def display(self, value: FilterHTTPVariables) -> None:
html.text_input(self._varprefix + "name")
html.br()
display_filter_radiobuttons(
varname=self._varprefix + "match",
options=[
("exact", _("exact match")),
("regex", _("regular expression, substring match")),
],
default="exact",
value=value,
)
html.br()
html.open_span(class_="min_max_row")
html.write_text(_("Min. Version: "))
html.text_input(
self._varprefix + "version_from",
default_value=value.get(self._varprefix + "version_from", ""),
size=9,
)
html.write_text(" ")
html.write_text(_("Max. Vers.: "))
html.text_input(
self._varprefix + "version_to",
default_value=value.get(self._varprefix + "version_from", ""),
size=9,
)
html.close_span()
html.br()
html.checkbox(
self._varprefix + "negate",
False,
label=_("Negate: find hosts <b>not</b> having this package"),
)
def filter(self, value: FilterHTTPVariables) -> FilterHeader:
headers = []
# Do not restrict to a certain number, because we'd like to link to this
# via an URL, e.g. from the virtual host tree snapin
num = 0
column = livestatus.lqencode(self.object_type) + "_tags"
while value.get("%s%d_grp" % (self.var_prefix, num)):
prefix = "%s%d" % (self.var_prefix, num)
num += 1
op = value.get(prefix + "_op")
tag_group = config.tags.get_tag_group(
value.get(prefix + "_grp", ""))
tag = value.get(prefix + "_val", "")
if not tag_group or not op:
continue
headers.append(
encode_label_for_livestatus(column,
tag_group.id,
tag,
negate=op != "is"))
if headers:
return "\n".join(headers) + "\n"
return ""
def get_bound(self, var: str,
value: FilterHTTPVariables) -> Union[int, float, None]:
try:
if isinstance(self.bound_rescaling, int):
return int(value.get(var, "")) * self.bound_rescaling
return float(value.get(var, "")) * self.bound_rescaling
except ValueError:
return None
def display(self, value: FilterHTTPVariables) -> None:
html.write_text(_("Min. Version:"))
html.text_input(self.htmlvars[0],
default_value=value.get(self.htmlvars[0], ""),
size=7)
html.write_text(" ")
html.write_text(_("Max. Version:"))
html.text_input(self.htmlvars[1],
default_value=value.get(self.htmlvars[1], ""),
size=7)
def display(self, value: FilterHTTPVariables) -> None:
html.write_text(_("from:") + " ")
html.text_input(self.ident + "_from",
default_value=value.get(self.ident + "_from", ""),
size=8,
cssclass="number")
html.write_text(" %s: " % _("to"))
html.text_input(self.ident + "_to",
default_value=value.get(self.ident + "_to", ""),
size=8,
cssclass="number")
def parse_value(self, value: FilterHTTPVariables) -> Labels:
# Do not restrict to a certain number, because we'd like to link to this
# via an URL, e.g. from the virtual host tree snapin
num = 0
while (this_tag :=
value.get("%s_%d" % (self.var_prefix, num))) is not None:
if this_tag:
negate = bool(value.get("%s_%d_neg" % (self.var_prefix, num)))
yield Label(this_tag, this_tag, negate)
num += 1
def filter(self, value: FilterHTTPVariables) -> FilterHeader:
if filter_value := value.get(self.request_vars[0]):
return encode_labels_for_livestatus(
column=self.column,
labels=[
Label(
f"cmk/kubernetes/{self._kubernetes_object_type}",
filter_value,
False,
)
],
)
def host_aux_tags_lq(prefix: str, value: FilterHTTPVariables) -> FilterHeader:
headers = []
# Do not restrict to a certain number, because we'd like to link to this
# via an URL, e.g. from the virtual host tree snapin
num = 0
while (this_tag := value.get("%s_%d" % (prefix, num))) is not None:
if this_tag:
negate = bool(value.get("%s_%d_neg" % (prefix, num)))
headers.append(
encode_label_for_livestatus("host_tags", this_tag, this_tag,
negate))
num += 1
def filter(self, value: FilterHTTPVariables) -> FilterHeader:
address_val = value.get(self.htmlvars[0])
if not address_val:
return ""
if value.get(self.htmlvars[1]) == "yes":
op = "~"
address = "^" + livestatus.lqencode(address_val)
else:
op = "="
address = livestatus.lqencode(address_val)
if self._what == "primary":
return "Filter: host_address %s %s\n" % (op, address)
varname = "ADDRESS_4" if self._what == "ipv4" else "ADDRESS_6"
return "Filter: host_custom_variables %s %s %s\n" % (op, varname, address)
def display(self, value: FilterHTTPVariables) -> None:
html.write_text(_("From: "))
htmlvar = self.htmlvars[0]
current_value = value.get(htmlvar, "")
html.text_input(htmlvar, default_value=current_value, size=8, cssclass="number")
if self._unit:
html.write_text(" %s" % self._unit)
html.write_text(" " + _("To: "))
htmlvar = self.htmlvars[1]
current_value = value.get(htmlvar, "")
html.text_input(htmlvar, default_value=current_value, size=8, cssclass="number")
if self._unit:
html.write_text(" %s" % self._unit)
def display(self, value: FilterHTTPVariables) -> None:
html.write_text(_("From:") + " ")
html.text_input(
self.htmlvars[0], default_value=value.get(self.htmlvars[0], ""), style="width: 80px;"
)
if self.unit:
html.write_text(" %s " % self.unit)
html.write_text(" " + _("To:") + " ")
html.text_input(
self.htmlvars[1], default_value=value.get(self.htmlvars[1], ""), style="width: 80px;"
)
if self.unit:
html.write_text(" %s " % self.unit)
def parse_value(self, value: FilterHTTPVariables) -> Labels:
# Do not restrict to a certain number, because we'd like to link to this
# via an URL, e.g. from the virtual host tree snapin
num = 0
while value.get("%s_%d_grp" % (self.var_prefix, num)):
prefix = "%s_%d" % (self.var_prefix, num)
num += 1
op = value.get(prefix + "_op")
tag_group = active_config.tags.get_tag_group(
value.get(prefix + "_grp", ""))
if tag_group and op:
tag = value.get(prefix + "_val", "")
yield Label(tag_group.id, tag, negate=op != "is")
def _get_time_range_of(self, value: FilterHTTPVariables,
what: str) -> Union[None, int, float]:
varprefix = self.ident + "_" + what
rangename = value.get(varprefix + "_range")
if rangename == "abs":
try:
return time.mktime(time.strptime(value[varprefix], "%Y-%m-%d"))
except Exception:
user_errors.add(
MKUserError(
varprefix,
_("Please enter the date in the format YYYY-MM-DD.")))
return None
if rangename == "unix":
return int(value[varprefix])
if rangename is None:
return None
try:
count = int(value[varprefix])
secs = count * int(rangename)
return int(time.time()) - secs
except Exception:
return None
def display_filter_radiobuttons(*, varname: str, options: List[Tuple[str, str]], default: str,
value: FilterHTTPVariables) -> None:
pick = value.get(varname, default)
html.begin_radio_group(horizontal=True)
for state, text in options:
html.radiobutton(varname, state, pick == state, text + " ")
html.end_radio_group()
def hostgroup_problems_filter(value: FilterHTTPVariables) -> FilterHeader:
headers = []
for svc_var in ["warn", "crit", "pending", "unknown"]:
if value.get("hostgroups_having_services_%s" % svc_var):
headers.append("num_services_%s > 0\n" % svc_var)
for host_var in ["down", "unreach", "pending"]:
if value.get("hostgroups_having_hosts_%s" % host_var):
headers.append("num_hosts_%s > 0\n" % host_var)
if value.get("hostgroups_show_unhandled_host"):
headers.append("num_hosts_unhandled_problems > 0\n")
if value.get("hostgroups_show_unhandled_svc"):
headers.append("num_services_unhandled_problems > 0\n")
return lq_logic("Filter:", headers, "Or")
def display(self, value: FilterHTTPVariables) -> None:
current_value = value.get(self.query_filter.request_vars[0], "")
html.text_input(
self.htmlvars[0], current_value, self.query_filter.negateable and "neg" or ""
)
if self.query_filter.negateable:
checkbox_component(self.query_filter.request_vars[1], value, _("negate"))
def host_having_svc_problems_filter(
value: FilterHTTPVariables) -> FilterHeader:
conditions = [
"host_num_services_%s > 0" % var
for var in ["warn", "crit", "pending", "unknown"]
if value.get("hosts_having_services_%s" % var)
]
return lq_logic("Filter:", conditions, "Or")
def display(self, value: FilterHTTPVariables):
html.open_table(class_="filtertime")
for what, whatname in [("from", _("From")), ("until", _("Until"))]:
varprefix = self.ident + "_" + what
html.open_tr()
html.td("%s:" % whatname)
html.open_td()
html.text_input(varprefix, default_value=value.get(varprefix, ""))
html.close_td()
html.open_td()
html.dropdown(
varprefix + "_range",
query_filters.time_filter_options(),
deflt=value.get(varprefix + "_range", "3600"),
)
html.close_td()
html.close_tr()
html.close_table()
def filter(self, value: FilterHTTPVariables) -> FilterHeader:
# not (A or B) => (not A) and (not B)
if value.get(self.htmlvars[1]):
negate = "!"
op = "And"
else:
negate = ""
op = "Or"
return lq_logic(f"Filter: {self.column} {negate}>=", self.selection(value), op)
def checkbox_row(
options: List[Tuple[str, str]], value: FilterHTTPVariables, title: Optional[str] = None
) -> None:
html.begin_checkbox_group()
if title:
html.write_text(title)
checkbox_default = not any(value.values())
for var, text in options:
html.checkbox(var, bool(value.get(var, checkbox_default)), label=text)
html.end_checkbox_group()
def display(self, value: FilterHTTPVariables) -> None:
html.begin_checkbox_group()
for state, state_name in sorted(defines.interface_oper_states().items()):
if not isinstance(state, int): # needed because of silly types
continue
if state >= 8:
continue # skip artificial state 8 (degraded) and 9 (admin down)
varname = self.ident + "_" + str(state)
html.checkbox(varname, bool(value.get(varname, True)), label=state_name)
if state in (4, 7):
html.br()
html.end_checkbox_group()
def heading_info(self, value: FilterHTTPVariables) -> Optional[str]:
# FIXME: There is a problem with caching data and changing titles of WATO files
# Everything is changed correctly but the filter object is stored in the
# global multisite_filters var and self.path_to_tree is not refreshed when
# rendering this title. Thus the threads might have old information about the
# file titles and so on.
# The call below needs to use some sort of indicator wether the cache needs
# to be renewed or not.
self.check_wato_data_update()
current = value.get(self.ident)
if current and current != "/":
return self.path_to_tree.get(current)
return None
def display(self, value: FilterHTTPVariables) -> None:
actual_value = value.get(self._filter_range_config.column,
self._filter_range_config.default)
html.add_form_var(self._filter_range_config.column)
html.write_html(
HTML(f"""
<input
id={self._filter_range_config.column}
name={self._filter_range_config.column}
style="pointer-events: all; width: 80%%;"
oninput="{self._update_label()}" type="range"
step="{self._filter_range_config.step}"
min="{self._filter_range_config.min}"
max="{self._filter_range_config.max}"
value="{actual_value}">
<label id={self._filter_range_config.column}_label>{actual_value}</>
"""))
def display(self, value: FilterHTTPVariables) -> None:
html.open_table()
from_value, to_value = (self._days_to_seconds(value.get(v, "")) for v in self.htmlvars)
html.open_tr()
html.td("%s:" % _("from"), style="vertical-align: middle;")
html.open_td()
self._valuespec().render_input(self._from_varprefix, from_value)
html.close_td()
html.close_tr()
html.open_tr()
html.td("%s:" % _("to"), style="vertical-align: middle;")
html.open_td()
self._valuespec().render_input(self._to_varprefix, to_value)
html.close_td()
html.close_tr()
html.close_table()
def get_bound(var: str, value: FilterHTTPVariables) -> Optional[int]:
rangename = value.get(var + "_range")
if rangename == "abs":
try:
return int(time.mktime(time.strptime(value[var], "%Y-%m-%d")))
except Exception:
user_errors.add(
MKUserError(
var,
_("Please enter the date in the format YYYY-MM-DD.")))
return None
if rangename == "unix":
return int(value[var])
if rangename is None:
return None
try:
count = int(value[var])
secs = count * int(rangename)
return int(time.time()) - secs
except Exception:
return None
def filter(self, value: FilterHTTPVariables) -> FilterHeader:
self.check_wato_data_update()
if folder := value.get(self.ident):
return "Filter: host_filename %s\n" % _wato_folders_to_lq_regex(
folder)
def display(self, value: FilterHTTPVariables) -> None:
html.dropdown(self.ident,
self.choices(),
deflt=value.get(self.htmlvars[0], ""))
def _to_list(self, value: FilterHTTPVariables) -> List[str]:
if folders := value.get(self.htmlvars[0], ""):
return folders.split("|")
def need_inventory(self, value: FilterHTTPVariables) -> bool:
return bool(value.get(self._varprefix + "name"))
def parse_value(self, value: FilterHTTPVariables) -> Labels:
return parse_labels_value(value.get(self.request_vars[0], ""))