def show(argv):
"""Show the contents of the ARP cache
syntax: show arp
"""
output = lib.output.CLIoutput("arp", _output_handlers)
if len(argv) != 1:
output.completeOutputError(InvalidArgumentCount (syntax = show.__doc__))
return output
arp_entries = open("/proc/net/arp", 'r').readlines()
output.beginList("ARPentryList")
for line in arp_entries[1:]: # skip header
fields = line.split()
output.beginAssembling("ARPentry")
output.setVirtualNameValue("IPaddress", fields[0])
if int(fields[2], 16) == 0:
output.setVirtualNameValue("HWaddress", "(unresolved)")
else:
output.setVirtualNameValue("HWaddress", fields[3])
output.setVirtualNameValue("InterfaceName", fields[5])
output.endAssembling("ARPentry")
output.endList("ARPentryList")
output.completeOutputSuccess()
#print output
return output
def show(argv):
"""Show the contents of the ARP cache
syntax: show arp
"""
output = lib.output.CLIoutput("arp", _output_handlers)
if len(argv) != 1:
output.completeOutputError(InvalidArgumentCount(syntax=show.__doc__))
return output
arp_entries = open("/proc/net/arp", 'r').readlines()
output.beginList("ARPentryList")
for line in arp_entries[1:]: # skip header
fields = line.split()
output.beginAssembling("ARPentry")
output.setVirtualNameValue("IPaddress", fields[0])
if int(fields[2], 16) == 0:
output.setVirtualNameValue("HWaddress", "(unresolved)")
else:
output.setVirtualNameValue("HWaddress", fields[3])
output.setVirtualNameValue("InterfaceName", fields[5])
output.endAssembling("ARPentry")
output.endList("ARPentryList")
output.completeOutputSuccess()
#print output
return output
def _gen_timezones(output, timezones):
output.beginList(_XMLTAG_TimeZoneList)
for x in timezones:
output.setVirtualNameValue(_XMLTAG_TimeZone, x)
output.endList(_XMLTAG_TimeZoneList)
output.completeOutputSuccess()
return output
def _gen_timezones(output, timezones):
output.beginList(_XMLTAG_TimeZoneList)
for x in timezones:
output.setVirtualNameValue(_XMLTAG_TimeZone, x)
output.endList(_XMLTAG_TimeZoneList)
output.completeOutputSuccess()
return output
def _show_bridge(output, argv, bridge_id):
"""
Show bridge
syntax : show bridge
"""
output.beginList("BridgeSpecList")
_get_bridge_from_db(output, "bridge", bridge_id)
output.endList("BridgeSpecList")
output.completeOutputSuccess()
def _show_iomodule(output, argv):
"""
Show iomodule
syntax : show iomodule
"""
output.beginList("IomoduleSpecList")
_get_iomodule_values(output, "iomodule")
output.endList("IomoduleSpecList")
output.completeOutputSuccess()
def _show_bridge(output, argv, bridge_id):
"""
Show bridge
syntax : show bridge
"""
output.beginList("BridgeSpecList")
_get_bridge_from_db(output, "bridge", bridge_id)
output.endList("BridgeSpecList")
output.completeOutputSuccess()
def _show_vfabric(output, argv):
"""
Show vfabric
syntax : show vfabric
"""
param1 = 0
output.beginList("VfabricSpecList")
param1 = _get_vfabric_values(output, "vfabric", "All")
output.endList("VfabricSpecList")
if param1 != -1:
output.completeOutputSuccess()
return output
def _show_vfabric_module(output, argv, vfabric_id):
"""
Show vfabric <vfabric_id>
syntax : show vfabric <vfabric_id>
"""
param1 = 0
output.beginList("VfabricSpecList")
_get_vfabric_values(output, "vfabric", vfabric_id)
output.endList("VfabricSpecList")
if param1 != -1:
output.completeOutputSuccess()
return output
def _show_vfabric(output, argv):
"""
Show vfabric
syntax : show vfabric
"""
param1 = 0
output.beginList("VfabricSpecList")
param1 = _get_vfabric_values(output, "vfabric", "All")
output.endList("VfabricSpecList")
if param1 != -1 :
output.completeOutputSuccess()
return output
def _show_vfabric_module(output, argv, vfabric_id):
"""
Show vfabric <vfabric_id>
syntax : show vfabric <vfabric_id>
"""
param1 = 0
output.beginList("VfabricSpecList")
_get_vfabric_values(output, "vfabric", vfabric_id)
output.endList("VfabricSpecList")
if param1 != -1:
output.completeOutputSuccess()
return output
def _show_vadapter(output, argv):
"""
Show vadapter
syntax : show vadapter
"""
param1 = 0
output.beginList("VadapterSpecList")
param1 =_get_vadapter_values(output, "vadapter", "ALL")
output.endList("VadapterSpecList")
if param1 != -1 :
output.completeOutputSuccess()
return output
def _show_vadapter_module(output, argv, vadapter_id):
"""
Show vadapter <vadapter-id>
syntax : show vadapter <vadapter-id>
"""
param1 = 0
output.beginList("VadapterSpecList")
param1 = _get_vadapter_values(output, "vadapter", vadapter_id)
output.endList("VadapterSpecList")
if param1 != -1 :
output.completeOutputSuccess()
return output
def _show_ip_routes(output, argv):
"""Show network routes
syntax: show ip route
"""
cmd = [_ROUTE, '-n']
(exitval, output_result, err, fullstatus) = lib.process.execute_command(cmd)
output.beginList("IProuteList")
for ln in output_result[2:]:
fields = ln.split()
if fields[-1] == "lo":
continue
output.beginAssembling("IProute")
output.setVirtualNameValue("Destination", fields[0])
output.setVirtualNameValue("IPnetmask", fields[2])
output.setVirtualNameValue("Gateway", fields[1])
output.setVirtualNameValue("InterfaceName", fields[-1])
output.endAssembling("IProute")
output.endList("IProuteList")
def _show_gateway(output, argv):
"""
Show gateway
syntax : show gateway
show gateway < gateway-id >
show gateway < help | ? >
"""
if len(argv) > 1 or argv[0] == "?" or argv[0] == "help" or argv[0] == "":
output.completeOutputError(InvalidArgumentCount(syntax=show.__doc__))
return output
elif len(argv) == 1:
print argv[0]
output.beginList("GatewaySpecList")
_get_gateway_from_db(output, "gateway")
output.endList("GatewaySpecList")
output.completeOutputSuccess()
def _show_gateway(output, argv):
"""
Show gateway
syntax : show gateway
show gateway < gateway-id >
show gateway < help | ? >
"""
if len(argv) > 1 or argv[0] == "?" or argv[0] == "help" or argv[0] == "":
output.completeOutputError(InvalidArgumentCount(syntax =show.__doc__))
return output
elif len(argv) == 1:
print argv[0]
output.beginList("GatewaySpecList")
_get_gateway_from_db(output,"gateway")
output.endList("GatewaySpecList")
output.completeOutputSuccess()
def _show_ip_routes(output, argv):
"""Show network routes
syntax: show ip route
"""
cmd = [_ROUTE, '-n']
(exitval, output_result, err,
fullstatus) = lib.process.execute_command(cmd)
output.beginList("IProuteList")
for ln in output_result[2:]:
fields = ln.split()
if fields[-1] == "lo":
continue
output.beginAssembling("IProute")
output.setVirtualNameValue("Destination", fields[0])
output.setVirtualNameValue("IPnetmask", fields[2])
output.setVirtualNameValue("Gateway", fields[1])
output.setVirtualNameValue("InterfaceName", fields[-1])
output.endAssembling("IProute")
output.endList("IProuteList")
if len(argv) >= 1:
addr = argv[0]
try:
checkIp(addr)
except UnknownIpCheck, ex:
output.completeOutputError(InvalidArgumentCount(2, argv[0],
_show_ip_addresses.__doc__, str(ex)))
return output
if len(argv) == 2:
if (argv[1] == '' or not "usage".startswith(argv[1].lower())):
output.completeOutputError(InvalidArgumentCount(
3, argv[1], _show_ip_addresses.__doc__))
return output
cmd = [_IP, 'addr']
(exitval, output_result, err, fullstatus) = lib.process.execute_command(cmd)
output.beginList("IPaddressSpecList")
for ln in output_result[1:]:
fields = ln.split()
if fields[-1].find('eth') == 0:
ethernet = fields[-1]
netmask = getSubNetMask(ethernet)
addr = fields[1].split("/")
ipAddress = addr[0]
scope = fields[5]
active = isActive(ethernet)
_ip_address_spec(output, ipAddress, netmask, ethernet, scope, active )
output.endList("IPaddressSpecList")
if len(argv) == 2:
_ipaddr_usage(output, address_list, addr)
return
def _show_imodule_module(output, argv, io_module):
output.beginList("IomoduleSpecList")
_get_iomodule_values(output, "iomodule", io_module)
output.endList("IomoduleSpecList")
output.completeOutputSuccess()
checkIp(addr)
except UnknownIpCheck, ex:
output.completeOutputError(
InvalidArgumentCount(2, argv[0], _show_ip_addresses.__doc__,
str(ex)))
return output
if len(argv) == 2:
if (argv[1] == '' or not "usage".startswith(argv[1].lower())):
output.completeOutputError(
InvalidArgumentCount(3, argv[1],
_show_ip_addresses.__doc__))
return output
cmd = [_IP, 'addr']
(exitval, output_result, err,
fullstatus) = lib.process.execute_command(cmd)
output.beginList("IPaddressSpecList")
for ln in output_result[1:]:
fields = ln.split()
if fields[-1].find('eth') == 0:
ethernet = fields[-1]
netmask = getSubNetMask(ethernet)
addr = fields[1].split("/")
ipAddress = addr[0]
scope = fields[5]
active = isActive(ethernet)
_ip_address_spec(output, ipAddress, netmask, ethernet, scope,
active)
output.endList("IPaddressSpecList")
if len(argv) == 2:
_ipaddr_usage(output, address_list, addr)