def itemize(self, rec: Dict) -> Dict:
exp_ifn = self.source.expands["interface"] # noqa
return dict(
hostname=normalize_hostname(rec["hostname"]),
interface=exp_ifn(rec["intName"]),
portchan=exp_ifn(rec["portchan"]),
)
def itemize(self, rec: Dict) -> Dict:
return dict(
sn=rec.get("snHw") or rec["sn"],
hostname=normalize_hostname(rec["hostname"]),
ipaddr=rec["loginIp"],
site=self.map_field_value("site", rec["siteName"]),
os_name=self.map_field_value("os_name", rec["family"]),
vendor=self.map_field_value("vendor", rec["vendor"]),
model=self.map_field_value("model", rec["model"]),
)
def itemize(self, rec: Dict) -> Dict:
attrs = rec["attributes"]
return dict(
sn="",
hostname=normalize_hostname(rec["name"]),
ipaddr=rec["ip_address"],
site=attrs["Location"],
os_name=attrs["OS Version"],
vendor=self._vendor_normalize(rec),
model="",
)
def itemize(self, rec: Dict) -> Dict:
try:
pflen = rec["net"].split("/")[-1]
except AttributeError:
pflen = "32"
return {
"ipaddr": f"{rec['ip']}/{pflen}",
"interface":
self.source.expands["interface"](rec["intName"]), # noqa
"hostname": normalize_hostname(rec["hostname"]),
"site": rec["siteName"],
}
def itemize(self, rec: Dict) -> Dict:
dt = rec["device_type"]
try:
ipaddr = rec["primary_ip"]["address"].split("/")[0]
except (TypeError, KeyError):
ipaddr = ""
try:
os_name = rec["platform"]["slug"]
except (TypeError, KeyError):
os_name = ""
return dict(
sn=rec["serial"],
hostname=normalize_hostname(rec["name"]),
ipaddr=ipaddr,
site=rec["site"]["slug"],
os_name=os_name,
vendor=dt["manufacturer"]["slug"],
model=dt["slug"],
status=rec["status"]["value"],
)
def itemize(self, rec: Dict) -> Dict:
hostname = normalize_hostname(rec['hostname']).lower(
) # hostnames always used in lowercase form.
orig_if_name = rec['intName']
os_name = self.cache['devices'].items[hostname]['os_name']
# TODO: this is a bit of a hack for now, but we'll need to address how we want to
# perform mapping and filtering in more of a plugin/config-file mannter.
if os_name == 'exos':
# if this is a physical port, it will take the form "<switch_id>:<port_id>"
if (mo := _exos_port_match(orig_if_name)):
sw_id, port_id = mo.groups()
if_name = f'Ethernet{port_id}' if sw_id == '1' else f'Ethernet{sw_id}/{port_id}'
# otherwise this is a "VLAN" port, and we only want to keep those
# that have an IP address assigned. Other "VLAN ports" are just
# VLANs and do not constitute a port. EXOS joy.
else:
if not rec['primaryIp']:
return None
if_name = orig_if_name
# otherwise this is a "VLAN" port, and we only want to keep those
# that have an IP address assigned. Other "VLAN ports" are just
# VLANs and do not constitute a port. EXOS joy.
else:
if not rec['primaryIp']:
return None
if_name = orig_if_name
else:
if_name = self.source.expands["interface"](orig_if_name)
return {
"interface": if_name,
"hostname": normalize_hostname(rec["hostname"]),
"description": rec["dscr"] or "",
"site": rec["siteName"],
}
async def add_items(self,
items: Dict,
callback: Optional[CollectionCallback] = None):
raise NotImplementedError()
async def update_items(self,
items: Dict,
callback: Optional[CollectionCallback] = None):
raise NotImplementedError()
async def delete_items(self,