def render(self, row: Row, cell: Cell) -> CellSpec:
single_url = "view.py?" + urlencode_vars(
[("view_name", "aggr_single"), ("aggr_name", row["aggr_name"])])
avail_url = single_url + "&mode=availability"
bi_map_url = "bi_map.py?" + urlencode_vars([
("aggr_name", row["aggr_name"]),
])
with output_funnel.plugged():
html.icon_button(bi_map_url, _("Visualize this aggregation"),
"aggr")
html.icon_button(single_url, _("Show only this aggregation"),
"showbi")
html.icon_button(avail_url,
_("Analyse availability of this aggregation"),
"availability")
if row["aggr_effective_state"]["in_downtime"] != 0:
html.icon(
"derived_downtime",
_("A service or host in this aggregation is in downtime."))
if row["aggr_effective_state"]["acknowledged"]:
html.icon(
"ack",
_("The critical problems that make this aggregation non-OK have been acknowledged."
),
)
if not row["aggr_effective_state"]["in_service_period"]:
html.icon(
"outof_serviceperiod",
_("This aggregation is currently out of its service period."
),
)
code = HTML(output_funnel.drain())
return "buttons", code
def do_remote_automation(site, command, vars_, files=None, timeout=None):
auto_logger.info("RUN [%s]: %s", site, command)
auto_logger.debug("VARS: %r", vars_)
base_url = site["multisiteurl"]
secret = site.get("secret")
if not secret:
raise MKAutomationException(
_("You are not logged into the remote site."))
url = (base_url + "automation.py?" +
urlencode_vars([("command", command), ("secret", secret),
("debug", config.debug and '1' or '')]))
response = get_url(url,
site.get('insecure', False),
data=dict(vars_),
files=files,
timeout=timeout)
auto_logger.debug("RESPONSE: %r", response)
if not response:
raise MKAutomationException(_("Empty output from remote site."))
try:
response = ast.literal_eval(response)
except SyntaxError:
# The remote site will send non-Python data in case of an error.
raise MKAutomationException("%s: <pre>%s</pre>" %
(_("Got invalid data"), response))
return response
def _legacy_push_user_profile_to_site(site, user_id, profile):
url = site["multisiteurl"] + "automation.py?" + urlencode_vars([
("command", "push-profile"),
("secret", site["secret"]),
("siteid", site['id']),
("debug", config.debug and "1" or ""),
])
response = get_url(url,
site.get('insecure', False),
data={
'user_id': user_id,
'profile': mk_repr(profile),
},
timeout=60)
if not response:
raise MKAutomationException(_("Empty output from remote site."))
try:
response = mk_eval(response)
except Exception:
# The remote site will send non-Python data in case of an error.
raise MKAutomationException("%s: <pre>%s</pre>" %
(_("Got invalid data"), response))
return response
def _do_remote_automation_serialized(
*,
site,
command,
vars_,
files=None,
timeout=None,
) -> str:
auto_logger.info("RUN [%s]: %s", site, command)
auto_logger.debug("VARS: %r", vars_)
base_url = site["multisiteurl"]
secret = site.get("secret")
if not secret:
raise MKAutomationException(
_("You are not logged into the remote site."))
url = (base_url + "automation.py?" +
urlencode_vars([("command", command), ("secret", secret),
("debug", config.debug and "1" or "")]))
response = get_url(url,
site.get("insecure", False),
data=dict(vars_),
files=files,
timeout=timeout)
auto_logger.debug("RESPONSE: %r", response)
if not response:
raise MKAutomationException(_("Empty output from remote site."))
return response
def js_dashlet(self, figure_type_name: str) -> None:
fetch_url = "ajax_figure_dashlet_data.py"
div_id = "%s_dashlet_%d" % (self.type_name(), self._dashlet_id)
html.div("", id_=div_id)
# TODO: Would be good to align this scheme with AjaxPage.webapi_request()
# (a single HTTP variable "request=<json-body>".
post_body = urlencode_vars(self._dashlet_http_variables())
html.javascript(
"""
let figure_%(dashlet_id)d = cmk.figures.figure_registry.get_figure(%(type_name)s);
let %(instance_name)s = new figure_%(dashlet_id)d(%(div_selector)s);
%(instance_name)s.set_post_url_and_body(%(url)s, %(body)s);
%(instance_name)s.initialize();
%(instance_name)s.scheduler.set_update_interval(%(update)d);
%(instance_name)s.scheduler.enable();
""" % {
"type_name": json.dumps(figure_type_name),
"dashlet_id": self._dashlet_id,
"instance_name": self.instance_name,
"div_selector": json.dumps("#%s" % div_id),
"url": json.dumps(fetch_url),
"body": json.dumps(post_body),
"update": self.update_interval,
})
def _handle_report_form(self, crash_info):
details = {}
try:
vs = self._vs_crash_report()
details = vs.from_html_vars("_report")
vs.validate_value(details, "_report")
# Make the resulting page execute the crash report post request
url_encoded_params = urlencode_vars(
list(details.items()) + [
("crashdump",
base64.b64encode(
_pack_crash_report(
self._get_serialized_crash_report()))),
])
html.open_div(id_="pending_msg", style="display:none")
html.show_message(_("Submitting crash report..."))
html.close_div()
html.open_div(id_="success_msg", style="display:none")
html.show_message(
_("Your crash report has been submitted (ID: ###ID###). Thanks for your participation, "
"it is very important for the quality of Checkmk.<br><br>"
"Please note:"
"<ul>"
"<li>In general we do <i>not</i> respond to crash reports, "
"except we need further information from you.</li>"
"<li>We read every feedback thoroughly, but this might happen "
"not before a couple of weeks or even months have passed and is "
"often aligned with our release cycle.</li>"
"<li>If you are in need of a quick solution for your problem, then "
"we can help you within the scope of professional support. If you "
"already have a support contract, then please use your personal "
"support email address to send us a mail refering to your crash "
"report.<br>If you are interested in the details about support, "
"you find details on <a href=\"https://checkmk.com/"
"checkmk_support_contract.html\" target=\"_blank\">our website</a>."
))
html.close_div()
html.open_div(id_="fail_msg", style="display:none")
report_url = makeuri_contextless(
request,
[
("subject",
"Checkmk Crash Report - " + self._get_version()),
],
filename="mailto:" + self._get_crash_report_target(),
)
html.show_error(
_("Failed to send the crash report. Please download it manually and send it "
"to <a href=\"%s\">%s</a>") %
(report_url, self._get_crash_report_target()))
html.close_div()
html.javascript(
"cmk.transfer.submit_crash_report(%s, %s);" % (json.dumps(
config.crash_report_url), json.dumps(url_encoded_params)))
except MKUserError as e:
user_errors.add(e)
return details
def paint(self, value, hostname):
parts = [
html.render_a(
hn, "wato.py?" + urlencode_vars([("mode", "edit_host"),
("host", hn)]))
for hn in value
]
return "", HTML(", ").join(parts)
def render(self, what, row, tags, custom_vars):
# TODO: At least for interfaces we have 2 predictive values. But this icon
# only creates a link to the first one. Add multiple icons or add a navigation
# element to the prediction page.
if what == "service":
parts = row[what + "_perf_data"].split()
for p in parts:
if p.startswith("predict_"):
varname, _value = p.split("=")
dsname = varname[8:]
sitename = row["site"]
url_prefix = config.site(sitename)["url_prefix"]
url = url_prefix + "check_mk/prediction_graph.py?" + urlencode_vars(
[
("host", row["host_name"]),
("service", row["service_description"]),
("dsname", dsname),
])
title = _("Analyse predictive monitoring for this service")
return 'prediction', title, url
def _show_tree(self):
tree = self._get_tree()
affected_hosts = self._row["aggr_hosts"]
title = self._row["aggr_tree"]["title"]
group = self._row["aggr_group"]
url_id = urlencode_vars(
[
("aggregation_id", self._row["aggr_tree"]["aggregation_id"]),
("group", group),
("title", title),
("omit_root", "yes" if self._omit_root else ""),
("renderer", self.__class__.__name__),
("only_problems", "yes" if self._only_problems else ""),
("reqhosts", ",".join("%s#%s" % sitehost for sitehost in affected_hosts)),
]
)
html.open_div(id_=url_id, class_="bi_tree_container")
self._show_subtree(tree, path=[tree[2]["title"]], show_host=len(affected_hosts) > 1)
html.close_div()
def render(self, what, row, tags, custom_vars):
if not config.mkeventd_enabled:
return
# show for services based on the mkevents active check
command = row[what + "_check_command"]
if what != "service" or not command.startswith("check_mk_active-mkevents"):
return
# Split command by the parts (COMMAND!ARG0!...) Beware: Do not split by escaped exclamation mark.
splitted_command = re.split(r"(?<!\\)!", command)
# All arguments are space separated in in ARG0
if len(splitted_command) != 2:
return
host = None
app = None
# Extract parameters from check_command
args = shlex.split(splitted_command[1])
if not args:
return
# Handle -a and -H options. Sorry for the hack. We currently
# have no better idea
if len(args) >= 2 and args[0] == "-H":
args = args[2:] # skip two arguments
if len(args) >= 1 and args[0] == "-a":
args = args[1:]
if len(args) >= 1:
host = _get_hostname(args, row)
# If we have no host then the command line from the check_command seems
# to be garbled. Better show nothing in this case.
if not host:
return
# It is possible to have a central event console, this is the default case.
# Another possible architecture is to have an event console in each site in
# a distributed environment. For the later case the base url need to be
# constructed here
url_prefix = ""
if getattr(config, "mkeventd_distributed", False):
site = get_site_config(row["site"])
url_prefix = site["url_prefix"] + "check_mk/"
url_vars = [
("view_name", "ec_events_of_monhost"),
("site", row["site"]),
("host", row["host_name"]),
]
title = _("Events of Host %s") % (row["host_name"])
if len(args) >= 2:
app = args[1].strip("'").replace("\\\\", "\\").replace("\\!", "!")
title = _('Events of Application "%s" on Host %s') % (app, host)
url_vars.append(("event_application", app))
url = "view.py?" + urlencode_vars(url_vars)
return "mkeventd", title, url_prefix + url
def test_urlencode_vars(inp, out):
assert urlencode_vars(inp) == out
def __init__(self, endpoint: str, url_vars: Optional[HTTPVariables]):
super().__init__(type="ajax")
self.endpoint = endpoint if endpoint else None
self.url_vars = urlencode_vars(url_vars) if url_vars else None
