def submitRoute(self, ctx, form, data):
eth = self.sysconf.EthernetDevices
target = None
destination = data['dest'].encode("ascii", "replace").lower()
if data['gate']:
gateway = data['gate'].encode("ascii", "replace")
if data['device']:
target = data['device'].encode("ascii", "replace")
else:
gateway = data['device'].encode("ascii", "replace")
if '0.0.0.0/0' in destination:
destination = 'default'
if destination == 'default':
# Purge existing default routes, if any
for dev, items in eth.items():
oldRoutes = items.get('routes', [])
newRoutes = []
for dst, gw in oldRoutes:
if dst == "default":
continue
newRoutes.append((dst, gw))
eth[dev]['routes'] = newRoutes
if (not target) and data['gate']:
# Dunno where to go... Look at gateway and make an intelligent choice
for iface, net in Utils.getLanNetworks(self.sysconf).items():
print data['gate']
if Utils.matchIP(net, gateway):
# Gateway matches this interface local-link
target = iface
if not target:
# Still nothing, go for broke - these will be added to Quagga anyways
target = Utils.getLans(self.sysconf)[0]
routes = eth[target].get('routes', [])
routes.append((destination, gateway))
eth[target]['routes'] = routes
self.sysconf.EthernetDevices = eth
def next(_):
return url.root.child('Routing')
return applySettings().addCallback(next)
def submitRoute(self, ctx, form, data):
eth = self.sysconf.EthernetDevices
target = None
destination = data['dest'].encode()
if data['gate']:
gateway = data['gate'].encode()
else:
gateway = data['device'].encode()
if '0.0.0.0/0' in destination:
destination = u'default'
if 'eth' in self.sysconf.WANPrimary:
target = self.sysconf.WANPrimary
else:
target = Utils.getLans(self.sysconf)[0]
if (not target) and data['gate']:
# Dunno where to go... Look at gateway and make an intelligent choice
for iface, net in Utils.getLanNetworks(self.sysconf).items():
print data['gate']
if Utils.matchIP(net, gateway):
# Gateway matches this interface local-link
target = iface
if not target:
# Still nothing, go for broke
target = Utils.getLans(self.sysconf)[0]
routes = eth[target].get('routes', [])
routes.append((destination, gateway))
eth[target]['routes'] = routes
self.sysconf.EthernetDevices = eth
def next(_):
return url.root.child('Routing')
return applySettings().addCallback(next)
def renderHTTP(self, ctx):
request = inevow.IRequest(ctx)
def render(data):
# Set our content dispositions and write the stream
request.setHeader("content-type", "image/png")
request.setHeader("content-length", str(len(data)))
return data
width = 700
height = 64
rHeight, lHeight = 0, 0
# Internet side (left)
locals = Utils.getLans(self.sysconf)
wans = {}
lans = {}
leftSize = 0
rightSize = 0
balanceZones = {}
for zone, ip, type in self.sysconf.ShorewallBalance:
balance = 'balance' in type
balanceZones[zone] = (balance, ip)
self.balanced = []
idefer = []
for k,net in Utils.getNetworks(self.sysconf).items():
routes = {}
size = 1
zone = Utils.getZone(self.sysconf, k)
doneInet = False
if zone in balanceZones:
if balanceZones[zone][0]:
self.balanced.append(k)
gate = balanceZones[zone][1]
if gate:
# otherwise... wtf
routes[('router', gate)] = {('internet', 'Internet', k):None}
size = 3
else:
# Get a new router icon for Link-route devices like PPPoE
routes[('router', 'LINK')]= {('internet', 'Internet', k):None}
for dst,gate in self.sysconf.EthernetDevices[k].get('routes', []):
if (dst == 'default') and (not doneInet):
if Utils.matchIP(net, gate):
# The default router sits on this segment
routes[('router', gate)] = {('internet', 'Internet', k): None}
if 3>size:
size = 3
else:
# Another switch behind a router
routes[('router', gate)] = {('switch', dst): None}
size = 3
if k in locals:
node = ('switch', net+'-'+k)
lans[node] = routes
if size > rightSize:
rightSize = size
rHeight += 64
else:
node = ('switch', net+'-'+k)
if k in self.balanced:
idefer.append((node, routes))
else:
wans[node] = routes
if size > leftSize:
leftSize = size
lHeight += 64
for k,v in self.sysconf.WANDevices.items():
routes = {}
zone = Utils.getZone(self.sysconf, k)
lHeight += 64
if zone in balanceZones:
if balanceZones[zone][0]:
self.balanced.append(k)
gate = balanceZones[zone][1]
# Get a new router icon for Link-route devices like PPPoE
routes[('internet', 'Internet', k)] = None
if 'defaultroute' in v.get('pppd', []):
routes[('internet', 'Internet', k)] = None
else:
if k == self.sysconf.LocalRoute:
# Put a ZA flag here...
routes[('internet', 'Internet', k)] = None
if not routes:
routes[('switch', 'Cloud', k)] = None
node = ('netlink', 'PPP '+k[-1])
wans[node] = routes
# Figure out our best dimensions
mHeight = max([rHeight, lHeight])
print "Total height", mHeight, rHeight, lHeight
height = mHeight
# Configure our context
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, width, height+16)
c = cairo.Context(surface)
c.set_line_width(2)
vloc = (width/2, height/2) # Center of image (where vulani goes)
wans = [i for i in wans.items()]
wans.extend(idefer)
#for node, routes in idefer:
# wans.append((node] = routes
totalBreadth = leftSize + rightSize + 1
print "Total width", totalBreadth, leftSize, rightSize
xSteps = (width)/totalBreadth
if leftSize:
if leftSize == rightSize:
vx = width/2
else:
vx = (xSteps * leftSize) + 56
else:
vx = 56
vloc = (vx, height/2)
self.drawLater = []
posX = 64
# Wans (left)
self.iLoc = None
self.parseTree(c, wans, height, 0, vloc[0]-xSteps, vloc, -xSteps)
# Lans (right)
self.parseTree(c, lans, height, 0, vloc[0]+xSteps, vloc, +xSteps)
#self.text(c, "Hello", 10.5, 30,30)
for i in self.drawLater:
self.drawImage(c, i[0], (i[1], i[2]), True)
self.drawImage(c, '/usr/local/tcs/tums/images/vulani-globe-64.png', vloc, True)
out = StringIO.StringIO()
surface.write_to_png(out)
out.seek(0)
return render(out.read())
def matchLans(self, ip):
""" Match an IP to a LAN interface """
for n in self.lanNetworks:
if Utils.matchIP(n, ip):
return True
return False
def writeConfig(self, *a):
lans = Utils.getLanNetworks(config)
extramain = config.DHCP.get('main','')
ips = Utils.getLanIPs(config)
myIp = ips[0]
rev = '.'.join([i for i in reversed(myIp.split('.')[:3])])
ifaces = []
dhcpconf = """# DHCPD config generated by TUMS Configurator
ddns-update-style interim;
default-lease-time 21600;
max-lease-time 21600;
allow booting;
allow bootp;
authoritative;
log-facility local7;
zone %(domain)s. {
primary 127.0.0.1;
}
zone %(rev)s.in-addr.arpa. {
primary 127.0.0.1;
}
option local-pac-server code 252 = text;
%(extramain)s
""" % {
'extramain': extramain,
'domain': config.Domain,
'rev': rev
}
n = 0
for k,v in lans.items():
myNet = v
myIp = config.EthernetDevices[k].get('ip', '/').split('/')[0]
dhcpConf = config.DHCP.get(k, {})
if not myIp:
# No IP set for this interface (is DHCP itself)
continue
if not config.EthernetDevices[k].get('dhcpserver'):
# Not set to do DHCP
continue
ifaces.append(k)
statics = ""
for ip, hostmac in config.DHCP.get('leases',{}).items():
if Utils.matchIP(myNet, ip):
# make sure the IP is in this network
host, mac = hostmac
statics += """ host %s {
fixed-address %s;
hardware ethernet %s;
}\n""" % (host, ip, mac)
myNetmask = Utils.cidr2netmask(myNet.split('/')[1])
rangeStart = dhcpConf.get('rangeStart', "100")
rangeEnd = dhcpConf.get('rangeEnd', "240")
netmask = dhcpConf.get('netmask', myNetmask)
netbios = dhcpConf.get('netbios', myIp)
nameserver = dhcpConf.get('nameserver', myIp)
router = dhcpConf.get('gateway', myIp)
myNet = dhcpConf.get('network', Utils.getNetwork(config.EthernetDevices[k]['ip']))
domain = dhcpConf.get('domain', config.Domain)
if not '/' in myNet:
# AAAAAAAAAAAARGH GOD DAMN DIE IN HELL PAUL VIXIE
cdr = Utils.netmask2cidr(netmask)
myNet = "%s/%s" % (myNet, cdr)
bcast = Utils.getBroadcast(myNet)
else:
bcast = Utils.getBroadcast(myNet)
# allow custom configuration options
custom = dhcpConf.get('custom', '')
netL = '.'.join(myNet.split('.')[:3])
if not ("." in rangeStart):
rangeStart = "%s.%s" % (netL, rangeStart)
rangeEnd = "%s.%s" % (netL, rangeEnd)
defn = {
'netname': 'DHCP%s' % k.upper(),
'myIp': myIp,
'pacIp': myIp.replace('.', '-'),
'domain': domain,
'network': netL,
'networkF': myNet.split('/')[0],
'static': statics,
'custom': custom,
'netmask': netmask,
'rangeStart': rangeStart,
'rangeEnd': rangeEnd,
'myNetbios': netbios,
'myDns': nameserver,
'myRouter': router,
'extramain': extramain,
'bcast': bcast
}
dhcpnet = """
shared-network %(netname)s {
use-host-decl-names on;
option domain-name "%(domain)s";
option domain-name-servers %(myDns)s;
option netbios-name-servers %(myNetbios)s;
option netbios-node-type 8;
option local-pac-server "http://%(myIp)s/wpad-%(pacIp)s.pac";
option ntp-servers %(myIp)s;
option time-servers %(myIp)s;
option log-servers %(myIp)s;
option font-servers %(myIp)s;
option pop-server %(myIp)s;
option smtp-server %(myIp)s;
option x-display-manager %(myIp)s;
subnet %(networkF)s netmask %(netmask)s {
range dynamic-bootp %(rangeStart)s %(rangeEnd)s;
option subnet-mask %(netmask)s;
option broadcast-address %(bcast)s;
option routers %(myRouter)s;
}
%(static)s
%(custom)s
}\n""" % defn
dhcpconf += dhcpnet
# Check for debianism (goes in /etc/dhcp3)
f = open('/etc/dhcp3/dhcpd.conf', 'wt')
f.write(dhcpconf)
f.close()
f = open('/etc/default/dhcp3-server', 'wt')
f.write('# On what interfaces should the DHCP server (dhcpd) serve DHCP requests?\n')
f.write('# Separate multiple interfaces with spaces, e.g. "eth0 eth1".\n')
f.write('INTERFACES="%s"\n' % ' '.join(ifaces))
f.close()
