from mountain.core.utils import MessageType, hash_types
CHARS = string.ascii_letters + string.digits + string.punctuation
def handle_registration(sender, computer, request_data, msg_data, **kwargs):
try:
company = Company.objects.get(account_name=msg_data['account_name'])
except Company.DoesNotExist:
return [{'type':'registration', 'info':'unknown-account'}]
if msg_data['registration_password'] != company.registration_password:
return [{'type':'registration', 'info':'unknown-account'}]
comp = Computer()
comp.hostname = msg_data['hostname']
comp.company = company
comp.computer_title = msg_data['computer_title']
comp.secure_id = ''.join([choice(CHARS) for i in range(1600)])
comp.insecure_id = str(uuid.uuid4())
comp.client_accepted_types_hash = \
hash_types(request_data['client-accepted-types']).encode('hex')
comp.save()
comp.tags.set(*parse_tags(msg_data['tags']))
return [{'type':'set-id', 'id':comp.secure_id,
'insecure-id':comp.insecure_id}]
message_available.connect(handle_registration, sender=MessageType("register"))
from mountain.core.signals import message_available
from mountain.core.utils import MessageType
from mountain.monitor.models import ProcessorInfo
def handle_proc_info(sender, computer, request_data, msg_data, **kwargs):
ProcessorInfo.objects.filter(computer=computer).delete()
for p in msg_data['processors']:
p_info = ProcessorInfo(computer=computer,
processor_id=p['processor-id'],
model=p['model'])
for i in ['cache-size', 'vendor']:
if p.get(i):
setattr(p_info, i.replace('-', '_'), p.get(i))
p_info.save()
return []
message_available.connect(handle_proc_info,
sender=MessageType('processor-info'))
from mountain.core.signals import message_available
from mountain.core.utils import MessageType
from mountain.monitor.models import ProcessorInfo
def handle_proc_info(sender, computer, request_data, msg_data, **kwargs):
ProcessorInfo.objects.filter(computer=computer).delete()
for p in msg_data['processors']:
p_info = ProcessorInfo(computer=computer,
processor_id=p['processor-id'],
model=p['model'])
for i in ['cache-size', 'vendor']:
if p.get(i):
setattr(p_info, i.replace('-', '_'), p.get(i))
p_info.save()
return []
message_available.connect(handle_proc_info,
sender=MessageType('processor-info'))
def handle_packages(sender, computer, request_data, msg_data, **kwargs):
for status in ('installed', 'available', 'available-upgrades', 'locked'):
ids = []
remove_ids = []
for remove in (False, True):
s = status if not remove else 'not-%s' % status
for id_or_range in msg_data.get(s, []):
ids_ = ids if not remove else remove_ids
if isinstance(id_or_range, tuple):
ids_.extend(range(id_or_range[0], id_or_range[1] + 1))
else:
ids_.append(id_or_range)
for id in ids:
PackageStatus.objects.create(computer=computer,
package_id=id,
status=STATUS_TO_ID[status])
if remove_ids:
PackageStatus.objects.delete(computer=computer,
package_id__in=remove_ids)
return []
message_available.connect(handle_unknown_hashes,
sender=MessageType('unknown-package-hashes'))
message_available.connect(handle_add_packages,
sender=MessageType('add-packages'))
message_available.connect(handle_packages, sender=MessageType('packages'))
from mountain.core.signals import message_available
from mountain.core.utils import MessageType
from mountain.monitor.models import ComputerInfo
def handle_computer_info(sender, computer, request_data, msg_data, **kwargs):
comp_info, created = ComputerInfo.objects.get_or_create(computer=computer)
for i in ['total-memory', 'total-swap', 'hostname']:
setattr(comp_info, i.replace('-', '_'), msg_data[i])
computer.hostname = msg_data['hostname']
comp_info.save()
return []
def handle_distribution_info(sender, computer, request_data, msg_data, **kwargs):
dist_info, created = ComputerInfo.objects.get_or_create(computer=computer)
for i in ['code-name', 'description', 'distributor-id', 'release']:
setattr(dist_info, i.replace('-', '_'), msg_data[i])
dist_info.save()
return []
message_available.connect(handle_computer_info,
sender=MessageType('computer-info'))
message_available.connect(handle_distribution_info,
sender=MessageType('distribution-info'))
from mountain.core.signals import message_available
from mountain.core.utils import MessageType
from mountain.monitor.models import ComputerInfo
def handle_computer_info(sender, computer, request_data, msg_data, **kwargs):
comp_info, created = ComputerInfo.objects.get_or_create(computer=computer)
for i in ['total-memory', 'total-swap', 'hostname']:
setattr(comp_info, i.replace('-', '_'), msg_data[i])
computer.hostname = msg_data['hostname']
comp_info.save()
return []
def handle_distribution_info(sender, computer, request_data, msg_data,
**kwargs):
dist_info, created = ComputerInfo.objects.get_or_create(computer=computer)
for i in ['code-name', 'description', 'distributor-id', 'release']:
setattr(dist_info, i.replace('-', '_'), msg_data[i])
dist_info.save()
return []
message_available.connect(handle_computer_info,
sender=MessageType('computer-info'))
message_available.connect(handle_distribution_info,
sender=MessageType('distribution-info'))
def handle_packages(sender, computer, request_data, msg_data, **kwargs):
for status in ('installed', 'available', 'available-upgrades', 'locked'):
ids = []
remove_ids = []
for remove in (False, True):
s = status if not remove else 'not-%s' % status
for id_or_range in msg_data.get(s, []):
ids_ = ids if not remove else remove_ids
if isinstance(id_or_range, tuple):
ids_.extend(range(id_or_range[0], id_or_range[1] + 1))
else:
ids_.append(id_or_range)
for id in ids:
PackageStatus.objects.create(computer=computer,
package_id=id, status=STATUS_TO_ID[status])
if remove_ids:
PackageStatus.objects.delete(computer=computer,
package_id__in=remove_ids)
return []
message_available.connect(handle_unknown_hashes,
sender=MessageType('unknown-package-hashes'))
message_available.connect(handle_add_packages,
sender=MessageType('add-packages'))
message_available.connect(handle_packages, sender=MessageType('packages'))
