def rrd(cnx, ev):
if last_seen.get(ev["_type"], ev["_when"] ) != ev["_when"]:
write_rrd(open_rrd(cfg, ev["_type"]), cfg, ev["_type"], ev)
last_seen[ev["_type"]] = ev["_when"]
from time import time
import sys
cfg = json.load(open("rrd.json"))
rrd_l = dict()
for rrd_db in cfg.keys():
if rrd_db.startswith("_"):
continue
else:
this_cfg = cfg[rrd_db]
if isinstance(this_cfg, dict) and cfg[rrd_db].get("source"):
try:
create_rrd_if(cfg, rrd_db)
except IOError:
pass
finally:
rrd_l[rrd_db] = open_rrd(cfg, rrd_db)
last_seen=dict()
def rrd(cnx, payload, msg):
now = time()
if not msg["type"] in last_seen:
last_seen[msg["type"]] = now
if now - last_seen[msg["type"]] >= 1:
write_rrd(rrd_l[msg["type"]], cfg, msg["type"], payload)
last_seen[msg["type"]] = now
Connector(rrd).turbine()
import json
from dsat.data import create_rrd_if , open_rrd, write_rrd
from dsat.state import state_wrapper
import sys
cfg = json.load(open("rrd.json"))
rrd_l = dict()
for rrd_db in cfg.keys():
if rrd_db.startswith("_"):
continue
else:
print rrd_db
this_cfg = cfg[rrd_db]
if isinstance(this_cfg, dict) and cfg[rrd_db].get("source"):
try:
create_rrd_if(cfg, rrd_db)
except IOError:
pass
finally:
print rrd_db
rrd_l[rrd_db] = lambda : open_rrd(cfg, rrd_db)
last_seen=dict()
def rrd(cnx, ev):
if last_seen.get(ev["_type"], ev["_when"] ) != ev["_when"]:
write_rrd(open_rrd(cfg, ev["_type"]), cfg, ev["_type"], ev)
last_seen[ev["_type"]] = ev["_when"]
state_wrapper(sys.argv, rrd)