def start_time(self):
"""
Gets the timestamp of the metric data, converting it from an AppDynamics timestamp to standard
Python :class:`datetime`.
:return: Time the violation was resolved
:rtype: :class:`datetime.datetime`
"""
return from_ts(self.start_time_ms)
def end_time(self):
"""
Gets the end time of the violation, converting it from an AppDynamics timestamp to standard
Python :class:datetime.
:return: Time the violation was resolved
:rtype: datetime
"""
return from_ts(self.end_time_ms)
def start_time(self):
"""
Gets the timestamp of the metric data, converting it from an AppDynamics timestamp to standard
Python :class:`datetime`.
:return: Time the violation was resolved
:rtype: :class:`datetime.datetime`
"""
return from_ts(self.start_time_ms)
def created_on(self):
"""
:rtype: datetime.datetime
"""
return from_ts(self.created_on_ms)
def detected_time(self):
return from_ts(self.detected_time_ms)
def start_time(self):
return from_ts(self.start_time_ms)
gn_prod = [x for x in apps if x.name == "MyApp"][0]
# Calculate start and end times for the report: 24h period ending with midnight last night
#
today = to_ts(datetime.now().date())
yesterday = today - (86400 * 1000)
# Get the list of nodes so we can look up by node_id
#
all_nodes = c.get_nodes(gn_prod.id)
nodes_by_id = dict(list(zip([x.id for x in all_nodes], all_nodes)))
# Get all health rule violations and print them
#
violations = c.get_healthrule_violations(gn_prod.id,
'BETWEEN_TIMES',
start_time=yesterday,
end_time=today)
for v in violations:
print("-" * 70)
print("Start time: ", from_ts(v.start_time_ms))
print("End time: ", from_ts(v.end_time_ms))
print("Description: ", v.description)
print("Details: ", v.deep_link_url)
if v.affected_entity.type == "APPLICATION_COMPONENT_NODE":
try:
print("Affected Node: ",
nodes_by_id[v.affected_entity.entity_id].name)
except KeyError:
print("Affected Node: UNKNOWN")
def created_on(self):
"""
:rtype: datetime.datetime
"""
return from_ts(self.created_on_ms)
# Get the application list and find "MyApp"
#
apps = c.get_applications()
gn_prod = [x for x in apps if x.name == "MyApp"][0]
# Calculate start and end times for the report: 24h period ending with midnight last night
#
today = to_ts(datetime.now().date())
yesterday = today - (86400 * 1000)
# Get the list of nodes so we can look up by node_id
#
all_nodes = c.get_nodes(gn_prod.id)
nodes_by_id = dict(list(zip([x.id for x in all_nodes], all_nodes)))
# Get all health rule violations and print them
#
violations = c.get_healthrule_violations(gn_prod.id, 'BETWEEN_TIMES', start_time=yesterday, end_time=today)
for v in violations:
print("-" * 70)
print("Start time: ", from_ts(v.start_time_ms))
print("End time: ", from_ts(v.end_time_ms))
print("Description: ", v.description)
print("Details: ", v.deep_link_url)
if v.affected_entity.type == "APPLICATION_COMPONENT_NODE":
try:
print("Affected Node: ", nodes_by_id[v.affected_entity.entity_id].name)
except KeyError:
print("Affected Node: UNKNOWN")
def server_start_time(self):
return from_ts(self.server_start_time_ms)
def local_start_time(self):
return from_ts(self.local_start_time_ms)