crypt_url:
crypt_url = crypt_url.rstrip()
if crypt_url:
try:
verify = settings.ROOT_CA
except AttributeError:
verify = True
request_url = '{}/verify/{}/recovery_key/'.format(
crypt_url, machine.serial)
output = None
machine_url = crypt_url
try:
response = requests.get(request_url, verify=verify)
if response.status_code == requests.codes.ok:
output = response.json()
# Have template link to machine info page rather
# than Crypt root.
machine_url = '{}/info/{}'.format(crypt_url,
machine.serial)
except RequestException:
# Either there was an error or the machine hasn't been
# seen.
pass
if output:
context['escrowed'] = output['escrowed']
if output['escrowed']:
context['date_escrowed'] = parse_datetime(
output['date_escrowed'])
context['crypt_url'] = machine_url
return context
def get_context(self, queryset, **kwargs):
context = self.super_get_context(queryset, **kwargs)
ip_address = ""
if queryset.facts.count() > 0:
try:
ip_addresses = queryset.facts.get(
fact_name="ipv4_address").fact_data
# Machines may have multiple IPs. Just use the first.
ip_address = ip_addresses.split(",")[0]
except Fact.DoesNotExist:
pass
account = get_setting(name='ssh_account', default='').strip()
context['ssh_account'] = account
delimiter = '' if not account else '@'
context["ssh_url"] = "ssh://{}{}{}".format(account, delimiter,
ip_address)
context["vnc_url"] = "vnc://{}{}{}".format(account, delimiter,
ip_address)
return context
def get_context(self, machine, **kwargs):
context = defaultdict(str)
context['title'] = self.description
crypt_url = utils.get_setting('crypt_url', None)
machine_url = crypt_url
if crypt_url:
crypt_url = crypt_url.rstrip()
if crypt_url:
try:
verify = settings.ROOT_CA
except AttributeError:
verify = True
request_url = '{}/verify/{}/recovery_key/'.format(crypt_url, machine.serial)
output = None
machine_url = crypt_url
try:
response = requests.get(request_url, verify=verify)
if response.status_code == requests.codes.ok:
output = response.json()
# Have template link to machine info page rather
# than Crypt root.
machine_url = '{}/info/{}'.format(crypt_url, machine.serial)
except RequestException:
# Either there was an error or the machine hasn't been
# seen.
pass
if output:
context['escrowed'] = output['escrowed']
if output['escrowed']:
context['date_escrowed'] = parse_datetime(output['date_escrowed'])
context['crypt_url'] = machine_url
return context
def checkin(request):
data = request.POST
# Take out some of the weird junk VMware puts in. Keep an eye out in case
# Apple actually uses these:
serial = data.get('serial', '').upper().translate(SERIAL_TRANSLATE)
# Are we using Sal for some sort of inventory (like, I don't know, Puppet?)
if utils.get_django_setting('ADD_NEW_MACHINES', True):
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)
machine_group_key = data.get('key')
if machine_group_key in (None, 'None'):
machine_group_key = utils.get_django_setting('DEFAULT_MACHINE_GROUP_KEY')
machine.machine_group = get_object_or_404(MachineGroup, key=machine_group_key)
machine.last_checkin = django.utils.timezone.now()
machine.hostname = data.get('name', '<NO NAME>')
machine.sal_version = data.get('sal_version')
if utils.get_django_setting('DEPLOYED_ON_CHECKIN', True):
machine.deployed = True
if bool(data.get('broken_client', False)):
machine.broken_client = True
machine.save()
return HttpResponse("Broken Client report submmitted for %s" % data.get('serial'))
report = None
# Find the report in the submitted data. It could be encoded
# and/or compressed with base64 and bz2.
for key in ('bz2report', 'base64report', 'base64bz2report'):
if key in data:
encoded_report = data[key]
report = text_utils.decode_to_string(encoded_report, compression=key)
break
machine.report = report
if not report:
machine.activity = False
machine.errors = machine.warnings = 0
return
report_data = plistlib.readPlistFromString(report)
if report_data.get('ConsoleUser') and report_data.get('ConsoleUser') != '_mbsetupuser':
machine.console_user = report_data.get('ConsoleUser')
elif data.get('username') and data.get('username') != '_mbsetupuser':
machine.console_user = data.get('username')
else:
machine.console_user = None
activity_keys = ('AppleUpdates', 'InstallResults', 'RemovalResults')
machine.activity = any(report_data.get(s) for s in activity_keys)
# Check errors and warnings.
machine.errors = len(report_data.get("Errors", []))
machine.warnings = len(report_data.get("Warnings", []))
machine.puppet_version = report_data.get('Puppet_Version')
machine.manifest = report_data.get('ManifestName')
machine.munki_version = report_data.get('ManagedInstallVersion')
puppet = report_data.get('Puppet', {})
if 'time' in puppet:
last_run_epoch = float(puppet['time']['last_run'])
machine.last_puppet_run = datetime.fromtimestamp(last_run_epoch, tz=pytz.UTC)
if 'events' in puppet:
machine.puppet_errors = puppet['events']['failure']
# Handle gosal submissions slightly differently from others.
machine.os_family = (
report_data['OSFamily'] if 'OSFamily' in report_data else report_data.get('os_family'))
machine_info = report_data.get('MachineInfo', {})
if 'os_vers' in machine_info:
machine.operating_system = machine_info['os_vers']
# macOS major OS updates don't have a minor version, so add one.
if len(machine.operating_system) <= 4 and machine.os_family == 'Darwin':
machine.operating_system = machine.operating_system + '.0'
else:
# Handle gosal and missing os_vers cases.
machine.operating_system = machine_info.get('OSVers')
# TODO: These should be a number type.
# TODO: Cleanup all of the casting to str if we make a number.
machine.hd_space = report_data.get('AvailableDiskSpace', '0')
machine.hd_total = data.get('disk_size', '0')
space = float(machine.hd_space)
total = float(machine.hd_total)
if space == float(0) or total == float(0):
machine.hd_percent = '0'
else:
try:
machine.hd_percent = str(int((total - space) / total * 100))
except ZeroDivisionError:
machine.hd_percent = '0'
# Get macOS System Profiler hardware info.
# Older versions use `HardwareInfo` key, so start there.
hwinfo = machine_info.get('HardwareInfo', {})
if not hwinfo:
for profile in machine_info.get('SystemProfile', []):
if profile['_dataType'] == 'SPHardwareDataType':
hwinfo = profile._items[0]
break
if hwinfo:
key_style = 'old' if 'MachineModel' in hwinfo else 'new'
machine.machine_model = hwinfo.get(MACHINE_KEYS['machine_model'][key_style])
machine.machine_model_friendly = machine_info.get('machine_model_friendly', '')
machine.cpu_type = hwinfo.get(MACHINE_KEYS['cpu_type'][key_style])
machine.cpu_speed = hwinfo.get(MACHINE_KEYS['cpu_speed'][key_style])
machine.memory = hwinfo.get(MACHINE_KEYS['memory'][key_style])
machine.memory_kb = process_memory(machine)
# 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
machine.save()
historical_days = utils.get_setting('historical_retention')
now = django.utils.timezone.now()
datelimit = now - timedelta(days=historical_days)
# Process plugin scripts.
# Clear out too-old plugin script submissions first.
PluginScriptSubmission.objects.filter(recorded__lt=datelimit).delete()
utils.process_plugin_script(report_data.get('Plugin_Results', []), machine)
process_managed_items(machine, report_data, data.get('uuid'), now, datelimit)
process_facts(machine, report_data, datelimit)
process_conditions(machine, report_data)
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
utils.send_report()
return HttpResponse("Sal report submmitted for %s" % data.get('name'))
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 checkin(request):
data = request.POST
# Take out some of the weird junk VMware puts in. Keep an eye out in case
# Apple actually uses these:
serial = data.get('serial', '').upper().translate(SERIAL_TRANSLATE)
# Are we using Sal for some sort of inventory (like, I don't know, Puppet?)
if utils.get_django_setting('ADD_NEW_MACHINES', True):
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)
machine_group_key = data.get('key')
if machine_group_key in (None, 'None'):
machine_group_key = utils.get_django_setting('DEFAULT_MACHINE_GROUP_KEY')
machine.machine_group = get_object_or_404(MachineGroup, key=machine_group_key)
machine.last_checkin = django.utils.timezone.now()
machine.hostname = data.get('name', '<NO NAME>')
machine.sal_version = data.get('sal_version')
if utils.get_django_setting('DEPLOYED_ON_CHECKIN', True):
machine.deployed = True
if bool(data.get('broken_client', False)):
machine.broken_client = True
machine.save()
return HttpResponse("Broken Client report submmitted for %s" % data.get('serial'))
report = None
# Find the report in the submitted data. It could be encoded
# and/or compressed with base64 and bz2.
for key in ('bz2report', 'base64report', 'base64bz2report'):
if key in data:
encoded_report = data[key]
report = text_utils.decode_to_string(encoded_report, compression=key)
break
machine.report = report
if not report:
machine.activity = False
machine.errors = machine.warnings = 0
return
report_data = plistlib.readPlistFromString(report)
if report_data.get('ConsoleUser') and report_data.get('ConsoleUser') != '_mbsetupuser':
machine.console_user = report_data.get('ConsoleUser')
elif data.get('username') and data.get('username') != '_mbsetupuser':
machine.console_user = data.get('username')
else:
machine.console_user = None
activity_keys = ('AppleUpdates', 'InstallResults', 'RemovalResults')
machine.activity = any(report_data.get(s) for s in activity_keys)
# Check errors and warnings.
machine.errors = len(report_data.get("Errors", []))
machine.warnings = len(report_data.get("Warnings", []))
machine.puppet_version = report_data.get('Puppet_Version')
machine.manifest = report_data.get('ManifestName')
machine.munki_version = report_data.get('ManagedInstallVersion')
puppet = report_data.get('Puppet', {})
if 'time' in puppet:
last_run_epoch = float(puppet['time']['last_run'])
machine.last_puppet_run = datetime.fromtimestamp(last_run_epoch, tz=pytz.UTC)
if 'events' in puppet:
machine.puppet_errors = puppet['events']['failure']
# Handle gosal submissions slightly differently from others.
machine.os_family = (
report_data['OSFamily'] if 'OSFamily' in report_data else report_data.get('os_family'))
machine_info = report_data.get('MachineInfo', {})
if 'os_vers' in machine_info:
machine.operating_system = machine_info['os_vers']
# macOS major OS updates don't have a minor version, so add one.
if len(machine.operating_system) <= 4 and machine.os_family == 'Darwin':
machine.operating_system = machine.operating_system + '.0'
else:
# Handle gosal and missing os_vers cases.
machine.operating_system = machine_info.get('OSVers')
# TODO: These should be a number type.
# TODO: Cleanup all of the casting to str if we make a number.
machine.hd_space = report_data.get('AvailableDiskSpace', '0')
machine.hd_total = data.get('disk_size', '0')
space = float(machine.hd_space)
total = float(machine.hd_total)
if space == float(0) or total == float(0):
machine.hd_percent = '0'
else:
try:
machine.hd_percent = str(int((total - space) / total * 100))
except ZeroDivisionError:
machine.hd_percent = '0'
# Get macOS System Profiler hardware info.
# Older versions use `HardwareInfo` key, so start there.
hwinfo = machine_info.get('HardwareInfo', {})
if not hwinfo:
for profile in machine_info.get('SystemProfile', []):
if profile['_dataType'] == 'SPHardwareDataType':
hwinfo = profile._items[0]
break
if hwinfo:
key_style = 'old' if 'MachineModel' in hwinfo else 'new'
machine.machine_model = hwinfo.get(MACHINE_KEYS['machine_model'][key_style])
machine.machine_model_friendly = machine_info.get('machine_model_friendly', '')
machine.cpu_type = hwinfo.get(MACHINE_KEYS['cpu_type'][key_style])
machine.cpu_speed = hwinfo.get(MACHINE_KEYS['cpu_speed'][key_style])
machine.memory = hwinfo.get(MACHINE_KEYS['memory'][key_style])
machine.memory_kb = process_memory(machine)
# 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
machine.save()
historical_days = utils.get_setting('historical_retention')
now = django.utils.timezone.now()
datelimit = now - timedelta(days=historical_days)
# Process plugin scripts.
# Clear out too-old plugin script submissions first.
PluginScriptSubmission.objects.filter(recorded__lt=datelimit).delete()
utils.process_plugin_script(report_data.get('Plugin_Results', []), machine)
process_managed_items(machine, report_data, data.get('uuid'), now, datelimit)
process_facts(machine, report_data, datelimit)
process_conditions(machine, report_data)
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
utils.send_report()
return HttpResponse("Sal report submmitted for %s" % data.get('name'))
class Meta:
columns = ['name', 'bundleid', 'bundlename', 'install_count']
labels = {'bundleid': 'Bundle ID', 'bundlename': 'Bundle Name'}
processors = {'name': 'link_to_detail'}
structure_template = 'datatableview/bootstrap_structure.html'
page_length = utils.get_setting('datatable_page_length')
