def write_log(events):
try:
with riemann_client.client.QueuedClient(riemann_client.transport.TCPTransport("localhost", 5555)) as client:
for event in events:
client.event(**event)
client.flush()
except Exception as exc:
pass
def handle_stat(client, container, line):
data = json.loads(line.decode('utf-8'))
events = riemann.handle_stat(data, container._info)
for event in events:
client.event(**event)
client.flush()
def check(cmd, match):
with Popen(cmd, stdout=PIPE, shell=False).stdout as stdout:
output = stdout.readlines()
if re.match(match, output[0]):
state = "ok"
else:
state = "critical"
description = ''.join(output)
service = service="%s %s: %s" % (cmd[0], cmd[1], ZPOOL)
client.event(service=service, state=state, description=description, tags=["raid"], ttl=TTL)
def handle_log(client, container, line):
if len(line) == 8:
container.logs_stream = 'stdout' if line[0] == 1 else 'stderr'
return
events = riemann.handle_log(line, container._info, container.logs_stream)
for event in events:
client.event(**event)
client.flush()
def publish_events(events, client):
for event in events:
try:
client.event(**event)
print "SENT:", event
except riemann_client.transport.RiemannError as ex:
print "Riemann FAILED:", ex, event
except Exception as ex:
print "FAILED:", ex, event
raise ex
def publish_events(events, client):
for event in events:
try:
client.event(**event)
print "SENT:", event
except riemann_client.transport.RiemannError as ex:
print "Riemann FAILED:", ex, event
except Exception as ex:
print "FAILED:", ex, event
raise ex
def send_function(args, client):
"""Sends a single command to Riemann"""
event = client.event(
time=args.time,
state=args.state,
host=args.event_host,
description=args.description,
service=args.service,
tags=args.tags,
ttl=args.ttl,
metric_f=args.metric)
if args.print_message:
print(str(event).strip())
def test_attributes(self, client, unique):
client.event(attributes={'key': unique})
assert unique in client.transport.string.getvalue()
def test_tags(self, client, unique):
client.event(tags=[unique])
assert unique in client.transport.string.getvalue()
def test_custom_hostname(self, client):
event = client.event(host="test.example.com").events[0]
assert "test.example.com" == event.host
assert "test.example.com" in client.transport.string.getvalue()
def test_default_hostname(self, client, event):
event = client.event().events[0]
assert socket.gethostname() == event.host
assert socket.gethostname() in client.transport.string.getvalue()
def test_service(self, client):
client.event(service='test event')
assert 'test event' in client.transport.string.getvalue()
def test_tags(self, client):
client.event(tags=['tag-1', 'tag-2'])
assert "tag-1" in client.transport.string.getvalue()
def event(client):
"""Send and return a blank event"""
message = client.event()
return message.events[0]