def block(self):
block_pending = self.model.get_block_pending()
if not block_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_block = {}
for b in block_pending:
if IP(b.ip) in current:
logger.warning("already blocked %s" % b.ip)
else:
logger.info("blocking %s (%s)" % (b.ip, b.who))
to_block[IP(b.ip)] = b
notify_block(b)
if to_block:
for batch in util.window(to_block.keys(), 250):
c.nullroute_add_many(batch)
current = set(c.nullroute_list())
for b in block_pending:
if IP(b.ip) in current:
b.set_blocked()
else:
logger.error("error blocking %s" % b.ip)
def block(self):
block_pending = self.model.get_block_pending()
if not block_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_block = {}
for b in block_pending:
if IP(b.ip) in current:
logger.warning("already blocked %s" % b.ip)
else:
logger.info("blocking %s (%s)" % (b.ip, b.who))
to_block[IP(b.ip)] = b
notify_block(b)
if to_block:
for batch in util.window(to_block.keys(), 250):
c.nullroute_add_many(batch)
current = set(c.nullroute_list())
for b in block_pending:
if IP(b.ip) in current:
b.set_blocked()
else:
logger.error("error blocking %s" % b.ip)
def unblock(self):
unblock_pending = self.model.get_unblock_pending()
if not unblock_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_unblock = {}
for b in unblock_pending:
if IP(b.ip) not in current:
logger.warning("already unblocked %s" % b.ip)
else:
logger.info("unblocking %s (%s)" % (b.ip, b.who))
to_unblock[IP(b.ip)] = b
if to_unblock:
for batch in util.window(to_unblock.keys(), 250):
c.nullroute_remove_many(batch)
current = set(c.nullroute_list())
for b in unblock_pending:
if IP(b.ip) not in current:
b.set_unblocked()
else:
logger.error("error unblocking %s" % b.ip)
out = c.write_mem()
out = ' '.join(out)
logger.info("write mem: %s" % out)
def unblock(self):
unblock_pending = self.model.get_unblock_pending()
if not unblock_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_unblock = {}
for b in unblock_pending:
if IP(b.ip) not in current:
logger.warning("already unblocked %s" % b.ip)
else:
logger.info("unblocking %s (%s)" % (b.ip, b.who))
to_unblock[IP(b.ip)] = b
if to_unblock:
for batch in util.window(to_unblock.keys(), 250):
c.nullroute_remove_many(batch)
current = set(c.nullroute_list())
for b in unblock_pending:
if IP(b.ip) not in current:
b.set_unblocked()
else:
logger.error("error unblocking %s" % b.ip)
out = c.write_mem()
out = ' '.join(out)
logger.info("write mem: %s" % out)
def get_connection(self):
if self.connection:
return self.connection
logger.debug("Logging into router")
conn = self.cisco.login(self.ip)
if not conn:
logger.error("Unable to login to router")
raise Exception("Unable to login to router")
logger.debug("Done logging into router")
self.connection = conn
return conn
def get_connection(self):
if self.connection:
return self.connection
logger.debug("Logging into router")
conn = self.cisco.login(self.ip)
if not conn:
logger.error("Unable to login to router")
raise Exception("Unable to login to router")
logger.debug("Done logging into router")
self.connection = conn
return conn
def manage(self):
self.model.Session.expunge_all()
try:
self.unblock()
except Exception, e:
logger.error("error unblocking %s" % e)
def manage(self):
self.model.Session.expunge_all()
try:
self.unblock()
except Exception, e:
logger.error("error unblocking %s" % e)
class Manager:
def __init__(self, ip, model_class, cisco_class):
self.ip = ip
self.connection = None
self.cisco = cisco_class
self.model = model_class
def get_connection(self):
if self.connection:
return self.connection
logger.debug("Logging into router")
conn = self.cisco.login(self.ip)
if not conn:
logger.error("Unable to login to router")
raise Exception("Unable to login to router")
logger.debug("Done logging into router")
self.connection = conn
return conn
def unblock(self):
unblock_pending = self.model.get_unblock_pending()
if not unblock_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_unblock = {}
for b in unblock_pending:
if IP(b.ip) not in current:
logger.warning("already unblocked %s" % b.ip)
else:
logger.info("unblocking %s (%s)" % (b.ip, b.who))
to_unblock[IP(b.ip)] = b
if to_unblock:
for batch in util.window(to_unblock.keys(), 250):
c.nullroute_remove_many(batch)
current = set(c.nullroute_list())
for b in unblock_pending:
if IP(b.ip) not in current:
b.set_unblocked()
else:
logger.error("error unblocking %s" % b.ip)
out = c.write_mem()
out = ' '.join(out)
logger.info("write mem: %s" % out)
def block(self):
block_pending = self.model.get_block_pending()
if not block_pending:
return
c = self.get_connection()
current = set(c.nullroute_list())
to_block = {}
for b in block_pending:
if IP(b.ip) in current:
logger.warning("already blocked %s" % b.ip)
else:
logger.info("blocking %s (%s)" % (b.ip, b.who))
to_block[IP(b.ip)] = b
notify_block(b)
if to_block:
for batch in util.window(to_block.keys(), 250):
c.nullroute_add_many(batch)
current = set(c.nullroute_list())
for b in block_pending:
if IP(b.ip) in current:
b.set_blocked()
else:
logger.error("error blocking %s" % b.ip)
def manage(self):
self.model.Session.expunge_all()
try:
self.unblock()
except Exception, e:
logger.error("error unblocking %s" % e)
try:
self.block()
except Exception, e:
logger.error("error blocking %s" % e)
