def popupVlanConfig(self, type, vlanIndex, vlanID):
""" Dialog window to input IP addresses for a VLAN configuration """
logging.debugv("menu/config.py->popupIfConfig(self, type, vlanIndex, vlanID)", [type, vlanIndex, vlanID])
vlanConf = self.c.getVlan(vlanIndex)
savedInput = vlanConf[type]
if type == "tunnel":
title = "\\Zb... > Network > VLAN %s > Local IP\\n\\ZB" % str(vlanID)
subtitle = "Enter the IP address of the VLAN interface"
elif type == "netmask":
title = "\\Zb... > Network > VLAN %s > Subnet mask\\n\\ZB" % str(vlanID)
subtitle = "Enter the subnet mask address of the local interface"
elif type == "gateway":
title = "\\Zb... > Network > VLAN %s > Gateway\\n\\ZB" % str(vlanID)
subtitle = "Enter the gateway address of the local interface"
elif type == "broadcast":
title = "\\Zb... > Network > VLAN %s > Broadcast\\n\\ZB" % str(vlanID)
subtitle = "Enter the broadcast address of the local interface"
title += subtitle
while True:
output = self.d.inputbox(title, 10, 50, savedInput, colors=1, ok_label="Ok")
if output[0]: return
if t.ipv4check(output[1]):
address = output[1]
logging.info("Setting %s for %s to %s" % (type, vlanID, output[1]))
self.changed = True
self.c.setVlanProp(vlanIndex, type, output[1])
self.changed = True
return # returns to setVlanConfig()
else:
self.d.msgbox("Please enter a valid address")
def dnsPrim(self):
""" Set primary DNS server """
logging.debugv("menu/config.py->dnsPrim(self)", [])
(type, prim, sec) = self.c.getDNS()
while True:
input = self.d.inputbox("Primary DNS server:", 10, 50, prim)
if input[0]: return
if t.ipv4check(input[1]):
prim = input[1]
break
self.changed = True
self.c.setDNS(type, prim, sec)
def dnsPrim(self):
""" Set primary DNS server """
logging.debugv("menu/config.py->dnsPrim(self)", [])
(type, prim, sec) = self.c.getDNS()
while True:
input = self.d.inputbox("Primary DNS server:", 10, 50, prim)
if input[0]: return
if t.ipv4check(input[1]):
prim = input[1]
break
self.changed = True
self.c.setDNS(type, prim, sec)
def dnsSec(self):
""" Set secondary DNS server """
logging.debugv("menu/config.py->dnsSec(self)", [])
(type, prim, sec) = self.c.getDNS()
while True:
input = self.d.inputbox("Secondary DNS server:", 10, 50, sec)
if input[0]: return
if input[1] == "":
sec = ""
break
elif t.ipv4check(input[1]):
sec = input[1]
break
self.changed = True
self.c.setDNS(type, prim, sec)
def dnsSec(self):
""" Set secondary DNS server """
logging.debugv("menu/config.py->dnsSec(self)", [])
(type, prim, sec) = self.c.getDNS()
while True:
input = self.d.inputbox("Secondary DNS server:", 10, 50, sec)
if input[0]: return
if input[1] == "":
sec = ""
break
elif t.ipv4check(input[1]):
sec = input[1]
break
self.changed = True
self.c.setDNS(type, prim, sec)
def popupIfConfig(self, type, inf):
""" Dialog window to input IP addresses for an interface configuration """
logging.debugv("menu/config.py->popupIfConfig(self, type, inf)",
[type, inf])
infConf = self.c.getIf(inf)
savedInput = infConf[type]
if type == "address":
title = "\\Zb... > Network > IP config %s > Local IP\\n\\ZB" % str(
inf)
subtitle = "Enter the IP address of the local interface"
elif type == "tunnel":
title = "\\Zb... > Network > IP config %s > Endpoint IP\\n\\ZB" % str(
inf)
subtitle = "Enter the IP address of the endpoint interface"
elif type == "netmask":
title = "\\Zb... > Network > IP config %s > Subnet mask\\n\\ZB" % str(
inf)
subtitle = "Enter the subnet mask address of the local interface"
elif type == "gateway":
title = "\\Zb... > Network > IP config %s > Gateway\\n\\ZB" % str(
inf)
subtitle = "Enter the gateway address of the local interface"
elif type == "broadcast":
title = "\\Zb... > Network > IP config %s > Broadcast\\n\\ZB" % str(
inf)
subtitle = "Enter the broadcast address of the local interface"
title += subtitle
while True:
output = self.d.inputbox(title,
10,
50,
savedInput,
colors=1,
ok_label="Ok")
if output[0]: return
if t.ipv4check(output[1]):
address = output[1]
logging.info("Setting %s for %s to %s" %
(type, inf, output[1]))
self.changed = True
self.c.setIfProp(inf, type, output[1])
self.changed = True
return # returns to setIfConfig()
else:
self.d.msgbox("Please enter a valid address")
def editIpmiGatewayIP(self):
""" Edit the statically set IPMI gateway IP address """
logging.debugv("menu/config.py->editIpmiGatewayIP(self)", [])
gw = self.c.getIpmiGatewayIP()
while True:
output = self.d.inputbox("IPMI gateway IP address", 10, 50, gw)
if output[0]: return
if t.ipv4check(output[1]):
gw = output[1]
try:
f.ipmiSetNet(["defgw", "ipaddr", gw])
logging.debug("Setting IPMI gateway address to %s" % (gw))
self.c.ipmi["gwip"] = gw
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox("Could not set the gateway IP address for the IPMI interface", 8, 60)
return
else:
self.d.msgbox("Please enter a valid IP address")
def editIpmiNetmask(self):
""" Edit the statically set IPMI netmask """
logging.debugv("menu/config.py->editIpmiNetmask(self)", [])
netmask = self.c.getIpmiNetmask()
while True:
output = self.d.inputbox("IPMI Netmask", 10, 50, netmask)
if output[0]: return
if t.ipv4check(output[1]):
netmask = output[1]
try:
f.ipmiSetNet(["netmask", netmask])
logging.debug("Setting IPMI netmask to %s" % (netmask) )
self.c.ipmi["netmask"] = netmask
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox("Could not set the subnet mask for the IPMI interface", 8, 55)
return
else:
self.d.msgbox("Please enter a valid netmask address")
def editIpmiAddress(self):
""" Edit the statically set IPMI IP address """
logging.debugv("menu/config.py->editIpmiAddress(self)", [])
address = self.c.getIpmiAddress()
while True:
output = self.d.inputbox("IPMI Address", 10, 50, address)
if output[0]: return
if t.ipv4check(output[1]):
address = output[1]
try:
f.ipmiSetNet(["ipaddr", address])
logging.debug("Setting IPMI address to %s" % (address) )
self.c.ipmi["address"] = address
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox("Could not set the IP address for the IPMI interface", 8, 55)
return
else:
self.d.msgbox("Please enter a valid IP address")
def editIpmiGatewayIP(self):
""" Edit the statically set IPMI gateway IP address """
logging.debugv("menu/config.py->editIpmiGatewayIP(self)", [])
gw = self.c.getIpmiGatewayIP()
while True:
output = self.d.inputbox("IPMI gateway IP address", 10, 50, gw)
if output[0]: return
if t.ipv4check(output[1]):
gw = output[1]
try:
f.ipmiSetNet(["defgw", "ipaddr", gw])
logging.debug("Setting IPMI gateway address to %s" % (gw))
self.c.ipmi["gwip"] = gw
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox(
"Could not set the gateway IP address for the IPMI interface",
8, 60)
return
else:
self.d.msgbox("Please enter a valid IP address")
def editIpmiNetmask(self):
""" Edit the statically set IPMI netmask """
logging.debugv("menu/config.py->editIpmiNetmask(self)", [])
netmask = self.c.getIpmiNetmask()
while True:
output = self.d.inputbox("IPMI Netmask", 10, 50, netmask)
if output[0]: return
if t.ipv4check(output[1]):
netmask = output[1]
try:
f.ipmiSetNet(["netmask", netmask])
logging.debug("Setting IPMI netmask to %s" % (netmask))
self.c.ipmi["netmask"] = netmask
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox(
"Could not set the subnet mask for the IPMI interface",
8, 55)
return
else:
self.d.msgbox("Please enter a valid netmask address")
def editIpmiAddress(self):
""" Edit the statically set IPMI IP address """
logging.debugv("menu/config.py->editIpmiAddress(self)", [])
address = self.c.getIpmiAddress()
while True:
output = self.d.inputbox("IPMI Address", 10, 50, address)
if output[0]: return
if t.ipv4check(output[1]):
address = output[1]
try:
f.ipmiSetNet(["ipaddr", address])
logging.debug("Setting IPMI address to %s" % (address))
self.c.ipmi["address"] = address
self.c.ipmi.write()
except excepts.RunException:
self.d.msgbox(
"Could not set the IP address for the IPMI interface",
8, 55)
return
else:
self.d.msgbox("Please enter a valid IP address")
