def _get_time_range_of(self, what: str) -> Union[None, int, float]:
varprefix = self.ident + "_" + what
rangename = request.var(varprefix + "_range")
if rangename == "abs":
try:
return time.mktime(
time.strptime(request.get_str_input_mandatory(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 request.get_integer_input_mandatory(varprefix)
if rangename is None:
return None
try:
count = request.get_integer_input_mandatory(varprefix)
secs = count * int(rangename)
return int(time.time()) - secs
except Exception:
request.set_var(varprefix, "")
return None
def test_request_processing(request_context):
global_request.set_var("varname", "1a")
global_request.set_var("varname2", "1")
global_request.get_unicode_input("varname", deflt="lol")
global_request.get_integer_input_mandatory("varname2")
global_request.get_request(exclude_vars=["varname2"])
def test_request_processing(request_context: RequestContextFixture) -> None:
global_request.set_var("varname", "1a")
global_request.set_var("varname2", "1")
global_request.get_str_input("varname", deflt="lol")
global_request.get_integer_input_mandatory("varname2")
global_request.get_request(exclude_vars=["varname2"])
def action(self) -> ActionResult:
if not transactions.check_transaction():
return redirect(self.mode_url())
connections = load_connection_config(lock=True)
if request.has_var("_delete"):
index = request.get_integer_input_mandatory("_delete")
connection = connections[index]
self._add_change(
"delete-ldap-connection",
_("Deleted LDAP connection %s") % (connection["id"]))
del connections[index]
save_connection_config(connections)
elif request.has_var("_move"):
from_pos = request.get_integer_input_mandatory("_move")
to_pos = request.get_integer_input_mandatory("_index")
connection = connections[from_pos]
self._add_change(
"move-ldap-connection",
_("Changed position of LDAP connection %s to %d") %
(connection["id"], to_pos),
)
del connections[from_pos] # make to_pos now match!
connections[to_pos:to_pos] = [connection]
save_connection_config(connections)
return redirect(self.mode_url())
def action(self) -> ActionResult:
if not transactions.check_transaction():
return redirect(mode_url("folder", folder=watolib.Folder.current().path()))
count = request.get_integer_input_mandatory("count")
folders = request.get_integer_input_mandatory("folders")
levels = request.get_integer_input_mandatory("levels")
created = self._create_random_hosts(watolib.Folder.current(), count, folders, levels)
flash(_("Added %d random hosts.") % created)
return redirect(mode_url("folder", folder=watolib.Folder.current().path()))
def _move_tag_group(self) -> ActionResult: # pylint: disable=useless-return
move_nr = request.get_integer_input_mandatory("_move")
move_to = request.get_integer_input_mandatory("_index")
moved = self._tag_config.tag_groups.pop(move_nr)
self._tag_config.tag_groups.insert(move_to, moved)
try:
self._tag_config.validate_config()
except MKGeneralException as e:
raise MKUserError(None, "%s" % e)
self._tag_config_file.save(self._tag_config.get_dict_format())
self._load_effective_config()
watolib.add_change("edit-tags", _("Changed order of tag groups"))
return None
def handle_acknowledgement():
if not transactions.check_transaction():
return
if request.var("_werk_ack"):
werk_id = request.get_integer_input_mandatory("_werk_ack")
if werk_id not in g_werks:
raise MKUserError("werk", _("This werk does not exist."))
werk = g_werks[werk_id]
if werk["compatible"] == "incomp_unack":
acknowledge_werk(werk)
html.show_message(
_("Werk %s - %s has been acknowledged.")
% (render_werk_id(werk, with_link=True), render_werk_title(werk))
)
load_werks() # reload ack states after modification
render_unacknowleged_werks()
elif request.var("_ack_all"):
num = len(unacknowledged_incompatible_werks())
acknowledge_all_werks()
flash(_("%d incompatible Werks have been acknowledged.") % num)
load_werks() # reload ack states after modification
html.reload_whole_page()
def action(self) -> ActionResult:
if not transactions.check_transaction():
return None
test_id = request.var("_test_id")
site_id = request.var("_site_id")
status_id = request.get_integer_input_mandatory("_status_id", 0)
if not test_id:
raise MKUserError("_ack_test_id", _("Needed variable missing"))
if request.var("_do") in ["ack", "unack"]:
if not site_id:
raise MKUserError("_ack_site_id", _("Needed variable missing"))
if site_id not in activation_sites():
raise MKUserError("_ack_site_id", _("Invalid site given"))
if request.var("_do") == "ack":
self._acknowledge_test(test_id, site_id, status_id)
elif request.var("_do") == "unack":
self._unacknowledge_test(test_id, site_id, status_id)
elif request.var("_do") == "disable":
self._disable_test(test_id)
elif request.var("_do") == "enable":
self._enable_test(test_id)
else:
raise NotImplementedError()
return None
def _ajax_speedometer(self):
response.set_content_type("application/json")
try:
# Try to get values from last call in order to compute
# driftig speedometer-needle and to reuse the scheduled
# check reate.
# TODO: Do we need a get_float_input_mandatory?
last_perc = float(request.get_str_input_mandatory("last_perc"))
scheduled_rate = float(
request.get_str_input_mandatory("scheduled_rate"))
last_program_start = request.get_integer_input_mandatory(
"program_start")
# Get the current rates and the program start time. If there
# are more than one site, we simply add the start times.
data = sites.live().query_summed_stats(
"GET status\n"
"Columns: service_checks_rate program_start")
current_rate = data[0]
program_start = data[1]
# Recompute the scheduled_rate only if it is not known (first call)
# or if one of the sites has been restarted. The computed value cannot
# change during the monitoring since it just reflects the configuration.
# That way we save CPU resources since the computation of the
# scheduled checks rate needs to loop over all hosts and services.
if last_program_start != program_start:
# These days, we configure the correct check interval for Checkmk checks.
# We do this correctly for active and for passive ones. So we can simply
# use the check_interval of all services. Hosts checks are ignored.
#
# Manually added services without check_interval could be a problem, but
# we have no control there.
scheduled_rate = (sites.live().query_summed_stats(
"GET services\n"
"Stats: suminv check_interval\n")[0] / 60.0)
percentage = 100.0 * current_rate / scheduled_rate
title = _(
"Scheduled service check rate: %.1f/s, current rate: %.1f/s, that is "
"%.0f%% of the scheduled rate") % (scheduled_rate,
current_rate, percentage)
except Exception as e:
scheduled_rate = 0.0
program_start = 0
percentage = 0
last_perc = 0.0
title = _("No performance data: %s") % e
response.set_data(
json.dumps({
"scheduled_rate": scheduled_rate,
"program_start": program_start,
"percentage": percentage,
"last_perc": last_perc,
"title": title,
}))
def __init__(self):
self._options = {
key: vs.default_value()
for key, vs in self._audit_log_options()
}
super().__init__()
self._store = AuditLogStore(AuditLogStore.make_path())
self._show_details = request.get_integer_input_mandatory(
"show_details", 1) == 1
def _from_vars(self):
self._start = bool(request.var("_start"))
# 'all' not set -> only scan checked hosts in current folder, no recursion
# otherwise: all host in this folder, maybe recursively
self._all = bool(request.var("all"))
self._complete_folder = self._all
# Ignored during initial form display
self._settings = ParentScanSettings(
where=request.get_ascii_input_mandatory("where", "subfolder"),
alias=request.get_unicode_input_mandatory("alias", "").strip(),
recurse=html.get_checkbox("recurse") or False,
select=request.get_ascii_input_mandatory("select", "noexplicit"),
timeout=request.get_integer_input_mandatory("timeout", 8),
probes=request.get_integer_input_mandatory("probes", 2),
max_ttl=request.get_integer_input_mandatory("max_ttl", 10),
force_explicit=html.get_checkbox("force_explicit") or False,
ping_probes=request.get_integer_input_mandatory("ping_probes", 5),
)
self._job = ParentScanBackgroundJob()
def page_werk():
load_werks()
werk_id = request.get_integer_input_mandatory("werk")
if werk_id not in g_werks:
raise MKUserError("werk", _("This werk does not exist."))
werk = g_werks[werk_id]
title = ("%s %s - %s") % (_("Werk"), render_werk_id(
werk, with_link=False), werk["title"])
breadcrumb = make_main_menu_breadcrumb(mega_menu_registry["help_links"])
breadcrumb.append(
BreadcrumbItem(
title=_("Change log (Werks)"),
url="change_log.py",
))
breadcrumb.append(make_current_page_breadcrumb_item(title))
html.header(title, breadcrumb, _page_menu_werk(breadcrumb, werk))
html.open_table(class_=["data", "headerleft", "werks"])
def werk_table_row(caption, content, css=None):
html.open_tr()
html.th(caption)
html.td(content, class_=css)
html.close_tr()
translator = cmk.utils.werks.WerkTranslator()
werk_table_row(_("ID"), render_werk_id(werk, with_link=False))
werk_table_row(_("Title"), html.render_b(render_werk_title(werk)))
werk_table_row(_("Component"), translator.component_of(werk))
werk_table_row(_("Date"), render_werk_date(werk))
werk_table_row(_("Checkmk Version"), werk["version"])
werk_table_row(_("Level"),
translator.level_of(werk),
css="werklevel werklevel%d" % werk["level"])
werk_table_row(_("Class"),
translator.class_of(werk),
css="werkclass werkclass%s" % werk["class"])
werk_table_row(
_("Compatibility"),
translator.compatibility_of(werk),
css="werkcomp werkcomp%s" % werk["compatible"],
)
werk_table_row(_("Description"),
render_werk_description(werk),
css="nowiki")
html.close_table()
html.footer()
def ajax_graph_hover():
response.set_content_type("application/json")
try:
context_var = request.get_str_input_mandatory("context")
context = json.loads(context_var)
hover_time = request.get_integer_input_mandatory("hover_time")
response_data = render_ajax_graph_hover(context, hover_time)
response.set_data(json.dumps(response_data))
except Exception as e:
logger.error("Ajax call ajax_graph_hover.py failed: %s\n%s", e,
traceback.format_exc())
if config.debug:
raise
response.set_data("ERROR: %s" % e)
def _ajax_switch_masterstate(self) -> None:
response.set_content_type("text/plain")
if not user.may("sidesnap.master_control"):
return
if not transactions.check_transaction():
return
site = request.get_ascii_input_mandatory("site")
column = request.get_ascii_input_mandatory("switch")
state = request.get_integer_input_mandatory("state")
commands = {
("enable_notifications", 1): "ENABLE_NOTIFICATIONS",
("enable_notifications", 0): "DISABLE_NOTIFICATIONS",
("execute_service_checks", 1): "START_EXECUTING_SVC_CHECKS",
("execute_service_checks", 0): "STOP_EXECUTING_SVC_CHECKS",
("execute_host_checks", 1): "START_EXECUTING_HOST_CHECKS",
("execute_host_checks", 0): "STOP_EXECUTING_HOST_CHECKS",
("enable_flap_detection", 1): "ENABLE_FLAP_DETECTION",
("enable_flap_detection", 0): "DISABLE_FLAP_DETECTION",
("process_performance_data", 1): "ENABLE_PERFORMANCE_DATA",
("process_performance_data", 0): "DISABLE_PERFORMANCE_DATA",
("enable_event_handlers", 1): "ENABLE_EVENT_HANDLERS",
("enable_event_handlers", 0): "DISABLE_EVENT_HANDLERS",
}
command = commands.get((column, state))
if not command:
html.write_text(_("Command %s/%d not found") % (column, state))
return
sites.live().command("[%d] %s" % (int(time.time()), command), site)
sites.live().set_only_sites([site])
sites.live().query(
"GET status\nWaitTrigger: program\nWaitTimeout: 10000\nWaitCondition: %s = %d\nColumns: %s\n"
% (column, state, column)
)
sites.live().set_only_sites()
self.show()
def tristate_value(self):
return request.get_integer_input_mandatory(self.varname, self.deflt)
def _from_vars(self):
self._search = get_search_expression()
self._show_only_modified = (request.get_integer_input_mandatory(
"_show_only_modified", 0) == 1)
def page(self) -> cmk.gui.pages.PageResult:
if request.get_integer_input_mandatory("major", 0):
self._major_page()
else:
self._patch_page()
def render_tree_json(row):
expansion_level = request.get_integer_input_mandatory("expansion_level", 999)
treestate = user.get_tree_states("bi")
if expansion_level != user.bi_expansion_level:
treestate = {}
user.set_tree_states("bi", treestate)
user.save_tree_states()
def render_node_json(tree, show_host):
is_leaf = len(tree) == 3
if is_leaf:
service = tree[2].get("service")
if not service:
title = _("Host status")
else:
title = service
else:
title = tree[2]["title"]
json_node = {
"title": title,
# 2 -> This element is currently in a scheduled downtime
# 1 -> One of the subelements is in a scheduled downtime
"in_downtime": tree[0]["in_downtime"],
"acknowledged": tree[0]["acknowledged"],
"in_service_period": tree[0]["in_service_period"],
}
if is_leaf:
site, hostname = tree[2]["host"]
json_node["site"] = site
json_node["hostname"] = hostname
# Check if we have an assumed state: comparing assumed state (tree[1]) with state (tree[0])
if tree[1] and tree[0] != tree[1]:
json_node["assumed"] = True
effective_state = tree[1]
else:
json_node["assumed"] = False
effective_state = tree[0]
json_node["state"] = effective_state["state"]
json_node["output"] = compute_output_message(effective_state, tree[2])
return json_node
def render_subtree_json(node, path, show_host):
json_node = render_node_json(node, show_host)
is_leaf = len(node) == 3
is_next_level_open = len(path) <= expansion_level
if not is_leaf and is_next_level_open:
json_node["nodes"] = []
for child_node in node[3]:
if not child_node[2].get("hidden"):
new_path = path + [child_node[2]["title"]]
json_node["nodes"].append(render_subtree_json(child_node, new_path, show_host))
return json_node
root_node = row["aggr_treestate"]
affected_hosts = row["aggr_hosts"]
return "", render_subtree_json(root_node, [root_node[2]["title"]], len(affected_hosts) > 1)
