class UdpService(Service, udp_proto.UDP):
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("udp", "relay"), "leela.%s.udp.timeline" % config.hostname())
def forward_packet(self, packet):
logger.debug("forward: %d" % len(packet))
self.relay.relay(packet)
def startService(self):
reactor.listenUDP(self.cfg.getint("udp", "port"), self, self.cfg.get("udp", "address"))
class UdpService(Service, udp_proto.UDP):
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("udp", "relay"),
"leela.%s.udp.timeline" % config.hostname())
def forward_packet(self, packet):
logger.debug("forward: %d" % len(packet))
self.relay.relay(packet)
def startService(self):
reactor.listenUDP(self.cfg.getint("udp", "port"), self,
self.cfg.get("udp", "address"))
class CollectdService(Service, collectd_proto.UDP):
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("collectd", "relay"), "leela.%s.collectd.timeline" % config.hostname())
def recv_metrics(self, metrics):
logger.debug("recv_metrics: %d" % len(metrics))
try:
self.relay.relay(metrics)
except:
logger.error("cant relay to peer address")
def startService(self):
reactor.listenUDP(self.cfg.getint("collectd", "port"), self, self.cfg.get("collectd", "address"))
def __init__(self, cfg):
cfg = cfg
bus0 = Relay(cfg.get("http", "multicast"), "leela.%s.http.multicast" % config.hostname())
bus1 = Relay(cfg.get("http", "timeline"), "leela.%s.http.timeline" % config.hostname())
sto = cassandra_proto.CassandraProto(cfg)
app = web.Application([
(r"^/v1/version$" , http_proto.Version),
(r"^/v1/data/past24/(.*)" , http_proto.Past24 , {"storage": sto, "class_" : data.Data}),
(r"^/v1/data/pastweek/(.*)" , http_proto.PastWeek , {"storage": sto, "class_" : data.Data}),
(r"^/v1/data/(\d+)/(\d+)/(\d+)/(.*)", http_proto.YearMonthDay , {"storage": sto, "class_" : data.Data}),
(r"^/v1/data/(\d+)/(\d+)/(.*)" , http_proto.YearMonth , {"storage": sto, "class_" : data.Data}),
(r"^/v1/data/(.*)" , http_proto.RangeDataRdwr , {"storage": sto, "class_" : data.Data, "relay": bus0}),
(r"^/v1/past24/(.*)" , http_proto.Past24 , {"storage": sto, "class_" : event.Event}),
(r"^/v1/pastweek/(.*)" , http_proto.PastWeek , {"storage": sto, "class_" : event.Event}),
(r"^/v1/(\d+)/(\d+)/(\d+)/(.*)" , http_proto.YearMonthDay , {"storage": sto, "class_" : event.Event}),
(r"^/v1/(\d+)/(\d+)/(.*)" , http_proto.YearMonth , {"storage": sto, "class_" : event.Event}),
(r"^/v1/(.*)" , http_proto.RangeMetricRdwr, {"storage": sto, "class_" : event.Event, "relay": bus1}),
(r".*" , resthandler.Always404)
])
self.srv = service.MultiService()
self.srv.addService(service.IService(internet.TCPServer(cfg.getint("http", "port"), app, interface=cfg.get("http", "address"))))
self.srv.addService(sto)
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("collectd", "relay"), "leela.%s.collectd.timeline" % config.hostname())
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("udp", "relay"),
"leela.%s.udp.timeline" % config.hostname())
def __init__(self, cfg):
self.cfg = cfg
self.relay = Relay(self.cfg.get("udp", "relay"), "leela.%s.udp.timeline" % config.hostname())