def switch_streaming(self, bucket):
if self.streaming_bucket:
# TODO support switching bucket
return
delay = struct.pack("B", 5)
pname = dproto_tcp.encode_name(bucket)
self._send(STREAM_MODE + delay + pname)
self.streaming_bucket = bucket
def switch_streaming(self, bucket):
if self.streaming_bucket:
# TODO support switching bucket
return
delay = struct.pack("B", 5)
pname = dproto_tcp.encode_name(bucket)
self._send(STREAM_MODE + delay + pname)
self.streaming_bucket = bucket
def send_payload(self, metric, ts, value):
if self.streaming_bucket is None:
raise Exception("cannot send payload outside of stream mode")
ptime = struct.pack(PACK_FMT[TIME_SIZE], ts)
pmetric = dproto_tcp.encode_name(metric)
pmetric_size = struct.pack(PACK_FMT[2], len(pmetric))
pvalue = dproto_tcp.encode_metric_value(value)
pvalue_size = struct.pack(PACK_FMT[4], len(pvalue))
self._raw_send(PAYLOAD + ptime + pmetric_size + pmetric + pvalue_size +
pvalue)
def send_payload(self, metric, ts, value):
if self.streaming_bucket is None:
raise Exception("cannot send payload outside of stream mode")
ptime = struct.pack(PACK_FMT[TIME_SIZE], ts)
pmetric = dproto_tcp.encode_name(metric)
pmetric_size = struct.pack(PACK_FMT[2], len(pmetric))
pvalue = dproto_tcp.encode_metric_value(value)
pvalue_size = struct.pack(PACK_FMT[4], len(pvalue))
self._raw_send(PAYLOAD + ptime + pmetric_size + pmetric + pvalue_size +
pvalue)
def list_metrics(self, bucket):
packet = dproto_tcp.encode_name(bucket)
self._send(LIST_METRICS + packet)
binary = self._recv()
reply = dproto_tcp.decode_reply(binary, METRICS_SS)
return dproto_tcp.decode_metrics(reply)
def list_metrics(self, bucket):
packet = dproto_tcp.encode_name(bucket)
self._send(LIST_METRICS + packet)
binary = self._recv()
reply = dproto_tcp.decode_reply(binary, METRICS_SS)
return dproto_tcp.decode_metrics(reply)
