def page(self):
is_configured = self._varname in self._current_settings
is_configured_globally = self._varname in self._global_settings
default_values = watolib.ABCConfigDomain.get_all_default_globals()
defvalue = default_values[self._varname]
value = self._current_settings.get(
self._varname, self._global_settings.get(self._varname, defvalue))
html.begin_form("value_editor", method="POST")
forms.header(self._valuespec.title())
if not config.wato_hide_varnames:
forms.section(_("Configuration variable:"))
html.tt(self._varname)
forms.section(_("Current setting"))
self._valuespec.render_input("ve", value)
self._valuespec.set_focus("ve")
html.help(self._valuespec.help())
if is_configured_globally:
self._show_global_setting()
forms.section(_("Factory setting"))
html.write_html(self._valuespec.value_to_text(defvalue))
forms.section(_("Current state"))
if is_configured_globally:
html.write_text(
_("This variable is configured in <a href=\"%s\">global settings</a>."
) %
("wato.py?mode=edit_configvar&varname=%s" % self._varname))
elif not is_configured:
html.write_text(_("This variable is at factory settings."))
else:
curvalue = self._current_settings[self._varname]
if is_configured_globally and curvalue == self._global_settings[
self._varname]:
html.write_text(
_("Site setting and global setting are identical."))
elif curvalue == defvalue:
html.write_text(
_("Your setting and factory settings are identical."))
else:
html.write(self._valuespec.value_to_text(curvalue))
forms.end()
html.button("save", _("Save"))
if self._config_variable.allow_reset() and is_configured:
curvalue = self._current_settings[self._varname]
html.button(
"_reset",
_("Remove explicit setting")
if curvalue == defvalue else _("Reset to default"))
html.hidden_fields()
html.end_form()
def page(self) -> None:
is_configured = self._is_configured()
is_configured_globally = self._varname in self._global_settings
default_values = watolib.ABCConfigDomain.get_all_default_globals()
defvalue = default_values[self._varname]
value = self._current_settings.get(
self._varname, self._global_settings.get(self._varname, defvalue))
hint = self._config_variable.hint()
if hint:
html.show_warning(hint)
html.begin_form("value_editor", method="POST")
title = self._valuespec.title()
assert isinstance(title, str)
forms.header(title)
if not config.wato_hide_varnames:
forms.section(_("Configuration variable:"))
html.tt(self._varname)
forms.section(_("Current setting"))
self._valuespec.render_input("ve", value)
self._valuespec.set_focus("ve")
html.help(self._valuespec.help())
if is_configured_globally:
self._show_global_setting()
forms.section(_("Factory setting"))
html.write_text(self._valuespec.value_to_html(defvalue))
forms.section(_("Current state"))
if is_configured_globally:
html.write_text(
_('This variable is configured in <a href="%s">global settings</a>.'
) %
("wato.py?mode=edit_configvar&varname=%s" % self._varname))
elif not is_configured:
html.write_text(_("This variable is at factory settings."))
else:
curvalue = self._current_settings[self._varname]
if is_configured_globally and curvalue == self._global_settings[
self._varname]:
html.write_text(
_("Site setting and global setting are identical."))
elif curvalue == defvalue:
html.write_text(
_("Your setting and factory settings are identical."))
else:
html.write_text(self._valuespec.value_to_html(curvalue))
forms.end()
html.hidden_fields()
html.end_form()
def page(self):
header = self._manpage["header"]
html.open_table(class_=["data", "headerleft"])
html.open_tr()
html.th(_("Title"))
html.open_td()
html.b(header["title"])
html.close_td()
html.close_tr()
html.open_tr()
html.th(_("Name of plugin"))
html.open_td()
html.tt(self._check_type)
html.close_td()
html.close_tr()
html.open_tr()
html.th(_("Description"))
html.td(self._manpage_text(header["description"]))
html.close_tr()
if self._manpage["type"] == "check_mk":
html.open_tr()
html.th(_("Service name"))
html.td(
HTML(self._manpage["service_description"].replace(
"%s", "☐")))
html.close_tr()
discovery = header.get("discovery") or header.get("inventory")
if discovery:
html.open_tr()
html.th(_("Discovery"))
html.td(self._manpage_text(discovery))
html.close_tr()
check_ruleset_name = self._manpage.get("check_ruleset_name")
if check_ruleset_name is not None:
self._show_ruleset("checkgroup_parameters:%s" %
check_ruleset_name)
cluster = header.get("cluster")
if cluster:
html.open_tr()
html.th(_("Cluster behaviour"))
html.td(self._manpage_text(cluster))
html.close_tr()
else:
self._show_ruleset("active_checks:%s" % self._check_type[6:])
html.close_table()
def page(self):
html.open_table(class_=["data", "headerleft"])
html.open_tr()
html.th(_("Title"))
html.open_td()
html.b(self._manpage["header"]["title"])
html.close_td()
html.close_tr()
html.open_tr()
html.th(_("Name of plugin"))
html.open_td()
html.tt(self._check_type)
html.close_td()
html.close_tr()
html.open_tr()
html.th(_("Description"))
html.td(self._manpage_text(self._manpage["header"]["description"]))
html.close_tr()
if self._manpage["type"] == "check_mk":
html.open_tr()
html.th(_("Service name"))
html.td(
HTML(self._manpage["service_description"].replace(
"%s", "☐")))
html.close_tr()
if self._manpage.get("group"):
group = self._manpage["group"]
varname = "checkgroup_parameters:" + group
self._show_ruleset(varname)
else:
varname = "active_checks:" + self._check_type[6:]
self._show_ruleset(varname)
html.close_table()
def _show_service_info(self, all_rulesets):
serviceinfo = watolib.check_mk_automation(
self._host.site_id(), "analyse-service",
[self._hostname, self._service])
if not serviceinfo:
return
forms.header(_("Check origin and parameters"),
isopen=True,
narrow=True,
css="rulesettings")
origin = serviceinfo["origin"]
origin_txt = {
"active": _("Active check"),
"static": _("Manual check"),
"auto": _("Inventorized check"),
"classic": _("Classical check"),
}[origin]
self._render_rule_reason(_("Type of check"), None, "", "", False,
origin_txt)
# First case: discovered checks. They come from var/check_mk/autochecks/HOST.
if origin == "auto":
checkgroup = serviceinfo["checkgroup"]
checktype = serviceinfo["checktype"]
if not checkgroup:
self._render_rule_reason(
_("Parameters"), None, "", "", True,
_("This check is not configurable via WATO"))
# Logwatch needs a special handling, since it is not configured
# via checkgroup_parameters but via "logwatch_rules" in a special
# WATO module.
elif checkgroup == "logwatch":
rulespec = rulespec_registry["logwatch_rules"]
self._output_analysed_ruleset(
all_rulesets,
rulespec,
svc_desc_or_item=serviceinfo["item"],
svc_desc=self._service,
known_settings=serviceinfo["parameters"])
else:
# Note: some discovered checks have a check group but
# *no* ruleset for discovered checks. One example is "ps".
# That can be configured as a manual check or created by
# inventory. But in the later case all parameters are set
# by the inventory. This will be changed in a later version,
# but we need to address it anyway.
grouprule = "checkgroup_parameters:" + checkgroup
if grouprule not in rulespec_registry:
try:
rulespec = rulespec_registry["static_checks:" +
checkgroup]
except KeyError:
rulespec = None
if rulespec:
url = watolib.folder_preserving_link([
('mode', 'edit_ruleset'),
('varname', "static_checks:" + checkgroup),
('host', self._hostname)
])
self._render_rule_reason(
_("Parameters"), url, _("Determined by discovery"),
None, False,
rulespec.valuespec._elements[2].value_to_text(
serviceinfo["parameters"]))
else:
self._render_rule_reason(
_("Parameters"), None, "", "", True,
_("This check is not configurable via WATO"))
else:
rulespec = rulespec_registry[grouprule]
self._output_analysed_ruleset(
all_rulesets,
rulespec,
svc_desc_or_item=serviceinfo["item"],
svc_desc=self._service,
known_settings=serviceinfo["parameters"])
elif origin == "static":
checkgroup = serviceinfo["checkgroup"]
checktype = serviceinfo["checktype"]
if not checkgroup:
html.write_text(_("This check is not configurable via WATO"))
else:
rulespec = rulespec_registry["static_checks:" + checkgroup]
itemspec = rulespec.item_spec
if itemspec:
item_text = itemspec.value_to_text(serviceinfo["item"])
title = rulespec.item_spec.title()
else:
item_text = serviceinfo["item"]
title = _("Item")
self._render_rule_reason(title, None, "", "", False, item_text)
self._output_analysed_ruleset(
all_rulesets,
rulespec,
svc_desc_or_item=serviceinfo["item"],
svc_desc=self._service,
known_settings=self._PARAMETERS_OMIT)
html.write(rulespec.valuespec._elements[2].value_to_text(
serviceinfo["parameters"]))
html.close_td()
html.close_tr()
html.close_table()
elif origin == "active":
checktype = serviceinfo["checktype"]
rulespec = rulespec_registry["active_checks:" + checktype]
self._output_analysed_ruleset(
all_rulesets,
rulespec,
svc_desc_or_item=None,
svc_desc=None,
known_settings=serviceinfo["parameters"])
elif origin == "classic":
ruleset = all_rulesets.get("custom_checks")
origin_rule_result = self._get_custom_check_origin_rule(
ruleset, self._hostname, self._service)
if origin_rule_result is None:
raise MKUserError(
None,
_("Failed to determine origin rule of %s / %s") %
(self._hostname, self._service))
rule_folder, rule_index, _rule = origin_rule_result
url = watolib.folder_preserving_link([('mode', 'edit_ruleset'),
('varname', "custom_checks"),
('host', self._hostname)])
forms.section(html.render_a(_("Command Line"), href=url))
url = watolib.folder_preserving_link([('mode', 'edit_rule'),
('varname', "custom_checks"),
('rule_folder',
rule_folder.path()),
('rulenr', rule_index),
('host', self._hostname)])
html.open_table(class_="setting")
html.open_tr()
html.open_td(class_="reason")
html.a("%s %d %s %s" %
(_("Rule"), rule_index + 1, _("in"), rule_folder.title()),
href=url)
html.close_td()
html.open_td(class_=["settingvalue", "used"])
if "command_line" in serviceinfo:
html.tt(serviceinfo["command_line"])
else:
html.write_text(_("(no command line, passive check)"))
html.close_td()
html.close_tr()
html.close_table()
self._show_labels(serviceinfo.get("labels", {}), "service",
serviceinfo.get("label_sources", {}))
