def to_hint(self, srv_reply):
cur_ns = Namespace(
get_hints=True,
)
r_dict = supermicro_mod.generate_dict(srv_reply.xpath(".//ns:output/text()", smart_strings=False)[0].split("\n"))
_hints = [
monitoring_hint(
key="overview",
v_type="s",
value_string="check",
info="SMC Overview",
is_active=True,
)
]
for m_key in sorted(r_dict):
_struct = r_dict[m_key]
for e_key in sorted([_key for _key in _struct.iterkeys() if type(_key) in [int]]):
_hints.append(
monitoring_hint(
key="{}.{:d}".format(m_key, e_key),
v_type="s",
value_string="present",
info=u"{} {:d}".format(_struct["info"], e_key),
is_active=False,
)
)
return _hints
def to_hint(self, srv_reply):
_hints = []
VALID_STATES = {"up", "down"}
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {
"run_ids": [],
"run_names": [],
}
doms = ovirt_mod.StorageDomain.deserialize(srv_reply)
for sd in doms:
_dom_id = sd.get("id")
_dom_name = sd.findtext("name")
info_dict["run_ids"].append(_dom_id)
info_dict["run_names"].append(_dom_name)
_hints.append(
monitoring_hint(
key="storage_domain_{}".format(_dom_id),
v_type="s",
info="ovirt StorageDomain {}".format(_dom_name),
value_string=_dom_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="B",
info="StorageDomain overview",
persistent=True,
value_blob=process_tools.compress_struct(info_dict),
is_active=True,
))
return _hints
def to_hint(self, srv_reply):
_hints = []
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {
"run_ids": [],
"run_names": [],
}
hosts = ovirt_mod.Host.deserialize(srv_reply)
for host in hosts:
_host_id = host.get("id")
_host_name = host.findtext("name")
info_dict["run_ids"].append(_host_id)
info_dict["run_names"].append(_host_name)
_hints.append(
monitoring_hint(
key="host_{}".format(_host_id),
v_type="s",
info="ovirt Host {}".format(_host_name),
value_string=_host_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="B",
info="Host overview",
persistent=True,
value_blob=process_tools.compress_struct(info_dict),
is_active=True,
))
return _hints
def feed_result(self, dc_action, srv_reply):
_hints = []
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {
"run_ids": [],
"run_names": [],
}
hosts = ovirt_mod.Host.deserialize(srv_reply)
for host in hosts:
_host_id = host.get("id")
_host_name = host.findtext("name")
info_dict["run_ids"].append(_host_id)
info_dict["run_names"].append(_host_name)
_hints.append(
monitoring_hint(
key="host_{}".format(_host_id),
v_type="s",
info="ovirt Host {}".format(_host_name),
value_string=_host_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="j",
info="Host overview",
persistent=True,
value_json=json.dumps(info_dict),
is_active=True,
))
self.store_hints(_hints)
yield None
def feed_result(self, dc_action, srv_reply):
_hints = []
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {
"run_ids": [],
"run_names": [],
}
doms = ovirt_mod.StorageDomain.deserialize(srv_reply)
for sd in doms:
_dom_id = sd.get("id")
_dom_name = sd.findtext("name")
info_dict["run_ids"].append(_dom_id)
info_dict["run_names"].append(_dom_name)
_hints.append(
monitoring_hint(
key="storage_domain_{}".format(_dom_id),
v_type="s",
info="ovirt StorageDomain {}".format(_dom_name),
value_string=_dom_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="j",
info="StorageDomain overview",
persistent=True,
value_json=json.dumps(info_dict),
is_active=True,
))
self.store_hints(_hints)
yield None
def feed_result(self, dc_action, srv_reply):
_hints = []
VALID_STATES = {"up", "down"}
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {key: 0 for key in VALID_STATES}
info_dict["run_ids"] = []
info_dict["run_names"] = []
# print("-" * 20)
# print(srv_reply.pretty_print())
# print("+" * 20)
if "vms" in srv_reply:
for vm in srv_reply.xpath(".//ns:vms")[0]:
_xml = etree.fromstring(
server_command.decompress(vm.text, json=True))
# print(etree.tostring(_xml, pretty_print=True))
# try state paths
_state = _xml.xpath(".//status/state/text()")
if not len(_state):
_state = _xml.xpath(".//status/text()")
_state = _state[0]
if _state in VALID_STATES:
info_dict[_state] += 1
if _state == "up":
_dom_id = _xml.get("id")
_dom_name = _xml.findtext("name")
info_dict["run_ids"].append(_dom_id)
info_dict["run_names"].append(_dom_name)
_hints.append(
monitoring_hint(
key="domain_{}".format(_dom_id),
v_type="s",
info="ovirt Domain {}".format(_dom_name),
value_string=_dom_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="j",
info="Domain overview",
persistent=True,
value_json=json.dumps(info_dict),
is_active=True,
))
self.store_hints(_hints)
yield None
def _get_env_check(self, info, key, idx):
return monitoring_hint(
key=key,
v_type="i",
value_int=idx,
info=info,
)
def feed_result(self, dc_action, srv_reply):
_hints = []
if srv_reply is not None:
if "list:sensor_list" in srv_reply:
for sensor in srv_reply["list:sensor_list"]:
lim_dict = {
l_key: sensor.attrib[key]
for l_key, key in [(
"lower_warn",
"limit_lw"), (
"lower_crit",
"limit_lc"), (
"upper_warn",
"limit_uw"), ("upper_crit", "limit_uc")]
if key in sensor.attrib
}
new_hint = monitoring_hint(
key=sensor.attrib["key"],
v_type="f",
info=sensor.attrib["info"],
)
new_hint.update_limits(0.0, lim_dict)
_hints.append(new_hint)
self.store_hints(_hints)
yield None
def _transform_to_hint(self, entry):
key, check, info, _active = entry
return monitoring_hint(
key=key,
v_type="s",
value_string=check,
info=info,
persistent=True,
is_active=_active,
)
def to_hint(self, srv_reply):
_hints = []
VALID_STATES = {"up", "down"}
if srv_reply is not None:
# print srv_reply.pretty_print()
info_dict = {key: 0 for key in VALID_STATES}
info_dict["run_ids"] = []
info_dict["run_names"] = []
if "vms" in srv_reply:
for vm in srv_reply.xpath(".//ns:vms")[0]:
_xml = etree.fromstring(
process_tools.decompress_struct(vm.text))
_state = _xml.xpath(".//status/state/text()")[0]
if _state in VALID_STATES:
info_dict[_state] += 1
if _state == "up":
_dom_id = _xml.get("id")
_dom_name = _xml.findtext("name")
info_dict["run_ids"].append(_dom_id)
info_dict["run_names"].append(_dom_name)
_hints.append(
monitoring_hint(
key="domain_{}".format(_dom_id),
v_type="s",
info="ovirt Domain {}".format(_dom_name),
value_string=_dom_name,
persistent=True,
is_active=False,
))
_hints.append(
monitoring_hint(
key="overview",
v_type="B",
info="Domain overview",
persistent=True,
value_blob=process_tools.compress_struct(info_dict),
is_active=True,
))
return _hints
def to_hint(self, srv_reply):
_hints = []
if srv_reply is not None:
if "domain_overview" in srv_reply:
domain_info = srv_reply["domain_overview"]
if "running" in domain_info and "defined" in domain_info:
domain_info = domain_info["running"]
for _d_idx, d_dict in domain_info.iteritems():
new_hint = monitoring_hint(
key=d_dict["name"],
v_type="s",
info="Domain {}".format(d_dict["name"]),
value_string="running",
)
_hints.append(new_hint)
return _hints
def to_hint(self, srv_reply):
r_dict = supermicro_mod.generate_dict(srv_reply.xpath(".//ns:output/text()", smart_strings=False)[0].split("\n"))
_hints = []
for m_key in sorted(r_dict):
_struct = r_dict[m_key]
for e_key in sorted([_key for _key in _struct.iterkeys() if type(_key) in [int]]):
_hints.append(
monitoring_hint(
key="{}.{:d}".format(m_key, e_key),
v_type="s",
value_string="present",
info="{} {:d}".format(_struct["info"], e_key),
)
)
if len(_hints):
self.remove_cache_entries()
return _hints
def to_hint(self, srv_reply):
_hints = []
if "openvpn_instances" in srv_reply:
ovpn_dict = srv_reply["openvpn_instances"]
for inst_name in ovpn_dict:
if ovpn_dict[inst_name]["type"] == "server":
for c_name in ovpn_dict[inst_name]["dict"]:
_hints.append(
monitoring_hint(
key="{}|{}".format(inst_name, c_name),
v_type="s",
value_string="used",
info="Client {} on instance {}".format(
c_name, inst_name),
persistent=True,
))
return _hints
def feed_result(self, dc_action, srv_reply):
_hints = []
if "openvpn_instances" in srv_reply:
ovpn_dict = srv_reply["openvpn_instances"]
for inst_name in ovpn_dict:
if ovpn_dict[inst_name]["type"] == "server":
for c_name in ovpn_dict[inst_name]["dict"]:
_hints.append(
monitoring_hint(
key="{}|{}".format(inst_name, c_name),
v_type="s",
value_string="used",
info="Client {} on instance {}".format(c_name, inst_name),
persistent=True,
)
)
self.store_hints(_hints)
yield None
def feed_result(self, dc_action, srv_reply):
_hints = []
# print(srv_reply.pretty_print())
if srv_reply is not None:
# print("domain_overview" in srv_reply)
if "domain_overview" in srv_reply:
domain_info = srv_reply["domain_overview"]
# print("***", domain_info)
if "running" in domain_info and "defined" in domain_info:
domain_info = domain_info["running"]
for _d_idx, d_dict in domain_info.items():
new_hint = monitoring_hint(
key=d_dict["name"],
v_type="s",
info="Domain {}".format(d_dict["name"]),
value_string="running",
)
_hints.append(new_hint)
self.store_hints(_hints)
yield None
def _create_hints_ipmi(self, cur_dev, mon_info):
cur_hints = {
(cur_h.m_type, cur_h.key): cur_h
for cur_h in monitoring_hint.objects.filter(Q(device=cur_dev))
}
# import pprint
# pprint.pprint(cur_hints)
# print("**", cur_hints)
_ocsp_prefix = self._get_ipmi_service_prefix(cur_dev)
if not _ocsp_prefix:
self.log(
"cannot get prefix for IPMI service results for device {}".
format(str(cur_dev)))
ocsp_lines = []
# pprint.pprint(cur_hints)
n_updated, n_created, n_deleted = (0, 0, 0)
updated, created = (False, False)
_used_types, _present_keys = (set(), set())
for _val in mon_info:
_key = (_val.get("m_type"), _val.get("name"))
_present_keys.add(_key)
_used_types.add(_val.get("m_type"))
updated, created = (False, False)
if _key in cur_hints:
cur_hint = cur_hints[_key]
# update
for _sfn, _dfn in [("info", "info"), ("v_type", "v_type")]:
if _val.get(_sfn) != getattr(cur_hint, _dfn):
setattr(cur_hint, _dfn, _val.get(_sfn))
updated = True
else:
cur_hint = monitoring_hint(
device=cur_dev,
m_type=_val.get("m_type"),
v_type=_val.get("v_type"),
key=_val.get("name"),
info=_val.get("info"),
)
created = True
limit_dict = {
"{}_{}".format({
"l": "lower",
"u": "upper"
}[_key[0]], {
"w": "warn",
"c": "crit"
}[_key[1]]): float(_val.attrib[_key])
for _key in ["lc", "uc", "lw", "uw"] if _key in _val.attrib
}
if _val.get("v_type") == "f":
_value = float(_val.get("value"))
else:
_value = int(_val.get("value"))
if cur_hint.update_limits(_value, limit_dict):
updated = True
if created or updated:
if created:
n_created += 1
if updated:
n_updated += 1
cur_hint.save()
# create passive check result
cur_hint.set_value(_value)
ret_code, ret_str = self._check_status_ipmi(_value, cur_hint)
ocsp_line = "[{}] PROCESS_SERVICE_CHECK_RESULT;{};{};{:d};{}".format(
mon_info.get("time"),
cur_dev.full_name,
"{}{}".format(_ocsp_prefix, _val.get("info")),
ret_code,
ret_str,
)
ocsp_lines.append(ocsp_line)
# experimental: delete all hints with correct m_type
if len(mon_info) and _used_types:
_del_keys = [
key for key, value in cur_hints.items()
if key not in _present_keys and key[0] in _used_types
and not value.persistent
]
if _del_keys:
self.log(
"{} / {}: {} to delete".format(
str(cur_dev), ", ".join(sorted(list(_used_types))),
logging_tools.get_plural("key", len(_del_keys))),
logging_tools.LOG_LEVEL_WARN)
for _key in _del_keys:
cur_hints[_key].delete()
# pprint.pprint(ocsp_lines)
if _ocsp_prefix:
self.send_pool_message("ocsp_results", ocsp_lines)
if updated or created:
self.log("for {}: created {:d}, updated {:d}".format(
str(cur_dev), n_created, n_updated))
