feat(telemetry): T-Rex runtime - csit

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author	Peter Mikus <pmikus@cisco.com>	2022-04-11 16:00:56 +0200
committer	Peter Mikus <pmikus@cisco.com>	2022-04-11 14:51:26 +0000
commit	0ac6c584b2ff05aa123080c20f7b8071d4a28b1b (patch)
tree	3f06cf8344c3e9512f291cc47c7f5e87df29aba5 /fdio.infra.ansible/.gitignore
parent	84117ed29d10277a3ce9867377398531e5db2684 (diff)

feat(telemetry): T-Rex runtime

Signed-off-by: Peter Mikus <pmikus@cisco.com> Change-Id: I2829b5931e5a63a33f524e1d14ffb20c27f4ce5a

Diffstat (limited to 'fdio.infra.ansible/.gitignore')

0 files changed, 0 insertions, 0 deletions

// Code generated by GoVPP's binapi-generator. DO NOT EDIT. // versions: // binapi-generator: v0.4.0-dev // VPP: 20.01 // source: .vppapi/core/ipsec_types.api.json // Package ipsec_types contains generated bindings for API file ipsec_types.api. // // Contents: // 5 aliases // 8 enums // 8 structs // 1 union // package ipsec_types import ( "fmt" api "git.fd.io/govpp.git/api" codec "git.fd.io/govpp.git/codec" "net" "strconv" "strings" ) // This is a compile-time assertion to ensure that this generated file // is compatible with the GoVPP api package it is being compiled against. // A compilation error at this line likely means your copy of the // GoVPP api package needs to be updated. const _ = api.GoVppAPIPackageIsVersion2 // AddressFamily defines enum 'address_family'. type AddressFamily uint32 const ( ADDRESS_IP4 AddressFamily = 0 ADDRESS_IP6 AddressFamily = 1 ) var ( AddressFamily_name = map[uint32]string{ 0: "ADDRESS_IP4", 1: "ADDRESS_IP6", } AddressFamily_value = map[string]uint32{ "ADDRESS_IP4": 0, "ADDRESS_IP6": 1, } ) func (x AddressFamily) String() string { s, ok := AddressFamily_name[uint32(x)] if ok { return s } return "AddressFamily(" + strconv.Itoa(int(x)) + ")" } // IPDscp defines enum 'ip_dscp'. type IPDscp uint8 const ( IP_API_DSCP_CS0 IPDscp = 0 IP_API_DSCP_CS1 IPDscp = 8 IP_API_DSCP_AF11 IPDscp = 10 IP_API_DSCP_AF12 IPDscp = 12 IP_API_DSCP_AF13 IPDscp = 14 IP_API_DSCP_CS2 IPDscp = 16 IP_API_DSCP_AF21 IPDscp = 18 IP_API_DSCP_AF22 IPDscp = 20 IP_API_DSCP_AF23 IPDscp = 22 IP_API_DSCP_CS3 IPDscp = 24 IP_API_DSCP_AF31 IPDscp = 26 IP_API_DSCP_AF32 IPDscp = 28 IP_API_DSCP_AF33 IPDscp = 30 IP_API_DSCP_CS4 IPDscp = 32 IP_API_DSCP_AF41 IPDscp = 34 IP_API_DSCP_AF42 IPDscp = 36 IP_API_DSCP_AF43 IPDscp = 38 IP_API_DSCP_CS5 IPDscp = 40 IP_API_DSCP_EF IPDscp = 46 IP_API_DSCP_CS6 IPDscp = 48 IP_API_DSCP_CS7 IPDscp = 50 ) var ( IPDscp_name = map[uint8]string{ 0: "IP_API_DSCP_CS0", 8: "IP_API_DSCP_CS1", 10: "IP_API_DSCP_AF11", 12: "IP_API_DSCP_AF12", 14: "IP_API_DSCP_AF13", 16: "IP_API_DSCP_CS2", 18: "IP_API_DSCP_AF21", 20: "IP_API_DSCP_AF22", 22: "IP_API_DSCP_AF23", 24: "IP_API_DSCP_CS3", 26: "IP_API_DSCP_AF31", 28: "IP_API_DSCP_AF32", 30: "IP_API_DSCP_AF33", 32: "IP_API_DSCP_CS4", 34: "IP_API_DSCP_AF41", 36: "IP_API_DSCP_AF42", 38: "IP_API_DSCP_AF43", 40: "IP_API_DSCP_CS5", 46: "IP_API_DSCP_EF", 48: "IP_API_DSCP_CS6", 50: "IP_API_DSCP_CS7", } IPDscp_value = map[string]uint8{ "IP_API_DSCP_CS0": 0, "IP_API_DSCP_CS1": 8, "IP_API_DSCP_AF11": 10, "IP_API_DSCP_AF12": 12, "IP_API_DSCP_AF13": 14, "IP_API_DSCP_CS2": 16, "IP_API_DSCP_AF21": 18, "IP_API_DSCP_AF22": 20, "IP_API_DSCP_AF23": 22, "IP_API_DSCP_CS3": 24, "IP_API_DSCP_AF31": 26, "IP_API_DSCP_AF32": 28, "IP_API_DSCP_AF33": 30, "IP_API_DSCP_CS4": 32, "IP_API_DSCP_AF41": 34, "IP_API_DSCP_AF42": 36, "IP_API_DSCP_AF43": 38, "IP_API_DSCP_CS5": 40, "IP_API_DSCP_EF": 46, "IP_API_DSCP_CS6": 48, "IP_API_DSCP_CS7": 50, } ) func (x IPDscp) String() string { s, ok := IPDscp_name[uint8(x)] if ok { return s } return "IPDscp(" + strconv.Itoa(int(x)) + ")" } // IPEcn defines enum 'ip_ecn'. type IPEcn uint8 const ( IP_API_ECN_NONE IPEcn = 0 IP_API_ECN_ECT0 IPEcn = 1 IP_API_ECN_ECT1 IPEcn = 2 IP_API_ECN_CE IPEcn = 3 ) var ( IPEcn_name = map[uint8]string{ 0: "IP_API_ECN_NONE", 1: "IP_API_ECN_ECT0", 2: "IP_API_ECN_ECT1", 3: "IP_API_ECN_CE", } IPEcn_value = map[string]uint8{ "IP_API_ECN_NONE": 0, "IP_API_ECN_ECT0": 1, "IP_API_ECN_ECT1": 2, "IP_API_ECN_CE": 3, } ) func (x IPEcn) String() string { s, ok := IPEcn_name[uint8(x)] if ok { return s } return "IPEcn(" + strconv.Itoa(int(x)) + ")" } // IPProto defines enum 'ip_proto'. type IPProto uint32 const ( IP_API_PROTO_HOPOPT IPProto = 0 IP_API_PROTO_ICMP IPProto = 1 IP_API_PROTO_IGMP IPProto = 2 IP_API_PROTO_TCP IPProto = 6 IP_API_PROTO_UDP IPProto = 17 IP_API_PROTO_GRE IPProto = 47 IP_API_PROTO_AH IPProto = 50 IP_API_PROTO_ESP IPProto = 51 IP_API_PROTO_EIGRP IPProto = 88 IP_API_PROTO_OSPF IPProto = 89 IP_API_PROTO_SCTP IPProto = 132 IP_API_PROTO_RESERVED IPProto = 255 ) var ( IPProto_name = map[uint32]string{ 0: "IP_API_PROTO_HOPOPT", 1: "IP_API_PROTO_ICMP", 2: "IP_API_PROTO_IGMP", 6: "IP_API_PROTO_TCP", 17: "IP_API_PROTO_UDP", 47: "IP_API_PROTO_GRE", 50: "IP_API_PROTO_AH", 51: "IP_API_PROTO_ESP", 88: "IP_API_PROTO_EIGRP", 89: "IP_API_PROTO_OSPF", 132: "IP_API_PROTO_SCTP", 255: "IP_API_PROTO_RESERVED", } IPProto_value = map[string]uint32{ "IP_API_PROTO_HOPOPT": 0, "IP_API_PROTO_ICMP": 1, "IP_API_PROTO_IGMP": 2, "IP_API_PROTO_TCP": 6, "IP_API_PROTO_UDP": 17, "IP_API_PROTO_GRE": 47, "IP_API_PROTO_AH": 50, "IP_API_PROTO_ESP": 51, "IP_API_PROTO_EIGRP": 88, "IP_API_PROTO_OSPF": 89, "IP_API_PROTO_SCTP": 132, "IP_API_PROTO_RESERVED": 255, } ) func (x IPProto) String() string { s, ok := IPProto_name[uint32(x)] if ok { return s } return "IPProto(" + strconv.Itoa(int(x)) + ")" } // IpsecCryptoAlg defines enum 'ipsec_crypto_alg'. type IpsecCryptoAlg uint32 const ( IPSEC_API_CRYPTO_ALG_NONE IpsecCryptoAlg = 0 IPSEC_API_CRYPTO_ALG_AES_CBC_128 IpsecCryptoAlg = 1 IPSEC_API_CRYPTO_ALG_AES_CBC_192 IpsecCryptoAlg = 2 IPSEC_API_CRYPTO_ALG_AES_CBC_256 IpsecCryptoAlg = 3 IPSEC_API_CRYPTO_ALG_AES_CTR_128 IpsecCryptoAlg = 4 IPSEC_API_CRYPTO_ALG_AES_CTR_192 IpsecCryptoAlg = 5 IPSEC_API_CRYPTO_ALG_AES_CTR_256 IpsecCryptoAlg = 6 IPSEC_API_CRYPTO_ALG_AES_GCM_128 IpsecCryptoAlg = 7 IPSEC_API_CRYPTO_ALG_AES_GCM_192 IpsecCryptoAlg = 8 IPSEC_API_CRYPTO_ALG_AES_GCM_256 IpsecCryptoAlg = 9 IPSEC_API_CRYPTO_ALG_DES_CBC IpsecCryptoAlg = 10 IPSEC_API_CRYPTO_ALG_3DES_CBC IpsecCryptoAlg = 11 ) var ( IpsecCryptoAlg_name = map[uint32]string{ 0: "IPSEC_API_CRYPTO_ALG_NONE", 1: "IPSEC_API_CRYPTO_ALG_AES_CBC_128", 2: "IPSEC_API_CRYPTO_ALG_AES_CBC_192", 3: "IPSEC_API_CRYPTO_ALG_AES_CBC_256", 4: "IPSEC_API_CRYPTO_ALG_AES_CTR_128", 5: "IPSEC_API_CRYPTO_ALG_AES_CTR_192", 6: "IPSEC_API_CRYPTO_ALG_AES_CTR_256", 7: "IPSEC_API_CRYPTO_ALG_AES_GCM_128", 8: "IPSEC_API_CRYPTO_ALG_AES_GCM_192", 9: "IPSEC_API_CRYPTO_ALG_AES_GCM_256", 10: "IPSEC_API_CRYPTO_ALG_DES_CBC", 11: "IPSEC_API_CRYPTO_ALG_3DES_CBC", } IpsecCryptoAlg_value = map[string]uint32{ "IPSEC_API_CRYPTO_ALG_NONE": 0, "IPSEC_API_CRYPTO_ALG_AES_CBC_128": 1, "IPSEC_API_CRYPTO_ALG_AES_CBC_192": 2, "IPSEC_API_CRYPTO_ALG_AES_CBC_256": 3, "IPSEC_API_CRYPTO_ALG_AES_CTR_128": 4, "IPSEC_API_CRYPTO_ALG_AES_CTR_192": 5, "IPSEC_API_CRYPTO_ALG_AES_CTR_256": 6, "IPSEC_API_CRYPTO_ALG_AES_GCM_128": 7, "IPSEC_API_CRYPTO_ALG_AES_GCM_192": 8, "IPSEC_API_CRYPTO_ALG_AES_GCM_256": 9, "IPSEC_API_CRYPTO_ALG_DES_CBC": 10, "IPSEC_API_CRYPTO_ALG_3DES_CBC": 11, } ) func (x IpsecCryptoAlg) String() string { s, ok := IpsecCryptoAlg_name[uint32(x)] if ok { return s } return "IpsecCryptoAlg(" + strconv.Itoa(int(x)) + ")" } // IpsecIntegAlg defines enum 'ipsec_integ_alg'. type IpsecIntegAlg uint32 const ( IPSEC_API_INTEG_ALG_NONE IpsecIntegAlg = 0 IPSEC_API_INTEG_ALG_MD5_96 IpsecIntegAlg = 1 IPSEC_API_INTEG_ALG_SHA1_96 IpsecIntegAlg = 2 IPSEC_API_INTEG_ALG_SHA_256_96 IpsecIntegAlg = 3 IPSEC_API_INTEG_ALG_SHA_256_128 IpsecIntegAlg = 4 IPSEC_API_INTEG_ALG_SHA_384_192 IpsecIntegAlg = 5 IPSEC_API_INTEG_ALG_SHA_512_256 IpsecIntegAlg = 6 ) var ( IpsecIntegAlg_name = map[uint32]string{ 0: "IPSEC_API_INTEG_ALG_NONE", 1: "IPSEC_API_INTEG_ALG_MD5_96", 2: "IPSEC_API_INTEG_ALG_SHA1_96", 3: "IPSEC_API_INTEG_ALG_SHA_256_96", 4: "IPSEC_API_INTEG_ALG_SHA_256_128", 5: "IPSEC_API_INTEG_ALG_SHA_384_192", 6: "IPSEC_API_INTEG_ALG_SHA_512_256", } IpsecIntegAlg_value = map[string]uint32{ "IPSEC_API_INTEG_ALG_NONE": 0, "IPSEC_API_INTEG_ALG_MD5_96": 1, "IPSEC_API_INTEG_ALG_SHA1_96": 2, "IPSEC_API_INTEG_ALG_SHA_256_96": 3, "IPSEC_API_INTEG_ALG_SHA_256_128": 4, "IPSEC_API_INTEG_ALG_SHA_384_192": 5, "IPSEC_API_INTEG_ALG_SHA_512_256": 6, } ) func (x IpsecIntegAlg) String() string { s, ok := IpsecIntegAlg_name[uint32(x)] if ok { return s } return "IpsecIntegAlg(" + strconv.Itoa(int(x)) + ")" } // IpsecProto defines enum 'ipsec_proto'. type IpsecProto uint32 const ( IPSEC_API_PROTO_ESP IpsecProto = 1 IPSEC_API_PROTO_AH IpsecProto = 2 ) var ( IpsecProto_name = map[uint32]string{ 1: "IPSEC_API_PROTO_ESP", 2: "IPSEC_API_PROTO_AH", } IpsecProto_value = map[string]uint32{ "IPSEC_API_PROTO_ESP": 1, "IPSEC_API_PROTO_AH": 2, } ) func (x IpsecProto) String() string { s, ok := IpsecProto_name[uint32(x)] if ok { return s } return "IpsecProto(" + strconv.Itoa(int(x)) + ")" } // IpsecSadFlags defines enum 'ipsec_sad_flags'. type IpsecSadFlags uint32 const ( IPSEC_API_SAD_FLAG_NONE IpsecSadFlags = 0 IPSEC_API_SAD_FLAG_USE_ESN IpsecSadFlags = 1 IPSEC_API_SAD_FLAG_USE_ANTI_REPLAY IpsecSadFlags = 2 IPSEC_API_SAD_FLAG_IS_TUNNEL IpsecSadFlags = 4 IPSEC_API_SAD_FLAG_IS_TUNNEL_V6 IpsecSadFlags = 8 IPSEC_API_SAD_FLAG_UDP_ENCAP IpsecSadFlags = 16 ) var ( IpsecSadFlags_name = map[uint32]string{ 0: "IPSEC_API_SAD_FLAG_NONE", 1: "IPSEC_API_SAD_FLAG_USE_ESN", 2: "IPSEC_API_SAD_FLAG_USE_ANTI_REPLAY", 4: "IPSEC_API_SAD_FLAG_IS_TUNNEL", 8: "IPSEC_API_SAD_FLAG_IS_TUNNEL_V6", 16: "IPSEC_API_SAD_FLAG_UDP_ENCAP", } IpsecSadFlags_value = map[string]uint32{ "IPSEC_API_SAD_FLAG_NONE": 0, "IPSEC_API_SAD_FLAG_USE_ESN": 1, "IPSEC_API_SAD_FLAG_USE_ANTI_REPLAY": 2, "IPSEC_API_SAD_FLAG_IS_TUNNEL": 4, "IPSEC_API_SAD_FLAG_IS_TUNNEL_V6": 8, "IPSEC_API_SAD_FLAG_UDP_ENCAP": 16, } ) func (x IpsecSadFlags) String() string { s, ok := IpsecSadFlags_name[uint32(x)] if ok { return s } str := func(n uint32) string { s, ok := IpsecSadFlags_name[uint32(n)] if ok { return s } return "IpsecSadFlags(" + strconv.Itoa(int(n)) + ")" } for i := uint32(0); i <= 32; i++ { val := uint32(x) if val&(1<<i) != 0 { if s != "" { s += "|" } s += str(1 << i) } } if s == "" { return str(uint32(x)) } return s } // AddressWithPrefix defines alias 'address_with_prefix'. type AddressWithPrefix Prefix func ParseAddressWithPrefix(s string) (AddressWithPrefix, error) { prefix, err := ParsePrefix(s) if err != nil { return AddressWithPrefix{}, err } return AddressWithPrefix(prefix), nil } func (x AddressWithPrefix) String() string { return Prefix(x).String() } func (x *AddressWithPrefix) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *AddressWithPrefix) UnmarshalText(text []byte) error { prefix, err := ParseAddressWithPrefix(string(text)) if err != nil { return err } *x = prefix return nil } // IP4Address defines alias 'ip4_address'. type IP4Address [4]uint8 func ParseIP4Address(s string) (IP4Address, error) { ip := net.ParseIP(s).To4() if ip == nil { return IP4Address{}, fmt.Errorf("invalid IP address: %s", s) } var ipaddr IP4Address copy(ipaddr[:], ip.To4()) return ipaddr, nil } func (x IP4Address) ToIP() net.IP { return net.IP(x[:]).To4() } func (x IP4Address) String() string { return x.ToIP().String() } func (x *IP4Address) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *IP4Address) UnmarshalText(text []byte) error { ipaddr, err := ParseIP4Address(string(text)) if err != nil { return err } *x = ipaddr return nil } // IP4AddressWithPrefix defines alias 'ip4_address_with_prefix'. type IP4AddressWithPrefix IP4Prefix // IP6Address defines alias 'ip6_address'. type IP6Address [16]uint8 func ParseIP6Address(s string) (IP6Address, error) { ip := net.ParseIP(s).To16() if ip == nil { return IP6Address{}, fmt.Errorf("invalid IP address: %s", s) } var ipaddr IP6Address copy(ipaddr[:], ip.To16()) return ipaddr, nil } func (x IP6Address) ToIP() net.IP { return net.IP(x[:]).To16() } func (x IP6Address) String() string { return x.ToIP().String() } func (x *IP6Address) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *IP6Address) UnmarshalText(text []byte) error { ipaddr, err := ParseIP6Address(string(text)) if err != nil { return err } *x = ipaddr return nil } // IP6AddressWithPrefix defines alias 'ip6_address_with_prefix'. type IP6AddressWithPrefix IP6Prefix // Address defines type 'address'. type Address struct { Af AddressFamily `binapi:"address_family,name=af" json:"af,omitempty"` Un AddressUnion `binapi:"address_union,name=un" json:"un,omitempty"` } func ParseAddress(s string) (Address, error) { ip := net.ParseIP(s) if ip == nil { return Address{}, fmt.Errorf("invalid address: %s", s) } var addr Address if ip.To4() == nil { addr.Af = ADDRESS_IP6 var ip6 IP6Address copy(ip6[:], ip.To16()) addr.Un.SetIP6(ip6) } else { addr.Af = ADDRESS_IP4 var ip4 IP4Address copy(ip4[:], ip.To4()) addr.Un.SetIP4(ip4) } return addr, nil } func (x Address) ToIP() net.IP { if x.Af == ADDRESS_IP6 { ip6 := x.Un.GetIP6() return net.IP(ip6[:]).To16() } else { ip4 := x.Un.GetIP4() return net.IP(ip4[:]).To4() } } func (x Address) String() string { return x.ToIP().String() } func (x *Address) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *Address) UnmarshalText(text []byte) error { addr, err := ParseAddress(string(text)) if err != nil { return err } *x = addr return nil } // IP4Prefix defines type 'ip4_prefix'. type IP4Prefix struct { Address IP4Address `binapi:"ip4_address,name=address" json:"address,omitempty"` Len uint8 `binapi:"u8,name=len" json:"len,omitempty"` } func ParseIP4Prefix(s string) (prefix IP4Prefix, err error) { hasPrefix := strings.Contains(s, "/") if hasPrefix { ip, network, err := net.ParseCIDR(s) if err != nil { return IP4Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } maskSize, _ := network.Mask.Size() prefix.Len = byte(maskSize) prefix.Address, err = ParseIP4Address(ip.String()) if err != nil { return IP4Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } } else { ip := net.ParseIP(s) defaultMaskSize, _ := net.CIDRMask(32, 32).Size() if ip.To4() == nil { defaultMaskSize, _ = net.CIDRMask(128, 128).Size() } prefix.Len = byte(defaultMaskSize) prefix.Address, err = ParseIP4Address(ip.String()) if err != nil { return IP4Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } } return prefix, nil } func (x IP4Prefix) ToIPNet() *net.IPNet { mask := net.CIDRMask(int(x.Len), 32) ipnet := &net.IPNet{IP: x.Address.ToIP(), Mask: mask} return ipnet } func (x IP4Prefix) String() string { ip := x.Address.String() return ip + "/" + strconv.Itoa(int(x.Len)) } func (x *IP4Prefix) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *IP4Prefix) UnmarshalText(text []byte) error { prefix, err := ParseIP4Prefix(string(text)) if err != nil { return err } *x = prefix return nil } // IP6Prefix defines type 'ip6_prefix'. type IP6Prefix struct { Address IP6Address `binapi:"ip6_address,name=address" json:"address,omitempty"` Len uint8 `binapi:"u8,name=len" json:"len,omitempty"` } func ParseIP6Prefix(s string) (prefix IP6Prefix, err error) { hasPrefix := strings.Contains(s, "/") if hasPrefix { ip, network, err := net.ParseCIDR(s) if err != nil { return IP6Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } maskSize, _ := network.Mask.Size() prefix.Len = byte(maskSize) prefix.Address, err = ParseIP6Address(ip.String()) if err != nil { return IP6Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } } else { ip := net.ParseIP(s) defaultMaskSize, _ := net.CIDRMask(32, 32).Size() if ip.To4() == nil { defaultMaskSize, _ = net.CIDRMask(128, 128).Size() } prefix.Len = byte(defaultMaskSize) prefix.Address, err = ParseIP6Address(ip.String()) if err != nil { return IP6Prefix{}, fmt.Errorf("invalid IP %s: %s", s, err) } } return prefix, nil } func (x IP6Prefix) ToIPNet() *net.IPNet { mask := net.CIDRMask(int(x.Len), 128) ipnet := &net.IPNet{IP: x.Address.ToIP(), Mask: mask} return ipnet } func (x IP6Prefix) String() string { ip := x.Address.String() return ip + "/" + strconv.Itoa(int(x.Len)) } func (x *IP6Prefix) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *IP6Prefix) UnmarshalText(text []byte) error { prefix, err := ParseIP6Prefix(string(text)) if err != nil { return err } *x = prefix return nil } // IpsecSadEntry defines type 'ipsec_sad_entry'. type IpsecSadEntry struct { SadID uint32 `binapi:"u32,name=sad_id" json:"sad_id,omitempty"` Spi uint32 `binapi:"u32,name=spi" json:"spi,omitempty"` Protocol IpsecProto `binapi:"ipsec_proto,name=protocol" json:"protocol,omitempty"` CryptoAlgorithm IpsecCryptoAlg `binapi:"ipsec_crypto_alg,name=crypto_algorithm" json:"crypto_algorithm,omitempty"` CryptoKey Key `binapi:"key,name=crypto_key" json:"crypto_key,omitempty"` IntegrityAlgorithm IpsecIntegAlg `binapi:"ipsec_integ_alg,name=integrity_algorithm" json:"integrity_algorithm,omitempty"` IntegrityKey Key `binapi:"key,name=integrity_key" json:"integrity_key,omitempty"` Flags IpsecSadFlags `binapi:"ipsec_sad_flags,name=flags" json:"flags,omitempty"` TunnelSrc Address `binapi:"address,name=tunnel_src" json:"tunnel_src,omitempty"` TunnelDst Address `binapi:"address,name=tunnel_dst" json:"tunnel_dst,omitempty"` TxTableID uint32 `binapi:"u32,name=tx_table_id" json:"tx_table_id,omitempty"` Salt uint32 `binapi:"u32,name=salt" json:"salt,omitempty"` } // Key defines type 'key'. type Key struct { Length uint8 `binapi:"u8,name=length" json:"length,omitempty"` Data []byte `binapi:"u8[128],name=data" json:"data,omitempty"` } // Mprefix defines type 'mprefix'. type Mprefix struct { Af AddressFamily `binapi:"address_family,name=af" json:"af,omitempty"` GrpAddressLength uint16 `binapi:"u16,name=grp_address_length" json:"grp_address_length,omitempty"` GrpAddress AddressUnion `binapi:"address_union,name=grp_address" json:"grp_address,omitempty"` SrcAddress AddressUnion `binapi:"address_union,name=src_address" json:"src_address,omitempty"` } // Prefix defines type 'prefix'. type Prefix struct { Address Address `binapi:"address,name=address" json:"address,omitempty"` Len uint8 `binapi:"u8,name=len" json:"len,omitempty"` } func ParsePrefix(ip string) (prefix Prefix, err error) { hasPrefix := strings.Contains(ip, "/") if hasPrefix { netIP, network, err := net.ParseCIDR(ip) if err != nil { return Prefix{}, fmt.Errorf("invalid IP %s: %s", ip, err) } maskSize, _ := network.Mask.Size() prefix.Len = byte(maskSize) prefix.Address, err = ParseAddress(netIP.String()) if err != nil { return Prefix{}, fmt.Errorf("invalid IP %s: %s", ip, err) } } else { netIP := net.ParseIP(ip) defaultMaskSize, _ := net.CIDRMask(32, 32).Size() if netIP.To4() == nil { defaultMaskSize, _ = net.CIDRMask(128, 128).Size() } prefix.Len = byte(defaultMaskSize) prefix.Address, err = ParseAddress(netIP.String()) if err != nil { return Prefix{}, fmt.Errorf("invalid IP %s: %s", ip, err) } } return prefix, nil } func (x Prefix) ToIPNet() *net.IPNet { var mask net.IPMask if x.Address.Af == ADDRESS_IP4 { mask = net.CIDRMask(int(x.Len), 32) } else { mask = net.CIDRMask(int(x.Len), 128) } ipnet := &net.IPNet{IP: x.Address.ToIP(), Mask: mask} return ipnet } func (x Prefix) String() string { ip := x.Address.String() return ip + "/" + strconv.Itoa(int(x.Len)) } func (x *Prefix) MarshalText() ([]byte, error) { return []byte(x.String()), nil } func (x *Prefix) UnmarshalText(text []byte) error { prefix, err := ParsePrefix(string(text)) if err != nil { return err } *x = prefix return nil } // PrefixMatcher defines type 'prefix_matcher'. type PrefixMatcher struct { Le uint8 `binapi:"u8,name=le" json:"le,omitempty"` Ge uint8 `binapi:"u8,name=ge" json:"ge,omitempty"` } // AddressUnion defines union 'address_union'. type AddressUnion struct { // IP4 *IP4Address // IP6 *IP6Address XXX_UnionData [16]byte } func AddressUnionIP4(a IP4Address) (u AddressUnion) { u.SetIP4(a) return } func (u *AddressUnion) SetIP4(a IP4Address) { buf := codec.NewBuffer(u.XXX_UnionData[:]) buf.EncodeBytes(a[:], 4) } func (u *AddressUnion) GetIP4() (a IP4Address) { buf := codec.NewBuffer(u.XXX_UnionData[:]) copy(a[:], buf.DecodeBytes(4)) return } func AddressUnionIP6(a IP6Address) (u AddressUnion) { u.SetIP6(a) return } func (u *AddressUnion) SetIP6(a IP6Address) { buf := codec.NewBuffer(u.XXX_UnionData[:]) buf.EncodeBytes(a[:], 16) } func (u *AddressUnion) GetIP6() (a IP6Address) { buf := codec.NewBuffer(u.XXX_UnionData[:]) copy(a[:], buf.DecodeBytes(16)) return }


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