def _load_changes_by_site(self):
self._changes_by_site = {}
self._migrate_old_changes()
for site_id in activation_sites():
self._changes_by_site[site_id] = SiteChanges(site_id).load()
def action(self):
if not html.check_transaction():
return
test_id = html.request.var("_test_id")
site_id = html.request.var("_site_id")
status_id = html.request.get_integer_input_mandatory("_status_id", 0)
if not test_id:
raise MKUserError("_ack_test_id", _("Needed variable missing"))
if html.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 html.request.var("_do") == "ack":
self._acknowledge_test(test_id, site_id, status_id)
elif html.request.var("_do") == "unack":
self._unacknowledge_test(test_id, site_id, status_id)
elif html.request.var("_do") == "disable":
self._disable_test(test_id)
elif html.request.var("_do") == "enable":
self._enable_test(test_id)
else:
raise NotImplementedError()
def _get_sites(self, sites):
for site_id in sites:
if site_id not in activation_sites():
raise MKUserError(
"sites",
_("The site \"%s\" does not exist.") % site_id)
return sites
def _get_initial_message(self) -> str:
changes = sum(len(self._changes_of_site(site_id)) for site_id in activation_sites())
if changes == 0:
if html.request.has_var("_finished"):
return _("Activation has finished.")
return _("Currently there are no changes to activate.")
if changes == 1:
return _("Currently there is one change to activate.")
return _("Currently there are %d changes to activate.") % changes
def dirty_and_active_activation_sites(self):
dirty = []
for site_id, site in activation_sites():
status = self._get_site_status(site_id, site)[1]
is_online = self._site_is_online(status)
is_logged_in = self._site_is_logged_in(site_id, site)
if is_online and is_logged_in and self._changes_of_site(site_id):
dirty.append(site_id)
return dirty
def get_changes_estimate(self):
changes_counter = 0
for site_id in activation_sites():
changes_counter += len(SiteChanges(site_id).load())
if changes_counter > 10:
return _("10+ changes")
if changes_counter == 1:
return _("1 change")
elif changes_counter > 1:
return _("%d changes") % changes_counter
def dirty_and_active_activation_sites(self):
# type: () -> List[SiteId]
"""Returns the list of sites that should be used when activating all affected sites"""
dirty = []
for site_id, site in activation_sites().items():
status = self._get_site_status(site_id, site)[1]
is_online = self._site_is_online(status)
is_logged_in = self._site_is_logged_in(site_id, site)
if is_online and is_logged_in and self._changes_of_site(site_id):
dirty.append(site_id)
return dirty
def _analyze_sites(self):
return activation_sites()
def _affects_all_sites(self, change):
return not set(change["affected_sites"]).symmetric_difference(set(activation_sites()))
