def __init__(self, path_to_report, run_datetime, queued_datetime, candu=False, appliance=None):
Navigatable.__init__(self, appliance=appliance)
self.path = path_to_report
self.datetime = run_datetime
self.candu = candu
self.queued_datetime_in_title = parsetime.from_american_with_utc(
queued_datetime).to_saved_report_title_format()
self.datetime_in_tree = parsetime.from_american_with_utc(self.datetime).to_iso_with_utc()
def __init__(self, path_to_report, run_datetime, queued_datetime, candu=False, appliance=None):
Navigatable.__init__(self, appliance=appliance)
self.path = path_to_report
self.datetime = run_datetime
self.candu = candu
self.queued_datetime_in_title = parsetime.from_american_with_utc(
queued_datetime).to_saved_report_title_format()
self.datetime_in_tree = parsetime.from_american_with_utc(self.datetime).to_iso_with_utc()
def last_collection(self):
if self.second_server_collect and not self.zone_collect:
view = navigate_to(self.appliance.server,
'DiagnosticsCollectLogsSlave')
else:
view = navigate_to(self.obj_type, 'DiagnosticsCollectLogs')
text = view.last_log_collection.text
if text.lower() == "never":
return None
else:
try:
return parsetime.from_american_with_utc(text)
except ValueError:
return parsetime.from_iso_with_utc(text)
def get_workers_list(do_not_navigate=False, refresh=True):
"""Retrieves all workers.
Returns a dictionary where keys are names of the workers and values are lists (because worker
can have multiple instances) which contain dictionaries with some columns.
"""
if do_not_navigate:
if refresh:
tb.select("Reload current workers display")
else:
navigate_to(current_appliance.server, 'Workers')
workers = {}
for row in records_table.rows():
name = sel.text_sane(row.name)
if name not in workers:
workers[name] = []
worker = {
"status":
sel.text_sane(row.status),
"pid":
int(sel.text_sane(row.pid))
if len(sel.text_sane(row.pid)) > 0 else None,
"spid":
int(sel.text_sane(row.spid))
if len(sel.text_sane(row.spid)) > 0 else None,
"started":
parsetime.from_american_with_utc(sel.text_sane(row.started)),
"last_heartbeat":
None,
}
try:
workers["last_heartbeat"] = parsetime.from_american_with_utc(
sel.text_sane(row.last_heartbeat))
except ValueError:
pass
workers[name].append(worker)
return workers
def last_collection(self):
"""
Returns: None if logs were not collected or
:py:class`utils.timeutil.datetime()`, time were last collection took place
"""
if self.second_server_collect and not self.zone_collect:
view = navigate_to(self, 'DiagnosticsCollectLogsSlave')
else:
view = navigate_to(self, 'DiagnosticsCollectLogs')
text = view.last_log_collection.read()
if text.lower() == "never":
return None
else:
try:
return parsetime.from_american_with_utc(text)
except ValueError:
return parsetime.from_iso_with_utc(text)
def last_collection(self):
"""
Returns: None if logs were not collected or
:py:class`utils.timeutil.datetime()`, time were last collection took place
"""
if self.second_server_collect and not self.zone_collect:
view = navigate_to(self, 'DiagnosticsCollectLogsSlave')
else:
view = navigate_to(self, 'DiagnosticsCollectLogs')
text = view.last_log_collection.read()
if text.lower() == "never":
return None
else:
try:
return parsetime.from_american_with_utc(text)
except ValueError:
return parsetime.from_iso_with_utc(text)
def datetime_in_tree(self):
return parsetime.from_american_with_utc(
self.run_datetime).to_iso_with_utc()
def queued_datetime_in_title(self):
return parsetime.from_american_with_utc(
self.queued_datetime).to_saved_report_title_format()
def datetime_in_tree(self):
return parsetime.from_american_with_utc(self.run_datetime).to_iso_with_utc()
def queued_datetime_in_title(self):
return parsetime.from_american_with_utc(self.queued_datetime).to_saved_report_title_format()
