def report_stats(self, instance):
for metric_item in self.get_metric_list():
boundary_name, oid, accumulate = metric_item[:3]
value = self.snmp_get_first_row_value(instance, oid)
if accumulate:
value = self.accumulator.accumulate(boundary_name, value)
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name,
value, source=instance['source_name'])
def handle_metrics(self, data):
for metric_item in self.get_metric_list():
riak_name, boundary_name, scale = metric_item[:3]
if not data.has_key(riak_name):
# If certain Riak features are disabled (e.g. search), their data might
# not be available - simply skip those metrics.
continue
if scale:
data[riak_name] *= scale
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, data[riak_name])
def handle_metrics(self, data):
for metric_item in self.get_metric_list():
riak_name, boundary_name, scale = metric_item[:3]
if not data.has_key(riak_name):
# If certain Riak features are disabled (e.g. search), their data might
# not be available - simply skip those metrics.
continue
if scale:
data[riak_name] *= scale
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name, data[riak_name])
def handle_metrics(self, data):
for metric_item in self.get_metric_list():
category_name, metric_name, boundary_name, accumulate = metric_item[:4]
metric_data = data.get(category_name, {}).get(metric_name, None)
if not metric_data or not metric_data.get('current'):
# If certain metrics do not exist or have no value
# (e.g. disabled in the CouchDB server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate((category_name, metric_name), metric_data['current'])
else:
value = metric_data['current']
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, value)
def handle_metrics(self, data, instance_name):
for metric_item in self.get_metric_list():
metric_name, boundary_name, accumulate = metric_item[:3]
metric_data = data.get(metric_name, {}).get('value', None)
if not metric_data:
# If certain metrics do not exist or have no value
# (e.g. disabled in the server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate(metric_name, metric_data)
else:
value = metric_data
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name,
value, source=instance_name)
def handle_metrics(self, data):
for boundary_name, accumulate in METRICS:
metric_name = boundary_name.lower()
try:
value = data[boundary_name.lower()].strip()
except KeyError:
value = None
if not value:
continue
if accumulate:
value = self.accumulator.accumulate(metric_name, int(value) )
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, value)
def handle_metrics(self, data, instance_name):
for metric_item in self.get_metric_list():
metric_name, boundary_name, accumulate = metric_item[:3]
metric_data = data.get(metric_name, {}).get('value', None)
if not metric_data:
# If certain metrics do not exist or have no value
# (e.g. disabled in the server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate(metric_name, metric_data)
else:
value = metric_data
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name,
value,
source=instance_name)
def handle_metrics(self, data):
for boundary_name, accumulate in METRICS:
metric_name = boundary_name.lower()
try:
value = data[boundary_name.lower()].strip()
except KeyError:
value = None
if not value:
continue
if accumulate:
value = self.accumulator.accumulate(metric_name, int(value))
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name, value)
def handle_metric_list(self, metric_list, data, source):
for metric_item in metric_list:
boundary_name, metric_name, accumulate = metric_item[:3]
scale = metric_item[3] if len(metric_item) >= 4 else None
metric_data = data.get(metric_name, None)
if not metric_data:
# If certain metrics do not exist or have no value
# (e.g. disabled in the server or just inactive) - skip them.
continue
if scale:
metric_data = float(metric_data) * scale
if accumulate:
value = self.accumulator.accumulate(source + '_' + metric_name, float(metric_data))
else:
value = metric_data
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, value, source)
def handle_metrics(self, data):
for metric_item in self.get_metric_list():
category_name, metric_name, boundary_name, accumulate = metric_item[:
4]
metric_data = data.get(category_name, {}).get(metric_name, None)
if not metric_data or not metric_data.get('current'):
# If certain metrics do not exist or have no value
# (e.g. disabled in the CouchDB server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate(
(category_name, metric_name), metric_data['current'])
else:
value = metric_data['current']
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name, value)
def handle_metric_for_caches(self, data):
for metric_path, boundary_name, accumulate in MBEANS_KEY_MAPPING:
value = data
try:
for p in metric_path:
value = value[p]
except KeyError:
value = None
if not value:
continue
if accumulate:
value = self.accumulator.accumulate(metric_path, value)
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, value)
def handle_metric_for_caches(self, data):
for metric_path, boundary_name, accumulate in MBEANS_KEY_MAPPING:
value = data
try:
for p in metric_path:
value = value[p]
except KeyError:
value = None
if not value:
continue
if accumulate:
value = self.accumulator.accumulate(metric_path, value)
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name, value)
def handle_metrics(self, data):
for metric_path, boundary_name, accumulate in self.get_metric_list():
value = data
try:
for p in metric_path:
value = value[p]
except KeyError:
value = None
if not value:
# If certain metrics do not exist or have no value
# (e.g. disabled in the CouchDB server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate(metric_path, value)
# Exception case for the 'status' metric, which is 'green' iff the cluster is in good shape.
if metric_path == ['status']:
value = 1 if value == 'green' else 0
boundary_plugin.boundary_report_metric(self.boundary_metric_prefix + boundary_name, value)
def handle_metrics(self, data):
for metric_path, boundary_name, accumulate in self.get_metric_list():
value = data
try:
for p in metric_path:
value = value[p]
except KeyError:
value = None
if not value:
# If certain metrics do not exist or have no value
# (e.g. disabled in the CouchDB server or just inactive) - skip them.
continue
if accumulate:
value = self.accumulator.accumulate(metric_path, value)
# Exception case for the 'status' metric, which is 'green' iff the cluster is in good shape.
if metric_path == ['status']:
value = 1 if value == 'green' else 0
boundary_plugin.boundary_report_metric(
self.boundary_metric_prefix + boundary_name, value)
except KeyError:
old_value = new_value
diff = new_value - old_value
_accum[stat_name] = new_value
return diff
# List of values returned from Redis' info call to report to Boundary.
# Each value has a boolean specifying whether to aggregate data (i.e. report
# only delta from the previous value) or report the metric as-is.
values_to_report = (
('connected_clients', False),
('keyspace_hits', True),
('keyspace_misses', True),
('expired_keys', True),
('evicted_keys', True),
('total_commands_processed', True),
('total_connections_received', True),
('used_memory_rss', False),
)
while True:
info = r.info()
for v, aggregate in values_to_report:
val = accum(v, info[v]) if aggregate else info[v]
boundary_plugin.boundary_report_metric('REDIS_' + v.upper(), val)
boundary_plugin.sleep_interval()
except KeyError:
old_value = new_value
diff = new_value - old_value
_accum[stat_name] = new_value
return diff
# List of values returned from Redis' info call to report to Boundary.
# Each value has a boolean specifying whether to aggregate data (i.e. report
# only delta from the previous value) or report the metric as-is.
values_to_report = (
('connected_clients', False),
('keyspace_hits', True),
('keyspace_misses', True),
('expired_keys', True),
('evicted_keys', True),
('total_commands_processed', True),
('total_connections_received', True),
('used_memory_rss', False),
)
while True:
info = r.info()
for v,aggregate in values_to_report:
val = accum(v, info[v]) if aggregate else info[v]
boundary_plugin.boundary_report_metric('REDIS_' + v.upper(), val)
boundary_plugin.sleep_interval()