class State(Dictionary):
class Meta(object):
name = "state"
layout = "flat"
name = StringField()
workflow = StringField()
is_default = BooleanField()
is_productive = BooleanField()
class ObjectProfile(Dictionary):
class Meta(object):
name = "objectprofile"
layout = "flat"
name = StringField()
# ObjectProfile Level
level = UInt8Field()
enable_ping = BooleanField()
enable_box_discovery = BooleanField()
enable_periodic_discovery = BooleanField()
class Workflow(Dictionary):
class Meta:
name = "workflow"
layout = "flat"
name = StringField()
is_active = BooleanField()
class ManagedObject(Model):
class Meta(object):
db_table = "managedobjects"
engine = MergeTree("date", ("managed_object", "ts"))
date = DateField(description=_("Date"))
ts = DateTimeField(description=_("Created"))
managed_object = ReferenceField(ManagedObjectDict,
description=_("Object Name"))
# Location
administrative_domain = ReferenceField(AdministrativeDomain,
description=_("Admin. Domain"))
segment = ReferenceField(NetworkSegment, description=_("Network Segment"))
container = ReferenceField(Container, description=_("Container"))
location = StringField(description="Geo location")
level = UInt16Field(description=_("Level"))
# Coordinates
x = Float64Field(description=_("Longitude"))
y = Float64Field(description=_("Latitude"))
# Management
pool = ReferenceField(Pool, description=_("Pool Name"))
name = StringField(description=_("Name"))
hostname = StringField(description=_("Hostaname"))
ip = IPv4Field(description=_("IP Address"))
is_managed = BooleanField(description=_("Is Managed"))
# Platform
profile = ReferenceField(Profile, description=_("Profile"))
vendor = ReferenceField(Vendor, description=_("Vendor"))
platform = ReferenceField(Platform, description=_("Platform"))
hw_version = StringField(description=_("HW. Version"))
version = ReferenceField(Version, description=_("Version"))
bootprom_version = StringField(description=_("BootPROM. Version"))
n_interfaces = Int32Field(description=_("Interface count"))
n_subscribers = Int32Field(description=_("Subscribers count"))
n_services = Int32Field(description=_("Services count"))
# Topology
n_neighbors = Int32Field(description=_("Neighbors"))
n_links = Int32Field(description=_("Links count"))
nri_links = Int32Field(description=_("Links (NRI)"))
mac_links = Int32Field(description=_("Links (MAC)"))
stp_links = Int32Field(description=_("Links (STP)"))
lldp_links = Int32Field(description=_("Links (LLDP)"))
cdp_links = Int32Field(description=_("Links (CDP)"))
# Capabilities
has_stp = BooleanField(description=_("Has STP"))
has_lldp = BooleanField(description=_("Has LLDP"))
has_cdp = BooleanField(description=_("Has CDP"))
has_snmp = BooleanField(description=_("Has SNMP"))
has_snmp_v1 = BooleanField(description=_("Has SNMP v1"))
has_snmp_v2c = BooleanField(description=_("Has SNMP v2c"))
# Counter
uptime = Float64Field(description=_("Uptime"))
# SerialNumber
serials = ArrayField(StringField(), description=_("Serial Numbers"))
# Tags
tags = ArrayField(StringField(), description=_("Tags"))
@classmethod
def transform_query(cls, query, user):
if not user or user.is_superuser:
return query # No restrictions
# Get user domains
domains = UserAccess.get_domains(user)
# Resolve domains against dict
domain_ids = [
x.bi_id
for x in AdministrativeDomainM.objects.filter(id__in=domains)
]
filter = query.get("filter", {})
dl = len(domain_ids)
if not dl:
return None
elif dl == 1:
q = {"$eq": [{"$field": "administrative_domain"}, domain_ids[0]]}
else:
q = {"$in": [{"$field": "administrative_domain"}, domain_ids]}
if filter:
query["filter"] = {"$and": [query["filter"], q]}
else:
query["filter"] = q
return query