def _process_notify_message(msg):
msg['id'] = utils.gen_id()
msg['time'] = time.time()
if isinstance(msg['dest'], str):
dest_what = msg['dest']
else:
dest_what = msg['dest'][0]
if dest_what == 'broadcast':
recipients = list(config.multisite_users.keys())
elif dest_what == 'online':
recipients = userdb.get_online_user_ids()
elif dest_what == 'list':
recipients = msg['dest'][1]
else:
recipients = []
num_recipients = len(recipients)
num_success = {}
for method in msg['methods']:
num_success[method] = 0
# Now loop all notitification methods to send the notifications
errors: Dict[str, List[Tuple]] = {}
for user_id in recipients:
for method in msg['methods']:
try:
handler = _notify_methods()[method]['handler']
handler(user_id, msg)
num_success[method] = num_success[method] + 1
except MKInternalError as e:
errors.setdefault(method, []).append((user_id, e))
message = _('The notification has been sent via<br>')
message += "<table>"
for method in msg['methods']:
message += "<tr><td>%s</td><td>to %d of %d recipients</td></tr>" %\
(_notify_methods()[method]["title"], num_success[method], num_recipients)
message += "</table>"
message += _('<p>Sent notification to: %s</p>') % ', '.join(recipients)
message += '<a href="%s">%s</a>' % (html.makeuri(
[]), _('Back to previous page'))
html.show_message(HTML(message))
if errors:
error_message = HTML()
for method, method_errors in errors.items():
error_message += _(
"Failed to send %s notifications to the following users:"
) % method
table_rows = HTML()
for user, exception in method_errors:
table_rows += html.render_tr(
html.render_td(html.render_tt(user)) +
html.render_td(exception))
error_message += html.render_table(table_rows) + html.render_br()
html.show_error(error_message)
def _create_tooltip(cls, timestamp, host_to_value_dict, additional_rows=None):
table_rows = sorted(host_to_value_dict.items(), key=lambda item: item[1]) + additional_rows
table_html = ""
# TODO: cleanup str casting
for a, b in table_rows:
table_html += str(html.render_tr(html.render_td(a) + html.render_td(b)))
table_html = str(html.render_table(table_html))
tooltip = html.render_div(date_and_time(timestamp)) + table_html
return tooltip
def _forge_tooltip_and_url(self, time_frame, properties, context):
mode_properties = properties["render_mode"][1]
time_range = self._int_time_range_from_rangespec(
mode_properties["time_range"])
ending_timestamp = min(time_frame["ending_timestamp"], time_range[1])
from_time_str = date_and_time(time_frame["timestamp"])
to_time_str = date_and_time(ending_timestamp)
# TODO: Can this be simplified by passing a list as argument to html.render_table()?
tooltip = html.render_table(
html.render_tr(
html.render_td(_("From:")) + html.render_td(from_time_str)) +
html.render_tr(
html.render_td(_("To:")) + html.render_td(to_time_str)) +
html.render_tr(
html.render_td("%ss:" %
properties["log_target"].capitalize()) +
html.render_td(time_frame["value"])))
args: HTTPVariables = []
# Generic filters
args.append(("filled_in", "filter"))
args.append(("_show_filter_form", "0"))
args.append(("view_name", "events"))
args.append(("logtime_from", str(time_frame["timestamp"])))
args.append(("logtime_from_range", "unix"))
args.append(("logtime_until", str(ending_timestamp)))
args.append(("logtime_until_range", "unix"))
args.append(("logclass%d" % self.log_class, "on"))
# Only include "end user notitification entries. Exclude entries related to the internal
# raw notification events.
args.append(("is_log_notification_phase", "0"))
if properties["log_target"] in ("host", "both"):
#args.append(("logst_h0", "on"))
args.append(("logst_h1", "on"))
args.append(("logst_h2", "on"))
if properties["log_target"] in ("service", "both"):
#args.append(("logst_s0", "on"))
args.append(("logst_s1", "on"))
args.append(("logst_s2", "on"))
args.append(("logst_s3", "on"))
# Exclude e.g. "SERVICE NOTIFICATION RESULT" type
args.append(
("log_type", self._get_log_type_expr(properties["log_target"])))
# Context
for fil in context.values():
for k, f in fil.items():
args.append((k, f))
return tooltip, makeuri_contextless(request, args, filename="view.py")
def render_time_range_selection(graph_recipe, graph_render_options) -> HTML:
now = int(time.time())
graph_render_options = copy.deepcopy(graph_render_options)
rows = []
for timerange_attrs in config.graph_timeranges:
duration = timerange_attrs["duration"]
assert isinstance(duration, int)
graph_render_options.update({
"size": (20, 4),
"font_size":
6.0, # pt
"onclick":
"cmk.graphs.change_graph_timerange(graph, %d)" % duration,
"fixed_timerange":
True, # Do not follow timerange changes of other graphs
"title":
timerange_attrs["title"],
"show_legend":
False,
"show_controls":
False,
"preview":
True,
"resizable":
False,
"interaction":
False,
})
timerange = now - duration, now
graph_data_range = {
"time_range":
timerange,
"step":
2 * estimate_graph_step_for_html(timerange, graph_render_options),
}
graph_artwork = artwork.compute_graph_artwork(graph_recipe,
graph_data_range,
graph_render_options)
rows.append(
html.render_td(
render_graph_html(graph_artwork, graph_data_range,
graph_render_options),
title=_("Change graph timerange to: %s") %
timerange_attrs["title"],
))
return html.render_table(HTML().join(
html.render_tr(content) for content in rows),
class_="timeranges")
def action(self) -> ActionResult:
renaming_config = self._vs_renaming_config().from_html_vars("")
self._vs_renaming_config().validate_value(renaming_config, "")
renamings = self._collect_host_renamings(renaming_config)
if not renamings:
flash(_("No matching host names"))
return None
warning = self._renaming_collision_error(renamings)
if warning:
flash(warning)
return None
message = html.render_b(
_("Do you really want to rename to following hosts?"
"This involves a restart of the monitoring core!"))
rows = []
for _folder, host_name, target_name in renamings:
rows.append(
html.render_tr(
html.render_td(host_name) +
html.render_td(" → %s" % target_name)))
message += html.render_table(HTML().join(rows))
nr_rename = len(renamings)
c = _confirm(
_("Confirm renaming of %d %s") %
(nr_rename, ungettext("host", "hosts", nr_rename)),
message,
)
if c:
title = _("Renaming of %s") % ", ".join("%s → %s" % x[1:]
for x in renamings)
host_renaming_job = RenameHostsBackgroundJob(title=title)
host_renaming_job.set_function(rename_hosts_background_job,
renamings)
try:
host_renaming_job.start()
except background_job.BackgroundJobAlreadyRunning as e:
raise MKGeneralException(
_("Another host renaming job is already running: %s") % e)
return redirect(host_renaming_job.detail_url())
if c is False: # not yet confirmed
return FinalizeRequest(code=200)
return None # browser reload
def _forge_tooltip_and_url(self, time_frame, properties, context):
mode_properties = properties["render_mode"][1]
time_range = self._int_time_range_from_rangespec(
mode_properties["time_range"])
ending_timestamp = min(time_frame["ending_timestamp"], time_range[1])
from_time_str = date_and_time(time_frame["timestamp"])
to_time_str = date_and_time(ending_timestamp)
# TODO: Can this be simplified by passing a list as argument to html.render_table()?
tooltip = html.render_table(
html.render_tr(
html.render_td(_("From:")) + html.render_td(from_time_str)) +
html.render_tr(
html.render_td(_("To:")) + html.render_td(to_time_str)) +
html.render_tr(
html.render_td("%ss:" %
properties["log_target"].capitalize()) +
html.render_td(time_frame["value"])))
args: HTTPVariables = []
# Generic filters
args.append(("filled_in", "filter"))
args.append(("view_name", "events"))
args.append(("logtime_from", str(time_frame["timestamp"])))
args.append(("logtime_from_range", "unix"))
args.append(("logtime_until", str(ending_timestamp)))
args.append(("logtime_until_range", "unix"))
args.append(("logclass%d" % self.log_class, "on"))
# Target filters
if properties["log_target"] == "host":
args.append(("logst_h0", "on"))
args.append(("logst_h1", "on"))
args.append(("logst_h2", "on"))
elif properties["log_target"] == "service":
args.append(("logst_s0", "on"))
args.append(("logst_s1", "on"))
args.append(("logst_s2", "on"))
args.append(("logst_s3", "on"))
# Context
for fil in context.values():
for k, f in fil.items():
args.append((k, f))
return tooltip, makeuri_contextless(request, args, filename="view.py")
def render_perfometer(data):
tds = HTML().join(
render_perfometer_td(percentage, color) for percentage, color in data)
return html.render_table(html.render_tr(tds))
def _process_notify_message(msg):
msg["id"] = utils.gen_id()
msg["time"] = time.time()
if isinstance(msg["dest"], str):
dest_what = msg["dest"]
else:
dest_what = msg["dest"][0]
if dest_what == "broadcast":
recipients = list(config.multisite_users.keys())
elif dest_what == "online":
recipients = userdb.get_online_user_ids()
elif dest_what == "list":
recipients = msg["dest"][1]
else:
recipients = []
num_recipients = len(recipients)
num_success = {}
for method in msg["methods"]:
num_success[method] = 0
# Now loop all notitification methods to send the notifications
errors: Dict[str, List[Tuple]] = {}
for user_id in recipients:
for method in msg["methods"]:
try:
handler = _notify_methods()[method]["handler"]
handler(user_id, msg)
num_success[method] = num_success[method] + 1
except MKInternalError as e:
errors.setdefault(method, []).append((user_id, e))
message = escape_html_permissive(_("The notification has been sent via"))
message += html.render_br()
parts = []
for method in msg["methods"]:
parts.append(
html.render_tr(
html.render_td(_notify_methods()[method]["title"])
+ html.render_td(
_("to %d of %d recipients") % (num_success[method], num_recipients)
)
)
)
message += html.render_table(HTML().join(parts))
message += html.render_p(_("Sent notification to: %s") % ", ".join(recipients))
message += html.render_a(_("Back to previous page"), href=makeuri(request, []))
html.show_message(message)
if errors:
error_message = HTML()
for method, method_errors in errors.items():
error_message += _("Failed to send %s notifications to the following users:") % method
table_rows = HTML()
for user_id, exception in method_errors:
table_rows += html.render_tr(
html.render_td(html.render_tt(user_id)) + html.render_td(exception)
)
error_message += html.render_table(table_rows) + html.render_br()
html.show_error(error_message)
def _process_message_message(msg):
msg["id"] = utils.gen_id()
msg["time"] = time.time()
if isinstance(msg["dest"], str):
dest_what = msg["dest"]
else:
dest_what = msg["dest"][0]
if dest_what == "all_users":
recipients = list(config.multisite_users.keys())
elif dest_what == "online":
recipients = userdb.get_online_user_ids()
elif dest_what == "list":
recipients = msg["dest"][1]
else:
recipients = []
num_recipients = len(recipients)
num_success: Dict[str, int] = {}
for method in msg["methods"]:
num_success[method] = 0
# Now loop all messaging methods to send the messages
errors: Dict[str, List[Tuple]] = {}
for user_id in recipients:
for method in msg["methods"]:
try:
handler = _messaging_methods()[method]["handler"]
handler(user_id, msg)
num_success[method] = num_success[method] + 1
except MKInternalError as e:
errors.setdefault(method, []).append((user_id, e))
message = escape_html_permissive(
_("The message has successfully been sent..."))
message += html.render_br()
parts = []
for method in msg["methods"]:
parts.append(
html.render_li(
_messaging_methods()[method]["confirmation_title"] +
(_(" for all recipients.") if num_success[method] ==
num_recipients else _(" for %d of %d recipients.") %
(num_success[method], num_recipients))))
message += html.render_ul(HTML().join(parts))
message += html.render_p(_("Recipients: %s") % ", ".join(recipients))
html.show_message(message)
if errors:
error_message = HTML()
for method, method_errors in errors.items():
error_message += _(
"Failed to send %s messages to the following users:") % method
table_rows = HTML()
for user_id, exception in method_errors:
table_rows += html.render_tr(
html.render_td(html.render_tt(user_id)) +
html.render_td(str(exception)))
error_message += html.render_table(table_rows) + html.render_br()
html.show_error(error_message)
