def main(argv=None):
# Parameter
options = libTopology.Parameter(argv)
options.check()
log = libTopology.logC()
cfg = config([options.netcfg, options.topocfg], options)
cfg.eval()
db = dbCon.dbCon(options)
cDB = libTopology.cacheDB(options, cfg, db, log,"/tmp/topology.db")
cDB.init()
## Los gehts
G = graph(cDB)
G.evalSystems()
topo = libTopology.myTopo(cDB,options,cfg,log)
topo.create(31)
cDB.bkpDat()
print "Ausstieg nach topo.create(None)"
sys.exit()
topo.fixPositions()
topo.create(None)
topo.svg()
cDB.bkpDat()
def eval_topo(options, db, cfg, log):
#if False:
if True:
try:
os.remove("/tmp/topology.db")
except:
pass
cDB = libTopology.cacheDB(options, cfg, db, log, "/tmp/topology.db")
else:
cDB = libTopology.cacheDB(options, cfg, db, log)
rDB = dbCon.dbCon(options)
cDB.init()
## Los gehts
G = graph(cDB, options)
G.evalSystems()
cDB.bkpDat()
topo = libTopology.myTopo(rDB, cDB, options, cfg, log)
topo.create()
topo.fixPositions()
cDB.bkpDat()
def main(argv=None):
options = libTopology.Parameter(argv)
options.check()
rDB = dbCon.dbCon(options)
while True:
if os.path.exists('/tmp/parse_ibnetdiscover.lock'):
time.sleep(1)
print "Lockfile exists"
continue
cfg = config([options.cfgfile, ], options)
cfg.eval()
log = libTopology.logC("/var/log/create_netgraph.log")
if os.path.exists('/tmp/parse_ibnetdiscover.lock'):
time.sleep(1)
print "Lockfile exists"
continue
try:
create(options, rDB, cfg, log)
except IOError, e:
print "Creation failed, I guess it overlaps with parse_ibnetdiscover"
print e
time.sleep(2)
continue
else:
dump_log(rDB)
if not options.loop:
break
time.sleep(int(options.loop_delay))
def main(argv=None):
options = libTopology.Parameter(argv)
options.check()
db = dbCon.dbCon(options)
cfg = libTopology.config([options.cfgfile, ], options)
cfg.eval()
log = libTopology.logC(options, "/var/log/uptopo.log")
eval_topo(options, db, cfg, log)
def gui(qnib, opt):
from qnib_control import logC, log_entry
logE = log_entry("Exec create_netgraph")
qnib.addLog(logE)
cfg = libTopology.config([opt.cfgfile, ], opt)
cfg.eval()
log = logC(opt, qnib)
db = dbCon.dbCon(opt)
create(opt, db, cfg, log)
logE.set_status(log.get_status())
qnib.refresh_log()
def main(argv=None):
opt = MYparameter(argv)
opt.check()
while True:
datab = dbCon.dbCon(opt)
interval = 10
count_res = 1
while count_res > 0:
count_res = update_perf(opt, datab, interval)
count_res = 1
while count_res > 0:
count_res = update_err(opt, datab, interval)
if not opt.loop:
break
time.sleep(int(opt.loop_delay))
def main():
""" get all links and creates graph """
opt = Parameter()
dbcon = dbCon.dbCon(opt)
q_net = QnibNetworkx()
links = dbcon.getLinkList()
while True:
if len(links) == 0:
break
link = links.pop()
(src, edge, dst) = split_link(link)
if not q_net.is_in(src):
q_net.add_node(src)
if not q_net.is_in(dst):
q_net.add_node(dst)
q_net.add_edge(src, edge, dst)
if opt.pickle:
q_net.pickle_ibgraph(opt.picklefile)
q_net.pickle_swgraph(opt.picklefile)
def main(argv=None):
opt = MYparameter(argv)
datab = dbCon.dbCon(opt)
while True:
query = """SELECT DISTINCT n_name, p_ext
FROM ports NATURAL JOIN nodes
ORDER BY n_name,p_ext;"""
res = datab.sel(query)
data = {}
for row in res:
(n_name, p_ext) = row
if n_name not in data.keys():
data[n_name] = []
data[n_name].append(p_ext)
for node, ports in data.items():
my_rrd = rrd.RRD(node)
my_rrd.html5(15)
if not opt.loop:
break
time.sleep(int(opt.loop_delay))
