def get_mpls_vpn(self):
r = []
# VPLS
try:
v = self.cli("display vsi verbose")
except self.CLISyntaxError:
return []
for block in self.rx_vsi_split.split(v)[1:]:
block = self.rx_vsi_pw_split.split(block)
if len(block) == 2:
block, pw_info = block
else:
block = block[0]
p = {}
ifaces = []
for iface in self.rx_l2vc_iface.finditer(block):
ifaces += [
self.profile.convert_interface_name(
iface.group("iface_name"))
]
# vsi, pwsignal, iface = block.split("\n\n")
# for b in block.split("\n\n"):
p.update(parse_kv(self.vsi_instance_map, block))
r += [{
"type": "VPLS",
"status": p.get("vsi_state") == "up",
"name": p["name"],
"vpn_id": p.get("vpn_id"),
"interfaces": ifaces,
}]
# VPWS
try:
v = self.cli("display mpls l2vc brief")
except self.CLISyntaxError:
return []
for block in self.rx_l2vc_split.split(v)[1:]:
p = parse_kv(self.l2vc_map, block)
r += [{
"type":
"VLL",
"status":
p["state"] == "up",
"name":
p["vpn_id"],
"vpn_id":
p["vpn_id"],
"interfaces":
[self.profile.convert_interface_name(p["interface"])],
}]
return r
def execute_cli(self, **kwargs):
r = []
try:
lldp = self.cli("show lldp neighbors")
except self.CLISyntaxError:
raise NotImplementedError
for block in lldp.split("\n\n"):
neighbors = []
if not block:
continue
n = parse_kv(self.lldp_map, block)
loca_iface = n.pop("local_interface")
if is_mac(n["remote_chassis_id"]):
n["remote_chassis_id_subtype"] = LLDP_CHASSIS_SUBTYPE_MAC
else:
n["remote_chassis_id_subtype"] = LLDP_CHASSIS_SUBTYPE_LOCAL
if is_mac(n["remote_port"]):
n["remote_port_subtype"] = LLDP_PORT_SUBTYPE_MAC
else:
n["remote_port_subtype"] = LLDP_PORT_SUBTYPE_LOCAL
neighbors += [n]
if neighbors:
r += [{"local_interface": loca_iface, "neighbors": neighbors}]
return r
def get_fan(self):
r = defaultdict(list)
k_map = {
"state": "state",
"numfan": "numfan",
"partinfo": "partinfo",
"revision": "rev"
}
try:
v = self.cli("show fans detail")
except self.CLISyntaxError:
return {}
slot = 1
for block in self.rx_fans_split.split(v):
if "Slot-" in block:
slot = int(block.split("-")[1].strip())
continue
d = parse_kv(k_map, block)
if d.get("state") in ["Empty", None] or "partinfo" not in d:
continue
serial_no, part_no = d["partinfo"].split()
r[slot] += [{
"type": "FAN",
"number": 1,
"description": "FanTray",
"vendor": "EXTREME",
"part_no": part_no,
"revision": d["rev"],
"serial": serial_no,
}]
return r
def get_psu(self):
r = defaultdict(list)
k_map = {"state": "state", "partinfo": "partinfo"}
try:
v = self.cli("show power detail")
except self.CLISyntaxError:
return {}
slot = 1
number = None
for block in self.rx_power_split.split(v):
if is_int(block):
if int(block.strip()) < number:
slot += 1
number = int(block.strip())
continue
d = parse_kv(k_map, block)
if d.get("state") in ["Empty", "Powered Off", None
] or "partinfo" not in d:
continue
partinfo = d["partinfo"].split()
r[slot] += [{
"type": "PSU",
"number": number,
"description": "".join(partinfo[:-2]),
"vendor": "EXTREME",
"part_no": partinfo[-1],
"serial": partinfo[-2],
}]
return r
def execute_cli(self, **kwargs):
r = []
try:
lldp = self.cli("lldpctl", cached=True)
except self.CLISyntaxError:
return []
for block in lldp.split("----"):
neighbors = []
if not block:
continue
n = parse_kv(self.lldp_map, block)
if not n:
continue
n["local_interface"] = n["local_interface"].split(",")[0]
loca_iface = n.pop("local_interface")
if n["remote_chassis_id"].startswith("mac"):
n["remote_chassis_id_subtype"] = LLDP_CHASSIS_SUBTYPE_MAC
elif n["remote_chassis_id"].startswith("ifname"):
n["remote_chassis_id_subtype"] = LLDP_CHASSIS_SUBTYPE_INTERFACE_NAME
else:
n["remote_chassis_id_subtype"] = LLDP_CHASSIS_SUBTYPE_LOCAL
n["remote_chassis_id"] = n["remote_chassis_id"].split(" ")[1]
if n["remote_port"].startswith("mac"):
n["remote_port_subtype"] = LLDP_PORT_SUBTYPE_MAC
elif n["remote_port"].startswith("ifname"):
n["remote_port_subtype"] = LLDP_PORT_SUBTYPE_NAME
else:
n["remote_port_subtype"] = LLDP_PORT_SUBTYPE_LOCAL
n["remote_capabilities"] = 0
n["remote_port"] = n["remote_port"].split(" ")[1]
neighbors += [n]
if neighbors:
r += [{"local_interface": loca_iface, "neighbors": neighbors}]
return r
def parse_interface_block(self, block):
r = parse_kv(self.interface_map, block)
if "mtu" not in r and self.rx_mtu.search(block):
r["mtu"] = self.rx_mtu.search(block).group(1)
if self.rx_mac.search(block):
r["mac"] = self.rx_mac.search(block).group(1)
ip_match = self.rx_ip.search(block)
if ip_match:
r["ip"] = ip_match.group(1)
if "tagged_vlans" in r and self.rx_sub_default_vlan.search(
r["tagged_vlans"]):
r["tagged_vlans"] = r["tagged_vlans"].replace("(default vlan)", "")
if "vlan_passing" in r and self.rx_sub_default_vlan.search(
r["vlan_passing"]):
r["vlan_passing"] = r["vlan_passing"].replace("(default vlan)", "")
if "vlan_permitted" in r and self.rx_sub_default_vlan.search(
r["vlan_permitted"]):
r["vlan_permitted"] = r["vlan_permitted"].replace(
"(default vlan)", "")
if "untagged_vlan" not in r and "pvid" in r:
r["untagged_vlan"] = r["pvid"]
if "untagged_vlan" in r:
r["untagged_vlan"] = self.rx_parse_interface_vlan.match(
r["untagged_vlan"]).group(1)
return r
def execute_cli(self):
v = self.cli("about", cached=True)
s = parse_kv({"mac address": "mac"}, v)
if s:
s = s["mac"].replace(" ", ":")
return [{"first_chassis_mac": MAC(s), "last_chassis_mac": MAC(s)}]
else:
raise self.NotSupportedError
def execute_cli(self, **kwargs):
r = []
try:
v = self.cli("display lldp neighbor brief")
except self.CLISyntaxError:
raise NotImplementedError
il = self.rx_iface_sep.findall(v)
if not il:
return r
for local_iface in il:
neighbors = []
ne = self.cli("display lldp neighbor port %s" % local_iface)
n = parse_kv(
{
"chassisid subtype": "remote_chassis_id_subtype",
"chassisid": "remote_chassis_id",
"portid subtype": "remote_port_subtype",
"portid": "remote_port",
"port description": "remote_port_description",
"system capabilities enabled": "remote_capabilities",
"system name": "remote_system_name",
"system description": "remote_system_description",
},
ne,
)
# Convert chassis id
n["remote_chassis_id_subtype"] = self.CHASSIS_TYPES[
n["remote_chassis_id_subtype"].lower()]
if n["remote_chassis_id_subtype"] == 3:
n["remote_chassis_id"] = MACAddressParameter().clean(
n["remote_chassis_id"])
# Convert port id
n["remote_port_subtype"] = self.PORT_TYPES[
n["remote_port_subtype"].lower()]
if n["remote_port_subtype"] == 3:
n["remote_port"] = MACAddressParameter().clean(
n["remote_port"])
if n.get("remote_port_description") in ["-", "NA", "N/A"]:
del n["remote_port_description"]
if n.get("remote_system_description") in ["-", "NA", "N/A"]:
del n["remote_system_description"]
if n.get("remote_system_name") in ["-", "NA", "N/A"]:
del n["remote_system_name"]
# Process capabilities
caps = 0
cs = n.get("remote_capabilities", "").replace(",", " ")
for c in cs.split():
caps |= self.CAPS[c.lower().strip()]
n["remote_capabilities"] = caps
neighbors += [n]
if neighbors:
r += [{"local_interface": local_iface, "neighbors": neighbors}]
return r
def part_parse_s8500(self):
"""
Parse S85XX inventory
:param items:
:param slot_num:
:return:
"""
self.logger.info("Use S85XX parse function")
slot_num, slots = self.get_device_inventory()
r = [{
"type":
"CHASSIS",
"number":
0,
"vendor":
"Huawei",
"description":
"",
"part_no": [{
14: "S8512",
10: "S8508",
7: "S8505",
4: "S8502"
}[slot_num]],
}]
for slot in slots:
slot_n, subslot_n, part_no = slot["slot"], 0, slot["part_no"]
# @todo CHASSIS !
# Slot No. Brd Type Brd Status Subslot Num Sft Ver
# @todo 6 LSB1XP4CA0 Normal 1 S8500-VRP310-R1648P02
# https://www.manualslib.com/manual/1216852/Huawei-Quidway-S8500-Series.html?page=52
item_type, slot_n, part_no = self.get_type(slot_n,
sub=subslot_n,
part_no=part_no)
v = self.cli("display device manuinfo slot %d" % slot["slot"])
r += [{
"type": item_type,
"number": slot_n,
"vendor": "Huawei",
"description": "",
"part_no": [part_no],
}]
r[-1].update(
parse_kv(
{
"board_serial_number": "serial",
"device_serial_number": "serial",
"manufacturing_date": "mfg_date",
"vendor_name": "vendor",
},
v,
))
return r
def execute(self):
v = self.cli("show version", cached=True)
r = parse_kv(self.kv_map, v, sep=":")
return {
"vendor": "Raisecom",
"platform": r["platform"],
"version": r["version"],
"attributes": {
"Serial Number": r["serial"],
"Boot PROM": r["bootprom"],
"HW version": r["hw_version"],
},
}
def get_info(self):
# For QSW-3470-10T 3.0.1-R1-BETA3 fw
try:
v = self.cli("show info")
except self.CLISyntaxError:
return {}
r = parse_kv(self.info_map, v, ":")
platform = self.fix_platform(r["sysid"])
return {
"vendor": "Qtech",
"platform": platform,
"version": "%s (%s)" % (r["fw_ver"], r["fw_date"]),
}
def get_ip_sla_udp_jitter_metrics_cli(self, metrics):
"""
Returns collected ip sla metrics in form
probe id -> {
rtt: RTT in seconds
}
:return:
"""
setup_metrics = {
tuple(m.labels): m.id
for m in metrics if m.metric in {"SLA | JITTER", "SLA | UDP RTT"}
}
v = self.cli("show ip sla statistics")
metric_map = {
"ipsla operation id": "name",
"latest rtt": "rtt",
"source to destination jitter min/avg/max": "sd_jitter",
"destination to source jitter min/avg/max": "ds_jitter",
"number of rtt": "num_rtt",
}
r_v = self.rx_ipsla_probe.split(v)
if len(r_v) < 3:
return {}
for probe_id, data in zip(r_v[1::2], r_v[2::2]):
p = parse_kv(metric_map, data)
if (f"noc::sla::name::{probe_id}", ) not in setup_metrics:
continue
if "rtt" in p:
# Latest RTT: 697 milliseconds
rtt = p["rtt"].split()[0]
try:
self.set_metric(
id=("SLA | UDP RTT",
(f"noc::sla::name::{probe_id}", )),
metric="SLA | UDP RTT",
value=float(rtt) * 1000,
multi=True,
)
except ValueError:
pass
if "sd_jitter" in p:
# Source to Destination Jitter Min/Avg/Max: 0/8/106 milliseconds
jitter = p["sd_jitter"].split()[0].split("/")[1]
self.set_metric(
id=("SLA | JITTER", (f"noc::sla::name::{probe_id}", )),
metric="SLA | JITTER",
value=float(jitter) * 1000,
multi=True,
)
def execute(self):
v = self.cli("show version", cached=True)
r = parse_kv(self.kv_map, v, sep=":")
if "prod_version" in r:
r["prod_version"] = r["prod_version"].split(":")[-1].strip(" .")
return [{
"type": "CHASSIS",
"number": "0",
"vendor": "Raisecom",
"part_no": r["platform"],
"revision": r["prod_version"],
"serial": r["serial"],
"description": "",
}]
def execute_cli(self, interface=None):
# @todo without stack slot (Members | Ids)
# show ports transceiver information
r = []
if interface is not None:
ifaces = [interface.split(":")]
elif self.has_capability("Stack | Member Ids"):
ifaces = [(s_id, None) for s_id in
self.capabilities["Stack | Member Ids"].split(" | ")]
else:
ifaces = [(None, None)]
for slot, port in ifaces:
cmd = "debug hal show optic-info ddmi "
if port is not None:
cmd += "slot %s, port %s" % (slot, port)
elif slot is not None:
cmd += "slot %s" % slot
try:
v = self.cli(cmd)
except self.CLISyntaxError:
return []
for block in self.rx_trans_split.split(v):
if is_int(block):
port = block.strip()
continue
if self.rx_no_trans.match(block) or not port:
continue
d = parse_kv(self.k_map, block)
if slot is not None:
port = "%s:%s" % (slot, port)
if not d:
continue
r += [{
"interface":
port,
"temp_c":
self.normalize_output(d.get("temp_c")),
"voltage_v":
self.normalize_output(d.get("voltage_v")),
"current_ma":
self.normalize_output(d.get("current_ma")),
"optical_rx_dbm":
self.normalize_output(d.get("optical_rx_dbm")),
"optical_tx_dbm":
self.normalize_output(d.get("optical_tx_dbm")),
}]
return r
def parse_elabel(self, out):
"""
Function parse 'display elabel'
:param out: 'display elabel output'
:type out: str
:return:
:rtype: inventory_item
"""
r = []
parent = None
for match in self.rx_int_elabel_universal.finditer(out):
match = match.groupdict()
if not match:
continue
elif match["role"] in {"Slot", "Rack"}:
parent = match["sec_name"]
if not match["properties"]:
self.logger.debug(
"[%s] Empty [Board Properties] section. Skipping...", match["sec_name"]
)
continue
p = parse_kv(self.inv_property_map, match["properties"], sep="=")
if "vendor" not in p and "type" not in p:
raise self.UnexpectedResultError("Partial parsed properties")
elif "vendor" not in p and p["type"].startswith("H"):
p["vendor"] = "Huawei"
elif "vendor" not in p or not p["vendor"]:
self.logger.debug("[%s] Empty Vendor Properties. Skipping...", match["sec_name"])
continue
try:
num = int(match["num"] or 0)
except ValueError:
num = match["num"]
r += [
self.inventory_item(
**{
"name": match["sec_name"],
"num": num,
"parent": parent,
"description": p.get("description"),
"type": p.get("type"),
"vendor": p.get("vendor", "Unknown"),
"barcode": p.get("barcode"),
"mnf_date": p.get("mnf_date"),
}
)
]
return r
def execute_cli(self):
# Not worked for Menu CLI
m = self.motd
if m:
match = self.rx_platform.search(m)
if not match:
match = self.rx_platform1.search(m)
platform = match.group("platform").strip()
version = self.re_search(self.rx_fwver, m).group("version")
else:
v = self.cli("upsabout")
d = parse_kv({"model": "platform", "firmware revision": "version"}, v)
platform = d["platform"]
version = d["version"]
return {"vendor": "APC", "platform": platform, "version": version}
def fix_last_port_description(self, interfaces):
"""
For last N interfaces fill description and MAC
:param interfaces:
:return:
"""
for ifname in list(sorted(interfaces, reverse=True,
key=alnum_key))[:3]:
v = self.cli("show port description %s" % ifname)
if not v:
continue
r = parse_kv(self.description_map, v, sep=".")
if "description" in r:
interfaces[ifname]["description"] = r["description"].strip(
". ")
if "mac" in r:
interfaces[ifname]["mac"] = r["mac"].strip(". ")
def execute_ne(self, interface=None):
"""
NE series
GigabitEthernet0/3/4
Port Physical Status : UP
Physical Down Reason : none
Loopback : none
Duplex mode : full-duplex
negotiation : enable
Pause Flowcontrol : Receive Enable and Send Enable
SFP imformation:
The Vendor PN is SFP-WDM57.36
The Vendor Name is OptiCin, Port BW: 1G, Transceiver BW: 1G, Transceiver Mode: SingleMode
WaveLength: 1570nm, Transmission Distance: 140km
Rx Power: -31.54dBm, Warning range: [-33.979, -9.003]dBm
Tx Power: 3.03dBm, Warning range: [1.999, 6.999]dBm
:param interface:
:return:
"""
cmd = "display interface phy-option"
if interface is not None:
cmd += " %s" % interface
try:
c = self.cli(cmd)
except self.CLISyntaxError:
return []
r = []
for block in c.split("\n\n"):
if not block.strip() or "transceiver offline" in block:
continue
iface = {"interface": block.splitlines()[0]}
res = parse_kv(self.ne_map, block)
if "rx_power" in res:
# Rx Power: -10.44dBm, Warning range: [-17.011, 0.000]dBm
iface["optical_rx_dbm"] = float(
res["rx_power"].split(",")[0][:-3])
if "tx_power" in res:
# Tx Power: 3.35dBm, Warning range: [0.999, 5.000]dBm
iface["optical_tx_dbm"] = float(
res["tx_power"].split(",")[0][:-3])
if len(iface) == 1:
# No metrics
continue
r += [iface]
return r
def execute(self):
v = self.cli("show sysinfo", cached=True)
pkv = parse_kv(
{
"1.hardware version": "hw",
"2.software version": "sw",
"3.serial number": "serial"
}, v)
return {
"vendor": "Nateks",
"platform": "ACE",
"version": pkv["sw"],
"attributes": {
"HW version": pkv["hw"],
"Serial Number": pkv["serial"]
},
}
def get_switchport(self):
r = {}
v = self.cli("show interface * switchport")
for block in v.split("\n\n"):
if not block:
continue
b = parse_kv(self.switchport_map, block)
if b["mode"] == "trunk":
r[b["name"]] = {
"tagged_vlans": ranges_to_list(b["tagged"]),
"untagged_vlan": b["native"],
}
else:
r[b["name"]] = {
"tagged_vlans": [],
"untagged_vlan": b["untagged"]
}
return r
def get_ip_sla_icmp_echo_metrics_cli(self, metrics):
"""
Returns collected ip sla metrics in form
probe id -> {
rtt: RTT in seconds
}
:return:
"""
setup_metrics = {
tuple(m.path): m.id
for m in metrics
if m.metric == "SLA | ICMP RTT" and m.sla_type == "icmp-echo"
}
if not setup_metrics:
self.logger.info("No icmp-echo sla probes.")
return
v = self.cli("show ip sla statistics")
metric_map = {
"ipsla operation id": "name",
"latest rtt": "rtt",
"number of rtt": "num_rtt"
}
r_v = self.rx_ipsla_probe.split(v)
if len(r_v) < 3:
return
for probe_id, data in zip(r_v[1::2], r_v[2::2]):
p = parse_kv(metric_map, data)
if ("", str(probe_id)) not in setup_metrics:
continue
if "rtt" in p:
# Latest RTT: 697 milliseconds
rtt = p["rtt"].split()[0]
try:
self.set_metric(
id=setup_metrics[("", str(probe_id))],
metric="SLA | ICMP RTT",
path=("", probe_id),
value=float(rtt) * 1000,
multi=True,
)
except ValueError:
pass
def part_parse_s8500(self, item_type, number, part_no, content):
self.logger.info("Use S85XX parse function")
r = {
"type": item_type,
"number": number,
"vendor": "Huawei",
"description": "",
"part_no": [part_no],
}
r.update(
parse_kv(
{
"board_serial_number": "serial",
"device_serial_number": "serial",
"manufacturing_date": "mfg_date",
"vendor_name": "vendor",
},
content,
)
)
return [r]
def execute_cli(self):
result = []
v = self.cli("show lldp entry")
for entry in self.rx_splitter.split(v):
if not entry:
continue
r = parse_kv(self.kv_map, entry)
remote_port_match = self.rx_lldp_subtype.match(r["remote_port"])
if not remote_port_match:
self.logger.warning("Unknown remote port_id format: %s",
r["remote_port"])
continue
remote_match = self.rx_lldp_subtype.match(r["chassis"])
if not remote_match:
self.logger.warning("Unknown remote chassis format: %s",
r["chassis"])
continue
chassis_id, chassis_subtype = remote_match.groups()
remote_port, remote_port_type = remote_port_match.groups()
if chassis_subtype.lower() == "mac address":
chassis_id = chassis_id.replace(".", ":")
neighbor = {
"remote_chassis_id_subtype":
self.chassis_subtype[chassis_subtype.lower()],
"remote_chassis_id":
chassis_id,
"remote_port_subtype":
self.port_subtype[remote_port_type.lower()],
"remote_port":
remote_port,
}
if "remote_description" in r:
neighbor["remote_port_description"] = r["remote_description"]
if "sysname" in r:
neighbor["remote_system_name"] = r["sysname"]
result += [{"local_interface": r["port"], "neighbors": [neighbor]}]
return result
def execute_cli(self, **kwargs):
# "EXISTSH ALL"
r = []
# boards = self.profile.get_boards(self)
try:
v = self.cli("ginv all", cached=True)
except self.CLISyntaxError:
raise NotImplementedError
for line in self.rx_table_spliter.split(v):
if not line.startswith("|"):
continue
row = [x.strip() for x in line.strip("|\n").split("|")]
if row[0] == "SH":
# header
continue
shelf, slot, port, mani, _, sw_ver, boot_ver, hw_ver, serial, _, _ = row
if int(port):
continue
detail = self.cli("ginv %s %s %s %s" % (shelf, slot, port, mani))
if not detail:
continue
x = parse_kv(self.slot_detail_map, detail)
r += [{
"type":
"LINECARD",
"number":
slot,
"vendor":
"ECI",
"part_no": [x["hw_descr"], x["order_num"]]
if x.get("order_num") else [x["hw_descr"]],
"serial":
serial,
"revision":
smart_text(smart_bytes(x["rev"]), errors="ignore"),
"description":
"",
}]
return r
def execute_cli(self, **kwargs):
r = []
ups_map = {
"model": "model",
"sku": "part_no",
"serial number": "serial",
"manufacture date": "mfg_date",
"battery sku": "battery_part_no",
}
v = self.cli("upsabout")
d = parse_kv(ups_map, v)
if d.get("mfg_date"):
try:
if len(d["mfg_date"]) == 8:
d["mfg_date"] = datetime.datetime.strptime(
d["mfg_date"], "%m/%d/%y")
else:
d["mfg_date"] = datetime.datetime.strptime(
d["mfg_date"], "%m/%d/%Y")
d["mfg_date"] = d["mfg_date"].strftime("%Y-%m-%d")
except ValueError:
self.logger.warning("Unknown format manufacture date field")
d["mfg_date"] = None
if "part_no" not in d and "model" in d:
# Try normalize
d["part_no"] = self.part_no_detect(d["model"])
if d.get("part_no"):
r += [{
"type": "CHASSIS",
"number": 1,
"vendor": "APC",
"serial": d["serial"],
"mfg_date": d.get("mfg_date", "00-00-00"),
"description": d["model"],
"part_no": d["part_no"],
}]
mgmt_card_map = {
"model number": "part_no",
"serial number": "serial",
"hardware revision": "revision",
"manufacture date": "mfg_date",
"battery sku": "battery_part_no",
}
v = self.cli("about", cached=True)
d = parse_kv(mgmt_card_map, v)
if d.get("mfg_date"):
try:
if len(d["mfg_date"]) == 8:
# 08/19/14
d["mfg_date"] = datetime.datetime.strptime(
d["mfg_date"], "%m/%d/%y")
else:
# 08/19/2014
d["mfg_date"] = datetime.datetime.strptime(
d["mfg_date"], "%m/%d/%Y")
d["mfg_date"] = d["mfg_date"].strftime("%Y-%m-%d")
except ValueError:
self.logger.warning("Unknown format manufacture date field")
d["mfg_date"] = None
if "part_no" in d:
r += [{
"type": "MGMT",
"number": 1,
"vendor": "APC",
"serial": d["serial"],
"description": "Management card",
"mfg_date": d.get("mfg_date", "00-00-00"),
"revision": d["revision"],
"part_no": d["part_no"],
}]
return r
def get_transiever(self, slot=None):
r = []
k_map = {
"sfp/sfp+ vendor": "vendor",
"vendor": "vendor",
"sfp/sfp+ part number": "part_no",
"partnumber": "part_no",
"sfp/sfp+ serial number": "serial",
"serialnumber": "serial",
"manufacturedate": "mfg_date",
"sfp/sfp+ manufacture date": "mfg_date",
"connector": "connector",
"type": "type",
"wavelength": "wavelength",
"sfp or sfp+": "sfp_type",
"rev": "rev",
}
if slot:
v = "debug hal show optic-info slot %d" % slot
else:
v = "debug hal show optic-info"
try:
v = self.cli(v)
except self.CLISyntaxError:
return r
port = None
for block in self.rx_trans_split.split(v):
if is_int(block):
port = block.strip()
continue
if self.rx_no_trans.match(block) or not port:
continue
d = parse_kv(k_map, block)
# 1300Mb/sec-1310nm-LC-20.0km(0.009mm)
# description = ""
description = "-".join([
d.get("type", "").strip(),
d.get("wavelength", "").strip() + "nm",
d.get("connector", "").strip()
# d["Transfer Distance(meter)"].strip() + "m"
])
if "part_no" not in d:
continue
if "mfg_date" in d:
try:
if len(d["mfg_date"]) > 6:
d["mfg_date"] = d["mfg_date"][:6]
d["mfg_date"] = datetime.datetime.strptime(
d["mfg_date"], "%y%m%d")
d["mfg_date"] = d["mfg_date"].strftime("%Y-%m-%d")
except ValueError:
self.logger.error(
"Unconverted format manufactured date: %s, on port: %s"
% (d["mfg_date"], port))
d["mfg_date"] = None
r += [{
"type": "XCVR",
"number": port,
"vendor": d.get("vendor", "NONAME"),
"part_no": d["part_no"].strip(),
"serial": d.get("serial", ""),
"description": description,
"mfg_date": d.get("mfg_date", "00-00-00"),
}]
if "rev" in d:
r[-1]["revision"] = d["rev"]
port = None
return r
def execute_ar(self, interface=None):
"""
AR Series
GigabitEthernet0/0/0 information:
-------------------------------------------------------------
Electronic label information:
Description :1300Mb/sec-1570nm-SC-SM-140km(0.009mm)
Type :SFP-WDM57.36
Manufacturer :OptiCin
HuaweiPartNumber :
-------------------------------------------------------------
Alarm information:
SFP Module Authentication Fail
-------------------------------------------------------------
Realtime information:
Temperature(Ўж) :42
Temperature High Threshold(Ўж) :95
Temperature Low Threshold(Ўж) :-42
Voltage(V) :3.25
Voltage High Threshold(V) :3.50
Voltage Low Threshold(V) :3.05
Bias Current(mA) :35.46
Bias High Threshold(mA) :80.00
Bias Low Threshold(mA) :3.00
Current Rx Power(dBM) :-22.03
Default Rx Power High Threshold(dBM) :-8.99
Default Rx Power Low Threshold(dBM) :-33.97
Current Tx Power(dBM) :2.95
Default Tx Power High Threshold(dBM) :6.99
Default Tx Power Low Threshold(dBM) :2.00
User Set Rx Power High Threshold(dBM) :-8.99
User Set Rx Power Low Threshold(dBM) :-33.97
User Set Tx Power High Threshold(dBM) :6.99
User Set Tx Power Low Threshold(dBM) :2.00
-------------------------------------------------------------
:param interface:
:return:
"""
cmd = "dis transceiver verbose"
if interface is not None:
cmd = "dis transceiver interface %s verbose" % interface
try:
c = self.cli(cmd)
except self.CLISyntaxError:
return []
r = []
for block in c.strip("\n\r").split("\n\n"):
if not block.strip() or "Realtime information:" not in block:
continue
iface = {
"interface":
block.splitlines()[0].split("information")[0].strip()
}
res = parse_kv(self.ar_map, block)
if "rx_power" in res:
# Rx Power: -10.44dBm, Warning range: [-17.011, 0.000]dBm
iface["optical_rx_dbm"] = float(res["rx_power"])
if "tx_power" in res:
# Tx Power: 3.35dBm, Warning range: [0.999, 5.000]dBm
iface["optical_tx_dbm"] = float(res["tx_power"])
if "current" in res:
# Tx Power: 3.35dBm, Warning range: [0.999, 5.000]dBm
iface["current_ma"] = float(res["current"])
if "temp" in res:
# Tx Power: 3.35dBm, Warning range: [0.999, 5.000]dBm
iface["temp_c"] = float(res["temp"])
if "voltage" in res:
# Tx Power: 3.35dBm, Warning range: [0.999, 5.000]dBm
iface["voltage_v"] = float(res["voltage"])
if len(iface) == 1:
# No metrics
self.logger.info("No metrics for iface %s", iface)
continue
r += [iface]
return r
def execute_cli(self, **kwargs):
"""
VRP5 style
:return:
"""
r = []
if self.match_version(version__startswith=r"3."):
try:
v = self.cli("display lldp neighbor-information")
except self.CLISyntaxError:
raise self.NotSupportedError()
else:
try:
v = self.cli("display lldp neighbor")
except self.CLISyntaxError:
raise self.NotSupportedError
il = self.rx_iface_sep.split(v)[1:]
if not il:
il = self.rx_iface3_sep.split(v)[1:]
for local_iface, data in zip(il[::2], il[1::2]):
neighbors = []
for ndata in self.rx_neighbor_split.split(data)[1:]:
n = parse_kv(
{
"chassis type": "remote_chassis_id_subtype",
"chassisidsubtype": "remote_chassis_id_subtype",
"chassis id": "remote_chassis_id",
"chassisid": "remote_chassis_id",
"port id type": "remote_port_subtype",
"portidsubtype": "remote_port_subtype",
"port id subtype": "remote_port_subtype",
"port id": "remote_port",
"portid": "remote_port",
"port description": "remote_port_description",
"portdesc": "remote_port_description",
"system capabilities enabled": "remote_capabilities",
"syscapenabled": "remote_capabilities",
"system name": "remote_system_name",
"sysname": "remote_system_name",
"system description": "remote_system_description",
"sysdesc": "remote_system_description",
},
ndata,
)
# Convert chassis id
n["remote_chassis_id_subtype"] = self.CHASSIS_TYPES[
n["remote_chassis_id_subtype"].lower()
]
if n["remote_chassis_id_subtype"] == 3:
n["remote_chassis_id"] = MACAddressParameter().clean(n["remote_chassis_id"])
# Convert port id
n["remote_port_subtype"] = self.PORT_TYPES[n["remote_port_subtype"].lower()]
if n["remote_port_subtype"] == 3:
n["remote_port"] = MACAddressParameter().clean(n["remote_port"])
if n.get("remote_port_description") in ["--", "NA", "N/A"]:
del n["remote_port_description"]
if n.get("remote_system_description") in ["--", "NA", "N/A"]:
del n["remote_system_description"]
if n.get("remote_system_name") in ["--", "NA", "N/A"]:
del n["remote_system_name"]
# Process capabilities
caps = 0
cs = n.get("remote_capabilities", "").replace(",", " ")
for c in cs.split():
caps |= self.CAPS[c.lower().strip()]
n["remote_capabilities"] = caps
neighbors += [n]
if neighbors:
r += [{"local_interface": local_iface, "neighbors": neighbors}]
return r
def execute_cli(self, **kwargs):
r = {}
# v = self.cli("display ont info 0 all")
for c in ("display ont info 0 all", "display ont version 0 all"):
v = self.cli(c)
for table in v.split("\n\n"):
tables_data = []
parts = self.splitter.split(table)
parts = parts[1:]
while len(parts) > 2:
header, body = parts[:2]
parts = parts[2:]
header = header.splitlines()
if len(header[0]) - len(header[0].lstrip()) - 2:
# pylint: disable=line-too-long
# Align first line by two whitespace if header:
# ' -----------------------------------------------------------------------------',
# ' F/S/P ONT SN Control Run Config Match Protect',
# ' ID flag state state state side',
# ' -----------------------------------------------------------------------------'
header[0] = header[0][len(header[0]) -
len(str.lstrip(header[0])) - 2:]
head = parse_table_header(header)
del head[2] # remove empty header
tables_data += self.profile.parse_table1(body, head)
else:
pass
# summary = parts
for t in tables_data:
if "Config state" in t and t["Config state"][
0] in self.INACTIVE_STATE:
continue
if "ONT-ID" in t:
ont_id = "%s/%s" % (t["F/S/P"][0].replace(
" ", ""), t["ONT-ID"][0])
if ont_id in r:
r[ont_id]["description"] = t["Description"][0]
continue
if "F/S/P/ONT-ID" in t:
ont_id = t["F/S/P/ONT-ID"][0].replace(" ", "")
if ont_id in r:
r[ont_id].update({
"vendor":
t["Vendor ID"][0],
"model":
t["ONT"][0] +
t["Model"][0] if t["Model"] else "",
"version":
t["Software Version"][0]
if t["Software Version"] else "",
})
continue
status = "other"
if "ONT ID" in t:
ont_id, serial = t["ONT ID"][0].split()
status = self.status_map[t["Run state"][0]]
elif "ONT" in t:
# -----------------------------------------------------------------------------
# F/S/P ONT SN Control Run Config Match Protect
# ID flag state state state side
# -----------------------------------------------------------------------------
#
self.logger.warning("Shift header row. %s" % header)
ont_id, serial = t["ONT"][0].split()
status = self.status_map[t["Run ID"][0]]
# else:
# self.logger.warning("Unknown ID")
# continue
ont_id = "%s/%s" % (t["F/S/P"][0].replace(" ", ""), ont_id)
r[ont_id] = {
"interface": t["F/S/P"][0].replace(" ", ""),
"status": status,
"id": ont_id,
"global_id": serial + t["SN"][0],
"type": "ont",
"serial": serial + t["SN"][0],
"description": "",
"location": "",
}
for ont_id in r:
# if r[ont_id]["status"] != "active":
# continue
v = self.cli("display ont info %s %s %s %s" %
tuple(ont_id.split("/")))
parts = self.splitter.split(v)
parse_result = parse_kv(self.detail_map, parts[1])
try:
r[ont_id]["distance"] = float(
parse_result.get("ont_distance", 0))
except ValueError:
pass
address = parse_result.get("ont_address", "")
if address:
r[ont_id]["ip"] = parse_result.get("ont_address",
"").split("/")[0]
return list(six.itervalues(r))
def collect_cpe_metrics_cli(self, metrics):
# ifaces = set(m.path[-1].split("/")[:2] for m in metrics)
onts = self.scripts.get_cpe_status() # Getting ONT List
self.cli("config")
iface = None
for cc in sorted(onts, key=lambda x: x["interface"].split("/")):
if cc.get("status", "") != "active":
continue
frame, slot, port, cpe_id = cc["id"].split("/")
if iface != (frame, slot):
if iface is not None:
self.cli("quit")
iface = (frame, slot)
self.cli("interface gpon %s/%s" % iface) # Fix from cpes
ipath = [cc["global_id"], "", "", "0"]
mpath = ["", "", "", "/".join([frame, slot, port])]
v = self.cli("display ont optical-info %s %s" % (port, cpe_id))
m = parse_kv(self.kv_map, v)
self.logger.debug("Collect %s, %s, %s", m, ipath, mpath)
if m.get("temp_c", "-") != "-":
self.set_metric(
id=("Interface | DOM | Temperature", mpath),
metric="Interface | DOM | Temperature",
path=ipath,
value=float(m["temp_c"]),
multi=True,
)
if m.get("voltage_v", "-") != "-":
self.set_metric(
id=("Interface | DOM | Voltage", mpath),
metric="Interface | DOM | Voltage",
path=ipath,
value=float(m["voltage_v"]),
multi=True,
)
if m.get("optical_rx_dbm", "-") != "-":
self.set_metric(
id=("Interface | DOM | RxPower", mpath),
metric="Interface | DOM | RxPower",
path=ipath,
value=float(m["optical_rx_dbm"]),
multi=True,
)
if m.get("optical_rx_dbm_cpe", "-") != "-":
self.set_metric(
id=("Interface | DOM | RxPower", mpath),
metric="Interface | DOM | RxPower",
path=["", "", "", cc["interface"], cc["id"]],
value=float(m["optical_rx_dbm_cpe"] if "," not in
m["optical_rx_dbm_cpe"] else
m["optical_rx_dbm_cpe"].split(",")[0]),
multi=True,
)
if m.get("current_ma", "-") != "-":
self.set_metric(
id=("Interface | DOM | Bias Current", mpath),
metric="Interface | DOM | Bias Current",
path=ipath,
value=float(m["current_ma"]),
multi=True,
)
if m.get("optical_tx_dbm", "-") != "-":
self.set_metric(
id=("Interface | DOM | TxPower", mpath),
metric="Interface | DOM | TxPower",
path=ipath,
value=float(m["optical_tx_dbm"]),
multi=True,
)
v = self.cli("display statistics ont-line-quality %s %s" %
(port, cpe_id))
m = parse_kv(self.kv_map, v)
if m.get("optical_errors_bip_out", "-") != "-":
self.set_metric(
id=("Interface | Errors | BIP | Out", mpath),
metric="Interface | Errors | BIP | Out",
path=ipath,
value=int(m["optical_errors_bip_out"]),
multi=True,
)
if m.get("optical_errors_bip_in", "-") != "-":
self.set_metric(
id=("Interface | Errors | BIP | In", mpath),
metric="Interface | Errors | BIP | In",
path=ipath,
value=int(m["optical_errors_bip_in"]),
multi=True,
)
self.cli("quit")
self.cli("quit")
