autoreply manual_print define lb_add_del_vip {
u32 client_index;
u32 context;
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
u8 protocol [default=255];
u16 port;
vl_api_lb_encap_type_t encap;
autoreply manual_print define lb_add_del_as {
u32 client_index;
u32 context;
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
u8 protocol [default=255];
u16 port;
vl_api_address_t as_address;
autoreply manual_print define lb_flush_vip {
u32 client_index;
u32 context;
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
u8 protocol;
u16 port;
};
define lb_vip_dump{
u32 client_index;
u32 context;
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
vl_api_prefix_matcher_t pfx_matcher;
u8 protocol [default=255];
u16 port;
u32 client_index;
u32 context;
/* vip */
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
u8 protocol;
u16 port;
};
*/
typeonly define lb_vip
{
- vl_api_prefix_t pfx;
+ vl_api_address_with_prefix_t pfx;
vl_api_ip_proto_t protocol;
u16 port;
};
def __init__(self, name, alias):
self.name = name
self.vla = False
+ self.block = []
+ self.manual_print = True
+ self.manual_endian = True
if isinstance(alias, Array):
a = {'type': alias.fieldtype,
s['Service'] = []
s['types'] = []
s['Import'] = []
- s['Alias'] = {}
crc = 0
for o in objs:
tname = o.__class__.__name__
s['Service'].append(o2)
elif (isinstance(o, Enum) or
isinstance(o, Typedef) or
+ isinstance(o, Using) or
isinstance(o, Union)):
s['types'].append(o)
- elif isinstance(o, Using):
- s['Alias'][o.name] = o.alias
else:
if tname not in s:
raise ValueError('Unknown class type: {} {}'
return fieldtype
-def typedefs(objs, aliases, filename):
+def typedefs(objs, filename):
name = filename.replace('.', '_')
output = '''\
'''
output = output.format(module=name)
- for k, v in aliases.items():
- output += duplicate_wrapper_head(k)
- if 'length' in v:
- output += 'typedef %s vl_api_%s_t[%s];\n' % (v['type'], k, v['length'])
- else:
- output += 'typedef %s vl_api_%s_t;\n' % (v['type'], k)
- output += duplicate_wrapper_tail()
-
for o in objs:
tname = o.__class__.__name__
output += duplicate_wrapper_head(o.name)
- if tname == 'Enum':
+ if tname == 'Using':
+ if 'length' in o.alias:
+ output += 'typedef %s vl_api_%s_t[%s];\n' % (o.alias['type'], o.name, o.alias['length'])
+ else:
+ output += 'typedef %s vl_api_%s_t;\n' % (o.alias['type'], o.name)
+ elif tname == 'Enum':
if o.enumtype == 'u32':
output += "typedef enum {\n"
else:
output += msg_ids(s)
output += msg_names(s)
output += msg_name_crc_list(s, filename)
- output += typedefs(s['types'] + s['Define'], s['Alias'], filename + file_extension)
+ output += typedefs(s['types'] + s['Define'], filename + file_extension)
output += printfun(s['types'] + s['Define'])
output += endianfun(s['types'] + s['Define'])
output += version_tuple(s, basename)
r.append(d)
return r
-
#
# Plugin entry point
#
j['enums'] = walk_enums([o for o in s['types'] if o.__class__.__name__ == 'Enum'])
j['services'] = walk_services(s['Service'])
j['options'] = s['Option']
- j['aliases'] = s['Alias']
+ j['aliases'] = {o.name:o.alias for o in s['types'] if o.__class__.__name__ == 'Using'}
j['vl_api_version'] = hex(s['file_crc'])
return json.dumps(j, indent=4, separators=(',', ': '))
/** \brief An IP table
@param is_ipv6 - V4 or V6 table
@param table_id - table ID associated with the route
- This table ID will apply to both the unicats
+ This table ID will apply to both the unicats
and mlticast FIBs
@param name - A client provided name/tag for the table. If this is
not set by the client, then VPP will generate something
{
u32 context;
u32 sw_if_index;
- vl_api_prefix_t prefix;
+ vl_api_address_with_prefix_t prefix;
};
define ip_address_dump
u8 len;
};
+/** \brief
+ *
+ * The vl_api_[ip4|ip6]_address_with_prefix_t types are used as a type to denote
+ * both an IP address and a prefix. I.e. in CIDR notation
+ * '192.168.10.1/24' the address is 192.168.10.1 and the network
+ * prefix is 192.168.10.0/24.
+ *
+ * If only an address is needed use: vl_api_address_t types and if
+ * only a network prefix is needed (i.e. no hosts bits), then use the
+ * vl_api_prefix_t types.
+ *
+ **/
+
+typedef vl_api_prefix_t address_with_prefix;
+typedef vl_api_ip4_prefix_t ip4_address_with_prefix;
+typedef vl_api_ip6_prefix_t ip6_address_with_prefix;
+
/** \brief A context for matching prefixes against. (Think ip prefix list.)
The meaning (exact match / want subnets) of an unset matcher is left to the implementer.
@param le - le mut be <= to prefix.len. Default: 255 (not set).
@param mb_ip_table_id - The IP table-id of the IP prefix to bind to.
@param mb_is_bind - Bind or unbind
@param mb_is_ip4 - The prefix to bind to is IPv4
- @param mb_address_length - Length of IP prefix
- @param mb_address[16] - IP prefix/
+ @param mb_prefix - IP prefix
*/
autoreply define mpls_ip_bind_unbind
{
[['vl_api_address_family_t', 'af'],
['vl_api_address_union_t', 'un']])
+ prefix = VPPType('vl_api_prefix_t',
+ [['vl_api_address_t', 'address'],
+ ['u8', 'len']])
+
va_address_list = VPPType('list_addresses',
[['u8', 'count'],
['vl_api_address_t', 'addresses',
nt, size = message_with_va_address_list.unpack(b)
self.assertEqual(nt.is_cool, 100)
+ def test_address_with_prefix(self):
+ af = VPPEnumType('vl_api_address_family_t', [["ADDRESS_IP4", 0],
+ ["ADDRESS_IP6", 1],
+ {"enumtype": "u32"}])
+ ip4 = VPPTypeAlias('vl_api_ip4_address_t', {'type': 'u8',
+ 'length': 4})
+ ip6 = VPPTypeAlias('vl_api_ip6_address_t', {'type': 'u8',
+ 'length': 16})
+ VPPUnionType('vl_api_address_union_t',
+ [["vl_api_ip4_address_t", "ip4"],
+ ["vl_api_ip6_address_t", "ip6"]])
+
+ address = VPPType('vl_api_address_t',
+ [['vl_api_address_family_t', 'af'],
+ ['vl_api_address_union_t', 'un']])
+
+
+ prefix = VPPType('vl_api_prefix_t',
+ [['vl_api_address_t', 'address'],
+ ['u8', 'len']])
+ prefix4 = VPPType('vl_api_ip4_prefix_t',
+ [['vl_api_ip4_address_t', 'address'],
+ ['u8', 'len']])
+ prefix6 = VPPType('vl_api_ip6_prefix_t',
+ [['vl_api_ip6_address_t', 'address'],
+ ['u8', 'len']])
+
+ address_with_prefix = VPPTypeAlias('vl_api_address_with_prefix_t', {'type': 'vl_api_prefix_t' })
+ address4_with_prefix = VPPTypeAlias('vl_api_ip4_address_with_prefix_t',
+ {'type': 'vl_api_ip4_prefix_t' })
+ address6_with_prefix = VPPTypeAlias('vl_api_ip6_address_with_prefix_t',
+ {'type': 'vl_api_ip6_prefix_t' })
+
+ awp_type = VPPType('foobar_t',
+ [['vl_api_address_with_prefix_t', 'address']])
+
+ # address with prefix
+ b = address_with_prefix.pack(IPv4Interface('2.2.2.2/24'))
+ self.assertEqual(len(b), 21)
+ nt, size = address_with_prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv4Interface))
+ self.assertEqual(str(nt), '2.2.2.2/24')
+
+ b = address_with_prefix.pack(IPv6Interface('2::2/64'))
+ self.assertEqual(len(b), 21)
+ nt, size = address_with_prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv6Interface))
+ self.assertEqual(str(nt), '2::2/64')
+
+ b = address_with_prefix.pack(IPv4Network('2.2.2.2/24', strict=False))
+ self.assertEqual(len(b), 21)
+ nt, size = address_with_prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv4Interface))
+ self.assertEqual(str(nt), '2.2.2.0/24')
+
+ b = address4_with_prefix.pack('2.2.2.2/24')
+ self.assertEqual(len(b), 5)
+ nt, size = address4_with_prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv4Interface))
+ self.assertEqual(str(nt), '2.2.2.2/24')
+ b = address4_with_prefix.pack(IPv4Interface('2.2.2.2/24'))
+ self.assertEqual(len(b), 5)
+
+ b = address6_with_prefix.pack('2::2/64')
+ self.assertEqual(len(b), 17)
+ nt, size = address6_with_prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv6Interface))
+ self.assertEqual(str(nt), '2::2/64')
+ b = address6_with_prefix.pack(IPv6Interface('2::2/64'))
+ self.assertEqual(len(b), 17)
+
+ b = prefix.pack('192.168.10.0/24')
+ self.assertEqual(len(b), 21)
+ nt, size = prefix.unpack(b)
+ self.assertTrue(isinstance(nt, IPv4Network))
+ self.assertEqual(str(nt), '192.168.10.0/24')
+
+ b = awp_type.pack({'address': '1.2.3.4/24'})
+ self.assertEqual(len(b), 21)
+ nt, size = awp_type.unpack(b)
+ self.assertTrue(isinstance(nt.address, IPv4Interface))
+ self.assertEqual(str(nt.address), '1.2.3.4/24')
+
+ b = awp_type.pack({'address': IPv4Interface('1.2.3.4/24')})
+ self.assertEqual(len(b), 21)
+ nt, size = awp_type.unpack(b)
+ self.assertTrue(isinstance(nt.address, IPv4Interface))
+ self.assertEqual(str(nt.address), '1.2.3.4/24')
+
+
def test_recursive_address(self):
af = VPPEnumType('vl_api_address_family_t', [["ADDRESS_IP4", 0],
["ADDRESS_IP6", 1],
return {'address': format_vl_api_address_t(p),
'len': int(length)}
+def format_vl_api_address_with_prefix_t(args):
+ if isinstance(args, (ipaddress.IPv4Interface, ipaddress.IPv6Interface)):
+ return {'address': format_vl_api_address_t(
+ text_type(args.network_address)),
+ 'len': int(args.prefixlen)}
+ p, length = args.split('/')
+ return {'address': format_vl_api_address_t(p),
+ 'len': int(length)}
+
def format_vl_api_ip6_prefix_t(args):
if isinstance(args, ipaddress.IPv6Network):
return {'address': inet_pton(AF_INET6, p),
'len': int(length)}
+def format_vl_api_ip6_address_with_prefix_t(args):
+ if isinstance(args, ipaddress.IPv6Interface):
+ return {'address': args.network_address.packed,
+ 'len': int(args.prefixlen)}
+ p, length = args.split('/')
+ return {'address': inet_pton(AF_INET6, p),
+ 'len': int(length)}
def format_vl_api_ip4_prefix_t(args):
if isinstance(args, ipaddress.IPv4Network):
return {'address': inet_pton(AF_INET, p),
'len': int(length)}
+def format_vl_api_ip4_address_with_prefix_t(args):
+ if isinstance(args, ipaddress.IPv4Interface):
+ return {'address': args.network_address.packed,
+ 'len': int(args.prefixlen)}
+ p, length = args.split('/')
+ return {'address': inet_pton(AF_INET, p),
+ 'len': int(length)}
+
conversion_table = {
'vl_api_ip6_address_t':
'len': o.prefixlen},
'str': lambda s: format_vl_api_prefix_t(s)
},
+ 'vl_api_address_with_prefix_t':
+ {
+ 'IPv4Interface': lambda o: {'address':
+ {'af': ADDRESS_IP4, 'un':
+ {'ip4': o.packed}},
+ 'len': o.network.prefixlen},
+ 'IPv6Interface': lambda o: {'address':
+ {'af': ADDRESS_IP6, 'un':
+ {'ip6': o.packed}},
+ 'len': o.network.prefixlen},
+ 'str': lambda s: format_vl_api_address_with_prefix_t(s)
+ },
+ 'vl_api_ip4_address_with_prefix_t':
+ {
+ 'IPv4Interface': lambda o: {'address': o.packed,
+ 'len': o.network.prefixlen},
+ 'str': lambda s: format_vl_api_ip4_address_with_prefix_t(s)
+ },
+ 'vl_api_ip6_address_with_prefix_t':
+ {
+ 'IPv6Interface': lambda o: {'address': o.packed,
+ 'len': o.network.prefixlen},
+ 'str': lambda s: format_vl_api_ip6_address_with_prefix_t(s)
+ },
'vl_api_mac_address_t':
{
'MACAddress': lambda o: o.packed,
return ipaddress.IPv6Address(o.un.ip6)
if o.af == 0:
return ipaddress.IPv4Address(o.un.ip4)
-
+ raise ValueError('Unknown address family {}'.format(o))
def unformat_api_prefix_t(o):
+ if o.address.af == 1:
+ return ipaddress.IPv6Network((o.address.un.ip6, o.len), False)
+ if o.address.af == 0:
+ return ipaddress.IPv4Network((o.address.un.ip4, o.len), False)
+ raise ValueError('Unknown address family {}'.format(o))
+
if isinstance(o.address, ipaddress.IPv4Address):
return ipaddress.IPv4Network((o.address, o.len), False)
if isinstance(o.address, ipaddress.IPv6Address):
return ipaddress.IPv6Network((o.address, o.len), False)
+ raise ValueError('Unknown instance {}', format(o))
+
+def unformat_api_address_with_prefix_t(o):
+ if o.address.af == 1:
+ return ipaddress.IPv6Interface((o.address.un.ip6, o.len))
+ if o.address.af == 0:
+ return ipaddress.IPv4Interface((o.address.un.ip4, o.len))
+ raise ValueError('Unknown address family {}'.format(o))
+
+def unformat_api_ip4_address_with_prefix_t(o):
+ return ipaddress.IPv4Interface((o.address, o.len))
+def unformat_api_ip6_address_with_prefix_t(o):
+ return ipaddress.IPv6Interface((o.address, o.len))
conversion_unpacker_table = {
'vl_api_ip6_address_t': lambda o: ipaddress.IPv6Address(o),
'vl_api_ip4_prefix_t': lambda o: ipaddress.IPv4Network((o.address, o.len)),
'vl_api_address_t': lambda o: unformat_api_address_t(o),
'vl_api_prefix_t': lambda o: unformat_api_prefix_t(o),
+ 'vl_api_address_with_prefix_t': lambda o: unformat_api_address_with_prefix_t(o),
+ 'vl_api_ip4_address_with_prefix_t': lambda o: unformat_api_ip4_address_with_prefix_t(o),
+ 'vl_api_ip6_address_with_prefix_t': lambda o: unformat_api_ip6_address_with_prefix_t(o),
'vl_api_mac_address_t': lambda o: macaddress.MACAddress(o),
'vl_api_timestamp_t': lambda o: datetime.datetime.fromtimestamp(o),
'vl_api_timedelta_t': lambda o: datetime.timedelta(seconds=o),
self.name = name
t = vpp_get_type(msgdef['type'])
if not t:
- raise ValueError()
+ raise ValueError('No such type: {}'.format(msgdef['type']))
if 'length' in msgdef:
if msgdef['length'] == 0:
raise ValueError()
self.size = t.size
types[name] = self
+ self.toplevelconversion = False
def __call__(self, args):
self.options = args
return self.packer.pack(data, kwargs)
def unpack(self, data, offset=0, result=None, ntc=False):
+ if ntc == False and self.name in vpp_format.conversion_unpacker_table:
+ # Disable type conversion for dependent types
+ ntc = True
+ self.toplevelconversion = True
t, size = self.packer.unpack(data, offset, result, ntc=ntc)
- if not ntc:
+ if self.toplevelconversion:
+ self.toplevelconversion = False
return conversion_unpacker(t, self.name), size
return t, size
self.size = size
self.tuple = collections.namedtuple(name, self.fields, rename=True)
types[name] = self
+ self.toplevelconversion = False
def __call__(self, args):
self.options = args
# Return a list of arguments
result = []
total = 0
+ if ntc == False and self.name in vpp_format.conversion_unpacker_table:
+ # Disable type conversion for dependent types
+ ntc = True
+ self.toplevelconversion = True
+
for p in self.packers:
x, size = p.unpack(data, offset, result, ntc)
if type(x) is tuple and len(x) == 1:
offset += size
total += size
t = self.tuple._make(result)
- if not ntc:
+
+ if self.toplevelconversion:
+ self.toplevelconversion = False
t = conversion_unpacker(t, self.name)
return t, total
emitted = []
for e in parser.enums_by_json[j]:
emit_definition(parser, j, emitted, e)
- for a in parser.aliases_by_json[j]:
- emit_definition(parser, j, emitted, a)
for u in parser.unions_by_json[j]:
emit_definition(parser, j, emitted, u)
for t in parser.types_by_json[j]:
emit_definition(parser, j, emitted, t)
+ for a in parser.aliases_by_json[j]:
+ emit_definition(parser, j, emitted, a)
for m in parser.messages_by_json[j].values():
emit_definition(parser, j, emitted, m)
self.unions[union.name] = union
self.logger.debug("Parsed union: %s" % union)
self.unions_by_json[path].append(union)
- for name, body in j['aliases'].iteritems():
- if name in self.aliases:
- progress = progress + 1
- continue
- if 'length' in body:
- array_len = body['length']
- else:
- array_len = None
- t = self.types[body['type']]
- alias = self.alias_class(name, t, array_len)
- self.aliases[name] = alias
- self.logger.debug("Parsed alias: %s" % alias)
- self.aliases_by_json[path].append(alias)
for t in j['types']:
if t[0] in self.types:
progress = progress + 1
self.types[type_.name] = type_
self.types_by_json[path].append(type_)
self.logger.debug("Parsed type: %s" % type_)
+ for name, body in j['aliases'].iteritems():
+ if name in self.aliases:
+ progress = progress + 1
+ continue
+ if 'length' in body:
+ array_len = body['length']
+ else:
+ array_len = None
+ try:
+ t = self.lookup_type_like_id(body['type'])
+ except ParseError as e:
+ exceptions.append(e)
+ continue
+ alias = self.alias_class(name, t, array_len)
+ self.aliases[name] = alias
+ self.logger.debug("Parsed alias: %s" % alias)
+ self.aliases_by_json[path].append(alias)
if not exceptions:
# finished parsing
break
# TODO: refactor this to VppIpPrefix.__eq__
for a in addrs:
if a.sw_if_index == sw_if_index and \
- a.prefix == prefix:
+ a.prefix.network == prefix:
return True
return False
Code Review / vpp.git / commitdiff