def inner_document(qs):
if value and not is_objectid(value):
raise HTTPException(
status_code=HTTPStatus.UNPROCESSABLE_ENTITY,
detail=f"'{value}' is not a valid ObjectId",
)
vv = self.model.get_by_id(value) if value else None
if value and not vv:
raise HTTPException(
status_code=HTTPStatus.NOT_FOUND,
detail=f"NotFond {str(self.model)}: {value}")
return qs.filter(**{self.name: vv})
def api_add_group(self, request, type, name, container=None, serial=None):
if is_objectid(container):
c = Object.get_by_id(container)
if not c:
return self.response_not_found()
c = c.id
elif container:
return self.response_bad_request()
else:
c = None
m = ObjectModel.get_by_id(type)
if not m:
return self.response_not_found()
o = Object(name=name, model=m, container=c)
if serial and m.get_data("asset", "part_no0"):
o.set_data("asset", "serial", serial)
o.save()
o.log("Created", user=request.user.username, system="WEB", op="CREATE")
return str(o.id)
def api_test(self, request):
q = self.deserialize(request.body)
errors = []
patterns = []
result = False
# Get data
data = {}
vars = {}
required_vars = set()
r_patterns = []
event_class = None
subject = None
body = None
if "data" in q:
if is_objectid(q["data"]):
event = get_event(q["data"])
if event:
data = event.raw_vars.copy()
data["profile"] = event.managed_object.profile.name
data["source"] = event.source
else:
errors += ["Event not found: %s" % q["data"]]
else:
# Decode json
try:
e = self.deserialize(q["data"])
except Exception:
errors += ["Cannot decode JSON"]
e = None
if isinstance(e, list):
e = e[0]
if not isinstance(e, dict) or "raw_vars" not in e:
errors += ["Invalid JSON data"]
else:
data = e["raw_vars"]
if "profile" in e:
data["profile"] = e["profile"]
if "source" in e:
data["source"] = e["source"]
if data.get("source") == "SNMP Trap":
# Resolve MIBs
data.update(MIB.resolve_vars(data))
# Check event class
if "event_class" in q:
event_class = self.get_object_or_404(EventClass,
id=q["event_class"])
for v in event_class.vars:
if v.required:
required_vars.add(v.name)
vars[v.name] = "MISSED!"
# Check patterns
if "patterns" in q:
for p in q["patterns"]:
if "key_re" in p and "value_re" in p:
k = None
v = None
try:
k = re.compile(p["key_re"])
except re.error as why:
errors += [
"Invalid key regular expression <<<%s>>>: %s" %
(p["key_re"], why)
]
try:
v = re.compile(p["value_re"])
except re.error as why:
errors += [
"Invalid value regular expression <<<%s>>>: %s" %
(p["value_re"], why)
]
if k and v:
patterns += [(k, v)]
# Try to match rule
if patterns and not errors:
s_patterns = []
i_patterns = []
for pkey, pvalue in patterns:
matched = False
for k in data:
k_match = pkey.search(k)
if k_match:
v_match = pvalue.search(data[k])
if v_match:
# Line match
# Update vars
v = {}
v.update(k_match.groupdict())
v.update(v_match.groupdict())
vars.update(v)
# Save patterns
s_patterns += [{
"status":
True,
"key":
k,
"value":
data[k],
"key_re":
pkey.pattern,
"value_re":
pvalue.pattern,
"vars": [{
"key": k,
"value": v[k]
} for k in v],
}]
else:
i_patterns += [{
"status": False,
"key": k,
"value": data[k],
"key_re": pkey.pattern,
"value_re": pvalue.pattern,
"vars": {},
}]
matched = True
break
if not matched:
i_patterns += [{
"status": False,
"key": None,
"value": None,
"key_re": pkey.pattern,
"value_re": pvalue.pattern,
"vars": {},
}]
if s_patterns and not i_patterns:
result = True
r_patterns = s_patterns + i_patterns
# Calculate rule variables
if "vars" in q and q["vars"]:
for v in q["vars"]:
if v["value"].startswith("="):
# Evaluate
try:
vars[v["name"]] = eval(v["value"][1:], {}, vars)
except Exception as why:
errors += [
"Error when evaluating '%s': %s" % (v["name"], why)
]
else:
vars[v["name"]] = v["value"]
# Check required variables
for rvars in required_vars:
if rvars not in vars:
errors += ["Missed required variable: %s" % rvars]
# Fill event class template
if event_class:
# lang = "en"
ctx = Context(vars)
subject = Template(event_class.subject_template).render(ctx)
body = Template(event_class.body_template).render(ctx)
# Check expression
r = {"result": result}
if errors:
r["errors"] = errors
if vars:
r["vars"] = [{"key": k, "value": vars[k]} for k in vars]
if r_patterns:
r["patterns"] = r_patterns
if subject:
r["subject"] = subject
if body:
r["body"] = body
return r
def api_node(self, request):
children = []
if request.GET and "node" in request.GET:
container = request.GET["node"]
if is_objectid(container):
container = Object.get_by_id(container)
if not container:
return self.response_not_found()
children = [
(o.name, o)
for o in Object.objects.filter(container=container.id)
]
# Collect inner connections
children += [
(name, o)
for name, o, _ in container.get_inner_connections()
]
elif container == "root":
cmodels = [
d["_id"] for d in ObjectModel._get_collection().find(
{"data.container.container": True}, {"_id": 1})
]
children = [(o.name, o)
for o in Object.objects.filter(__raw__={
"container": None,
"model": {
"$in": cmodels
}
})]
else:
return self.response_bad_request()
r = []
# Build node interface
for name, o in children:
m_plugins = o.model.plugins or []
disabled_plugins = set(p[1:] for p in m_plugins
if p.startswith("-"))
n = {
"id": str(o.id),
"name": name,
"plugins": [],
"can_add": bool(o.get_data("container", "container")),
"can_delete": str(o.model.uuid) not in self.UNDELETABLE,
}
if o.get_data("container",
"container") or o.has_inner_connections():
# n["expanded"] = Object.objects.filter(container=o.id).count() == 1
n["expanded"] = False
else:
n["leaf"] = True
if o.get_data("rack", "units"):
n["plugins"] += [self.get_plugin_data("rack")]
if o.model.connections:
n["plugins"] += [self.get_plugin_data("inventory")]
if o.get_data("geopoint", "layer"):
n["plugins"] += [self.get_plugin_data("map")]
if o.get_data("management", "managed_object"):
n["plugins"] += [self.get_plugin_data("managedobject")]
if o.get_data("contacts", "has_contacts"):
n["plugins"] += [self.get_plugin_data("contacts")]
# Append model's plugins
for p in m_plugins:
if not p.startswith("-"):
n["plugins"] += [self.get_plugin_data(p)]
n["plugins"] += [
self.get_plugin_data("data"),
self.get_plugin_data("comment"),
self.get_plugin_data("file"),
self.get_plugin_data("log"),
]
# Process disabled plugins
n["plugins"] = [
p for p in n["plugins"] if p["name"] not in disabled_plugins
]
r += [n]
return r
def test_is_objectid(raw, expected):
assert is_objectid(raw) is expected
def get_Q(self, request, query):
if is_objectid(query):
q = Q(id=query)
else:
q = super(ServiceApplication, self).get_Q(request, query)
return q
def get_Q(self, request, query):
if is_objectid(query):
q = Q(id=query)
else:
q = super().get_Q(request, query)
return q
