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Detabification massive.

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darcs-hash:20051018083823-d1718-09c2df38cfb707d3c3679188b9b9a812009f4f7c.gz
This commit is contained in:
bernat 2005-10-18 10:38:23 +02:00
parent 3c54fb2904
commit 37b21339a6
40 changed files with 1473 additions and 1473 deletions
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68
gestion/tools/locate-wifi.py
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@ -29,10 +29,10 @@ mac_done=[]
def done (mac) :
global mac_done
if mac in mac_done :
return True
return True
else :
mac_done.append(mac)
return False
mac_done.append(mac)
return False
# liste des résultats
results = []
@ -40,40 +40,40 @@ results = []
# classe d'interrogation des bornes
class interroge_borne (threading.Thread) :
def __init__ (self, db, borne, mac = None) :
threading.Thread.__init__(self)
self.borne = borne
self.mac = mac
self.db = db
self.start()
threading.Thread.__init__(self)
self.borne = borne
self.mac = mac
self.db = db
self.start()
def aff_client (self, mac, rssi) :
if done(mac) :
return
res = db.search("mac=%s" % mac)['machine']
if not res:
client_nom = '????'
coul_rssi = 'rouge'
rssi = 0
else:
# On va choisir la bonne couleur pour le RSSI
if rssi > -88:
coul_rssi = 'vert'
elif rssi > -93:
coul_rssi = 'jaune'
else:
coul_rssi = 'rouge'
global results
results.append('%-10s %-30s (%-15s, RSSI: %s)' % (self.borne.nom().split('.')[0], res[0].proprietaire().Nom(), res[0].nom().split('.')[0],coul("%d" % rssi, coul_rssi)))
if done(mac) :
return
res = db.search("mac=%s" % mac)['machine']
if not res:
client_nom = '????'
coul_rssi = 'rouge'
rssi = 0
else:
# On va choisir la bonne couleur pour le RSSI
if rssi > -88:
coul_rssi = 'vert'
elif rssi > -93:
coul_rssi = 'jaune'
else:
coul_rssi = 'rouge'
global results
results.append('%-10s %-30s (%-15s, RSSI: %s)' % (self.borne.nom().split('.')[0], res[0].proprietaire().Nom(), res[0].nom().split('.')[0],coul("%d" % rssi, coul_rssi)))
def run (self) :
nom = self.borne.nom()
if not borne_etat(nom) :
return
clients = borne_clients_canal(nom)['mac-rssi']
for (mac, rssi) in clients :
if not self.mac.upper() or self.mac == mac.upper() :
self.aff_client(mac,rssi)
nom = self.borne.nom()
if not borne_etat(nom) :
return
clients = borne_clients_canal(nom)['mac-rssi']
for (mac, rssi) in clients :
if not self.mac.upper() or self.mac == mac.upper() :
self.aff_client(mac,rssi)
# on onterroge trois fois car il donne pas toujours les clients
for i in range(0,3) :
@ -81,7 +81,7 @@ for i in range(0,3) :
resultat = {}
bornes = db.search('canal=*')['machine']
for borne in bornes :
interroge_borne(db, borne, mac)
interroge_borne(db, borne, mac)
# on attend la fin de threads
while len(threading.enumerate()) > 1 :