def running_config_router_interface_details(config, vr_interface, indent=0):
"""
Display the details for the fields of a router interface which may have
non-default values.
"""
if 'vns-connected' in vr_interface and vr_interface['vns-connected'] is not None:
vns=vr_interface['vns-connected'].split('|')
vns_name=vns[1]
config.append(' ' *2*indent + 'interface %s vns %s \n' % (vr_interface['vriname'],vns_name))
elif 'router-connected' in vr_interface and vr_interface['router-connected'] is not None:
router=vr_interface['router-connected'].split('|')
tenant_name=router[0]
router_name=router[1]
config.append(' ' *2*indent +'interface %s tenant %s %s \n' % (vr_interface['vriname'],tenant_name, router_name))
if vr_interface['active'] != mi.field_default_value('virtualrouter-interface', 'active'):
config.append(' ' *2*(indent+1) + 'no active\n')
vri_fields = ['origin']
for field in sorted(vri_fields):
running_config_include_field(config,
'virtualrouter-interface', field,
vr_interface.get(field,''), indent+1)
try:
ip_address_pool = sdnsh.get_table_from_store('interface-address-pool','virtual-router-interface', vr_interface['id'], "exact")
except Exception:
ip_address_pool = {}
pass
for ip_address in ip_address_pool:
config.append(' ' *2*(indent+1) + 'ip %s\n' % (utif.ip_and_neg_mask(ip_address['ip-address'],ip_address['subnet-mask'])))
def running_config_router_rule_details(config, vr_route,indent=0):
"""
Display the details for the fields of a router interface which may have
non-default values.
"""
config_str=' ' * 2*indent
if 'src-tenant' in vr_route and vr_route['src-tenant'] is not None:
config_str+=('route from tenant %s' % vr_route['src-tenant'])
if 'src-vns' in vr_route and vr_route['src-vns'] is not None:
vns=vr_route['src-vns'].split('|')
vns_name=vns[1]
config_str+=(' vns %s' % vns_name)
else:
if 'src-ip' in vr_route and vr_route['src-ip'] is not None:
config_str+=('route from %s' % (utif.ip_and_neg_mask(vr_route['src-ip'],vr_route['src-ip-mask'])))
else:
config_str+=('route from any')
config_str+=(' to')
if 'dst-tenant' in vr_route and vr_route['dst-tenant'] is not None:
config_str+=(' tenant %s' % vr_route['dst-tenant'])
if 'dst-vns' in vr_route and vr_route['dst-vns'] is not None:
vns=vr_route['dst-vns'].split('|')
vns_name=vns[1]
config_str+=(' vns %s' % vns_name)
else:
if 'dst-ip' in vr_route and vr_route['dst-ip'] is not None:
config_str+=(' %s' % (utif.ip_and_neg_mask(vr_route['dst-ip'],vr_route['dst-ip-mask'])))
else:
config_str+=(' any')
if 'nh-ip' in vr_route and vr_route['nh-ip'] is not None:
config_str+=(' %s' % vr_route['nh-ip'])
if 'gateway-pool' in vr_route and vr_route['gateway-pool'] is not None:
gwpool= vr_route['gateway-pool'].split('|')
gwpool_name=gwpool[-1]
config_str+=(' gw-pool %s' % gwpool_name)
if 'outgoing-intf' in vr_route and vr_route['outgoing-intf'] is not None:
intf= vr_route['outgoing-intf'].split('|')
intf_name=intf[-1]
config_str+=(' %s' % intf_name)
config_str+=(' %s\n' % vr_route['action'])
config.append(config_str)
def realtime_flow_brief(i, data=None):
brief = []
wildcard = data['wildcards']
# wild = print_mask_enum_string_and_int(wildcards, wildcard)
try:
i = int(wildcard)
except:
return ''
if not wildcard & 0x1:
brief.append('rx=%s' % decode_openflow_port(data['inputPort'], data))
if (not wildcard & 0x2) and (data['dataLayerVirtualLan'] != -1):
brief.append('vlan:%s' % data['dataLayerVirtualLan'])
if (not wildcard & 0x4) and (data['dataLayerVirtualLanPriorityCodePoint']
!= '*'):
brief.append('pri:%s' % data['dataLayerVirtualLanPriorityCodePoint'])
if (not wildcard & 0x8) and (data['dataLayerType'] != '*'):
brief.append('eth:%s' % data['dataLayerType'])
if not wildcard & 0x10:
brief.append('tos:%s' % data['networkTypeOfService'])
if not wildcard & 0x20:
brief.append('ip:%s' % data['networkProtocol'])
if data['networkSourceMaskLen']:
brief.append('src:%s' % utif.ip_and_neg_mask(
data['networkSource'], data['networkSourceMaskLen']))
if not wildcard & 0x40:
brief.append('sport:%s' % data['transportSource'])
if data['networkSourceMaskLen']:
brief.append('src:%s' % utif.ip_and_neg_mask(
data['networkSource'], data['networkSourceMaskLen']))
if not wildcard & 0x80:
brief.append('dport:%s' % data['transportDestination'])
# mpls not in OF1.0
#if not wildcard & 0x100:
#brief.append('mpls: ?')
#if not wildcard & 0x200:
#brief.append('mpls-tc: ?')
return ', '.join(brief)
def realtime_flow_brief(i, data=None):
brief = []
wildcard = data['wildcards']
# wild = print_mask_enum_string_and_int(wildcards, wildcard)
try:
i = int(wildcard)
except:
return ''
if not wildcard & 0x1:
brief.append('rx=%s' % decode_openflow_port(data['inputPort'], data))
if (not wildcard & 0x2) and (data['dataLayerVirtualLan'] != -1):
brief.append('vlan:%s' % data['dataLayerVirtualLan'])
if (not wildcard & 0x4) and (data['dataLayerVirtualLanPriorityCodePoint'] != '*'):
brief.append('pri:%s' % data['dataLayerVirtualLanPriorityCodePoint'])
if (not wildcard & 0x8) and (data['dataLayerType'] != '*') :
brief.append('eth:%s' % data['dataLayerType'])
if not wildcard & 0x10:
brief.append('tos:%s' % data['networkTypeOfService'])
if not wildcard & 0x20:
brief.append('ip:%s' % data['networkProtocol'])
if data['networkSourceMaskLen']:
brief.append('src:%s' % utif.ip_and_neg_mask(data['networkSource'],
data['networkSourceMaskLen']))
if not wildcard & 0x40:
brief.append('sport:%s' % data['transportSource'])
if data['networkSourceMaskLen']:
brief.append('src:%s' % utif.ip_and_neg_mask(data['networkSource'],
data['networkSourceMaskLen']))
if not wildcard & 0x80:
brief.append('dport:%s' % data['transportDestination'])
# mpls not in OF1.0
#if not wildcard & 0x100:
#brief.append('mpls: ?')
#if not wildcard & 0x200:
#brief.append('mpls-tc: ?')
return ', '.join(brief)
def vns_acl_entry_to_text(acl):
"""
Return a short string for a specific acl entry. Used for both short acl display
formats (vns-access-list-entry within a vns subconfig mode), and for show running config
"""
if acl['type'] in ['tcp', 'udp']:
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (a) ]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (b) ]'
return "%s%s%s%s" % (utif.ip_and_neg_mask(acl['src-ip'],
acl['src-ip-mask']),
port_ntoa(acl.get('src-tp-port-op', ''),
acl.get('src-tp-port', '')),
utif.ip_and_neg_mask(acl['dst-ip'],
acl['dst-ip-mask']),
port_ntoa(acl.get('dst-tp-port-op', ''),
acl.get('dst-tp-port', '')))
elif acl['type'] == 'ip' or DIGITS_RE.match(acl['type']):
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (c)]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (d)]'
return "%s%s" % (utif.ip_and_neg_mask(acl['src-ip'],
acl['src-ip-mask']),
utif.ip_and_neg_mask(acl['dst-ip'],
acl['dst-ip-mask']))
elif acl['type'] == 'icmp':
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (e)]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (f)]'
return "%s%s%s" % (utif.ip_and_neg_mask(acl['src-ip'],
acl['src-ip-mask']),
utif.ip_and_neg_mask(acl['dst-ip'],
acl['dst-ip-mask']),
acl.get('icmp-type', ""))
elif acl['type'] == 'mac':
if 'vlan' in acl and acl['vlan'] != None and acl['vlan'] != '':
if 'ether-type' in acl and\
acl['ether-type'] != None and acl['ether-type'] != '':
return "%s %s %s vlan %s" % (acl.get('src-mac', 'any'),
acl.get('dst-mac', 'any'),
acl.get('ether-type'),
acl['vlan'])
else:
return "%s %s vlan %s" % (acl.get('src-mac', 'any'),
acl.get('dst-mac', 'any'),
acl['vlan'])
else:
return "%s %s %s" % (acl.get('src-mac', 'any'),
acl.get('dst-mac', 'any'),
acl.get('ether-type', ''))
else:
return '[unrecognized acl format]'
def vns_acl_entry_to_text(acl):
"""
Return a short string for a specific acl entry. Used for both short acl display
formats (vns-access-list-entry within a vns subconfig mode), and for show running config
"""
if acl['type'] in ['tcp', 'udp']:
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (a) ]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (b) ]'
return "%s%s%s%s" % (
utif.ip_and_neg_mask(acl['src-ip'], acl['src-ip-mask']),
port_ntoa(acl.get('src-tp-port-op', ''), acl.get(
'src-tp-port',
'')), utif.ip_and_neg_mask(acl['dst-ip'], acl['dst-ip-mask']),
port_ntoa(acl.get('dst-tp-port-op', ''), acl.get(
'dst-tp-port', '')))
elif acl['type'] == 'ip' or DIGITS_RE.match(acl['type']):
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (c)]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (d)]'
return "%s%s" % (
utif.ip_and_neg_mask(acl['src-ip'], acl['src-ip-mask']),
utif.ip_and_neg_mask(acl['dst-ip'], acl['dst-ip-mask']))
elif acl['type'] == 'icmp':
if not acl.get('src-ip') or not acl.get('src-ip-mask'):
return '[broken src ip or mask (e)]'
if not acl.get('dst-ip') or not acl.get('dst-ip-mask'):
return '[broken src ip or mask (f)]'
return "%s%s%s" % (
utif.ip_and_neg_mask(acl['src-ip'], acl['src-ip-mask']),
utif.ip_and_neg_mask(acl['dst-ip'],
acl['dst-ip-mask']), acl.get('icmp-type', ""))
elif acl['type'] == 'mac':
if 'vlan' in acl and acl['vlan'] != None and acl['vlan'] != '':
if 'ether-type' in acl and\
acl['ether-type'] != None and acl['ether-type'] != '':
return "%s %s %s vlan %s" % (acl.get(
'src-mac', 'any'), acl.get(
'dst-mac', 'any'), acl.get('ether-type'), acl['vlan'])
else:
return "%s %s vlan %s" % (acl.get(
'src-mac', 'any'), acl.get('dst-mac', 'any'), acl['vlan'])
else:
return "%s %s %s" % (acl.get(
'src-mac', 'any'), acl.get('dst-mac',
'any'), acl.get('ether-type', ''))
else:
return '[unrecognized acl format]'
