def test_service_check(aggregator, dd_environment):
init_config = {
'keys': [
"riak_repl.server_bytes_sent",
"riak_repl.server_bytes_recv",
"riak_repl.server_connects",
"riak_repl.server_connect_errors",
"riak_repl.server_fullsyncs",
"riak_repl.client_bytes_sent",
"riak_repl.client_bytes_recv",
"riak_repl.client_connects",
"riak_repl.client_connect_errors",
"riak_repl.client_redirect",
"riak_repl.objects_dropped_no_clients",
"riak_repl.objects_dropped_no_leader",
"riak_repl.objects_sent",
"riak_repl.objects_forwarded",
"riak_repl.elections_elected",
"riak_repl.elections_leader_changed",
"riak_repl.rt_source_errors",
"riak_repl.rt_sink_errors",
"riak_repl.rt_dirty",
"riak_repl.realtime_send_kbps",
"riak_repl.realtime_recv_kbps",
"riak_repl.fullsync_send_kbps",
"riak_repl.fullsync_recv_kbps",
"riak_repl.realtime_queue_stats.percent_bytes_used",
"riak_repl.realtime_queue_stats.bytes",
"riak_repl.realtime_queue_stats.max_bytes",
"riak_repl.realtime_queue_stats.overload_drops",
"riak_repl.fullsync_coordinator.riak_west_1.queued",
"riak_repl.fullsync_coordinator.riak_west_1.in_progress",
"riak_repl.fullsync_coordinator.riak_west_1.waiting_for_retry",
"riak_repl.fullsync_coordinator.riak_west_1.starting",
"riak_repl.fullsync_coordinator.riak_west_1.successful_exits",
"riak_repl.fullsync_coordinator.riak_west_1.error_exits",
"riak_repl.fullsync_coordinator.riak_west_1.retry_exits",
"riak_repl.fullsync_coordinator.riak_west_1.soft_retry_exits",
"riak_repl.fullsync_coordinator.riak_west_1.busy_nodes",
"riak_repl.fullsync_coordinator.riak_west_1.fullsyncs_completed",
]
}
c = RiakReplCheck('riak_repl', init_config, {}, None)
c.check(INSTANCE)
for key in init_config['keys']:
aggregator.assert_metric(key, tags=[])
# Assert coverage for this check on this instance
aggregator.assert_all_metrics_covered()
def test_service_check(aggregator, riak_server):
init_config = {
'keys': [
"riak_repl.server_bytes_sent", "riak_repl.server_bytes_recv",
"riak_repl.server_connects", "riak_repl.server_connect_errors",
"riak_repl.server_fullsyncs", "riak_repl.client_bytes_sent",
"riak_repl.client_bytes_recv", "riak_repl.client_connects",
"riak_repl.client_connect_errors", "riak_repl.client_redirect",
"riak_repl.objects_dropped_no_clients",
"riak_repl.objects_dropped_no_leader", "riak_repl.objects_sent",
"riak_repl.objects_forwarded", "riak_repl.elections_elected",
"riak_repl.elections_leader_changed", "riak_repl.rt_source_errors",
"riak_repl.rt_sink_errors", "riak_repl.rt_dirty",
"riak_repl.realtime_send_kbps", "riak_repl.realtime_recv_kbps",
"riak_repl.fullsync_send_kbps", "riak_repl.fullsync_recv_kbps",
"riak_repl.realtime_queue_stats.percent_bytes_used",
"riak_repl.realtime_queue_stats.bytes",
"riak_repl.realtime_queue_stats.max_bytes",
"riak_repl.realtime_queue_stats.overload_drops",
"riak_repl.fullsync_coordinator.riak_west_1.queued",
"riak_repl.fullsync_coordinator.riak_west_1.in_progress",
"riak_repl.fullsync_coordinator.riak_west_1.waiting_for_retry",
"riak_repl.fullsync_coordinator.riak_west_1.starting",
"riak_repl.fullsync_coordinator.riak_west_1.successful_exits",
"riak_repl.fullsync_coordinator.riak_west_1.error_exits",
"riak_repl.fullsync_coordinator.riak_west_1.retry_exits",
"riak_repl.fullsync_coordinator.riak_west_1.soft_retry_exits",
"riak_repl.fullsync_coordinator.riak_west_1.busy_nodes",
"riak_repl.fullsync_coordinator.riak_west_1.fullsyncs_completed"
]
}
c = RiakReplCheck('riak_repl', init_config, {}, None)
instance = {
'default_timeout': 5,
'url': 'http://{}:8098/riak-repl/stats'.format(get_docker_hostname())
}
c.check(instance)
for key in init_config['keys']:
aggregator.assert_metric(key, tags=[])
# Assert coverage for this check on this instance
aggregator.assert_all_metrics_covered()
def test_config():
c = RiakReplCheck('riak_repl', {}, {}, None)
# Empty instance
instance = {}
with pytest.raises(CheckException):
c.check(instance)
# Timeout
instance = {'url': 'http://foobar'}
with pytest.raises(CheckException):
c.check(instance)
# Statuscode
instance = {'url': 'https://google.com/404'}
with pytest.raises(CheckException):
c.check(instance)
# Decode Error
instance = {'url': 'https://google.com'}
with pytest.raises(CheckException):
c.check(instance)
def test_check(aggregator, dd_environment):
init_config = {
'keys': [
"riak_repl.server_bytes_sent",
"riak_repl.server_bytes_recv",
"riak_repl.server_connects",
"riak_repl.server_connect_errors",
"riak_repl.server_fullsyncs",
"riak_repl.client_bytes_sent",
"riak_repl.client_bytes_recv",
"riak_repl.client_connects",
"riak_repl.client_connect_errors",
"riak_repl.client_redirect",
"riak_repl.objects_dropped_no_clients",
"riak_repl.objects_dropped_no_leader",
"riak_repl.objects_sent",
"riak_repl.objects_forwarded",
"riak_repl.elections_elected",
"riak_repl.elections_leader_changed",
"riak_repl.rt_source_errors",
"riak_repl.rt_sink_errors",
"riak_repl.rt_dirty",
"riak_repl.realtime_send_kbps",
"riak_repl.realtime_recv_kbps",
"riak_repl.fullsync_send_kbps",
"riak_repl.fullsync_recv_kbps",
"riak_repl.realtime_queue_stats.percent_bytes_used",
"riak_repl.realtime_queue_stats.bytes",
"riak_repl.realtime_queue_stats.max_bytes",
"riak_repl.realtime_queue_stats.overload_drops",
"riak_repl.realtime_queue_stats.consumers.unacked",
"riak_repl.realtime_queue_stats.consumers.errs",
"riak_repl.realtime_queue_stats.consumers.drops",
"riak_repl.realtime_queue_stats.consumers.pending",
"riak_repl.fullsync_coordinator.queued",
"riak_repl.fullsync_coordinator.in_progress",
"riak_repl.fullsync_coordinator.waiting_for_retry",
"riak_repl.fullsync_coordinator.starting",
"riak_repl.fullsync_coordinator.successful_exits",
"riak_repl.fullsync_coordinator.error_exits",
"riak_repl.fullsync_coordinator.retry_exits",
"riak_repl.fullsync_coordinator.soft_retry_exits",
"riak_repl.fullsync_coordinator.busy_nodes",
"riak_repl.fullsync_coordinator.fullsyncs_completed",
"riak_repl.fullsync_coordinator.last_fullsync_duration",
"riak_repl.realtime_source.connected.hb_rtt",
"riak_repl.realtime_source.connected.objects",
"riak_repl.realtime_sink.connected.deactivated",
"riak_repl.realtime_sink.connected.source_drops",
"riak_repl.realtime_sink.connected.pending",
]
}
c = RiakReplCheck('riak_repl', init_config, {}, None)
c.check(INSTANCE)
for key in init_config['keys']:
aggregator.assert_metric(key, tags=[], at_least=0)
# Assert coverage for this check on this instance
aggregator.assert_all_metrics_covered()
# TODO: there are metrics missing in metadata.csv
missing_metrics = [
'riak_repl.realtime_queue_stats.consumers.drops',
'riak_repl.realtime_queue_stats.consumers.errs',
'riak_repl.realtime_queue_stats.consumers.pending',
'riak_repl.realtime_queue_stats.consumers.unacked',
'riak_repl.realtime_sink.connected.deactivated',
'riak_repl.realtime_sink.connected.pending',
'riak_repl.realtime_sink.connected.source_drops',
'riak_repl.realtime_source.connected.hb_rtt',
'riak_repl.realtime_source.connected.objects',
]
aggregator.assert_metrics_using_metadata(get_metadata_metrics(),
exclude=missing_metrics)