def xdb_get(k):
peer2peer.publish(XDb, "dbd", "%s get 53 %s" % (UUID, k))
return _xdb_ret()
def db_keys(k):
#print("DBK:"+k)
peer2peer.publish(Db, "dbd", "%s keys 51k %s %s~" % (UUID, k, k))
return _db_ret()
def xdb_keys(k):
peer2peer.publish(XDb, "dbd", "%s keys 51 %s %s~" % (UUID, k, k))
return _xdb_ret()
def xdb_put(k, v):
peer2peer.publish(XDb, "dbd", "%s put 52 %s %s" % (UUID, k, v))
return _xdb_ret()
def publish(ch, msg):
return peer2peer.publish(Ps, ch, msg)
def xpublish(ch, msg):
return peer2peer.publish(Xps, ch, msg)
def db_get(k):
#print("DBG:"+k)
peer2peer.publish(Db, "dbd", "%s get 53g %s" % (UUID, k))
return _db_ret()
def db_put(k, v):
#print("DBP:"+k)
peer2peer.publish(Db, "dbd", "%s put 52p %s %s" % (UUID, k, v))
return _db_ret()
def main():
while 1:
try:
peer2peer.subscribe(Ps, 'dbd')
while 1:
msgs = peer2peer.recv(Ps)
msg = msgs[2]
arr = msg.split(' ', 4)
if arr[1] == 'hola':
peer2peer.publish(Ps, arr[0], arr[2] + " YO!")
elif arr[1] == 'put':
db.Put(arr[3], arr[4])
peer2peer.publish(Ps, arr[0], arr[2] + " OK")
elif arr[1] == 'get':
try:
result = db.Get(arr[3])
peer2peer.publish(Ps, arr[0], arr[2] + ' ' + result)
except KeyError:
peer2peer.publish(Ps, arr[0], arr[2])
elif arr[1] == 'keys':
try:
result = ' '.join(list(keys(arr[3],arr[4])))
#print("RESLT", repr(result))
peer2peer.publish(Ps, arr[0], arr[2] + ' ' + result)
except KeyError:
peer2peer.publish(Ps, arr[0], arr[2])
elif arr[1] == 'zap':
for key in keys(''):
db.Delete(key)
else:
print("ERROR, DONT KNOW HOW TO DO THAT")
pass
time.sleep(0.2)
except:
tb.print_exc()
print("ERR")
time.sleep(1)
try:
connect()
except:
print("ERR2")
tb.print_exc()
pass
pass
