ProtocolPP Namespace Reference

Classes
class	aead_chacha_poly1305
class	chacha20
class	ciphers
class	EnumStringBase
struct	EnumString
class	jarray
class	jbuffacc
class	jbuffer
class	jbuffman
class	jconfident
class	jconfidentsa
class	jcrc
class	jdata
class	jdsa
class	jdsasa
class	jdtls13
class	jdtlsa13
class	jecdsaed
class	jecdsaedsa
class	jecdsaf2m
class	jecdsaf2msa
class	jecdsafp
class	jecdsafpsa
class	jgre
class	jgresa
class	jicmp
class	jicmpsa
class	jintegrity
class	jintegritysa
class	jip
class	jipsa
class	jipsec
class	jipsecsa
class	jlicense
class	jlog
class	jlte
class	jltesa
class	jmacsec
class	jmacsecsa
class	jmemblob
class	jmemblobsa
class	jmodes
class	jpacket
class	jpoly1305
class	jprotocol
class	jprotocolpp
class	jrand
class	jreplay
class	jrsa
class	jrsasa
class	jsecass
class	jsnow3g
class	jsnowv
class	jsrtp
class	jsrtpsa
class	jstream
class	jtcp
class	jtcpsa
class	jtestcfg
class	jtls
class	jtls13
class	jtlsa
class	jtlsa13
class	judp
class	judpsa
class	jwifi
class	jwifisa
class	jwimax
class	jwimaxsa
class	jzuc
struct	jpoly1305_state_internal_t
union	W128_T
class	sfmt
class	wasp
class	jikencrypt
class	jikeparse
class	jikeprf
class	jikev2
class	jikev2dh
class	jikev2sa
class	jwots
class	jxmss
class	jxmssa
class	jxmssaddr
class	jlmots
class	jlms
class	jlmsa
class	jkyber
class	jkybersa
class	jdilithium
class	jdilithiumsa
class	jfalcon
class	jfalconsa

Typedefs
typedef struct ProtocolPP::jpoly1305_state_internal_t	jpoly1305_state_internal_t
typedef union W128_T	w128_t

Enumerations
enum	field_t {   DIRECTION , VERSION , MODE , SPI ,   SEQNUM , EXTSEQNUM , ARLEN , ARWIN ,   CIPHER , CKEYLEN , CIPHERKEY , AUTH ,   AKEYLEN , AUTHKEY , IVLEN , IV ,   SALTLEN , SALT , BYTECNT , LIFETIME ,   SEQNUMOVRFLW , STATEFULFRAG , BYPASSDF , BYPASSDSCP ,   NAT , NCHK , DSECN , TTLHOP ,   FLAGS , NATSRC , NATDST , ID ,   LABEL , FRAGOFFSET , MOREFRAG , FRAGID ,   MTU , SOURCE , DESTINATION , EXTHDR ,   NH , AADLEN , ICVLEN , HDRLEN ,   TFCLEN , USEXT , RANDIV , NODEJUMBO ,   AUDIT , AUDITLOG , CHECKSUM , LENGTH ,   TYPE , CODE , POINTER , IDENTIFIER ,   GATEWAY , ORIGTIMESTAMP , RXTIMESTAMP , TXTIMESTAMP ,   MESSAGE , ICMPCODE , DATACTRL , PDUTYPE ,   POLLBIT , EXTENSION , RSN , SNLEN ,   HDREXT , LENGTHIND , HFNI , SUFI ,   FMS , BITMAPLEN , BITMAP , PGKINDEX ,   PTKINDENT , SDUTYPE , KDID , NMP ,   HRW , BEARER , FRESH , COUNT ,   ETHERTYPE , SL , TCIAN , PN ,   XPN , SCI , SSCI , SAKEY ,   ENRECEIVE , ENTRANSMIT , PROTECTFRAMES , INUSE ,   CREATETIME , STARTTIME , STOPTIME , PADDING ,   CC , MARKER , PT , ROC ,   TIMESTAMP , SSRC , CSRC , BLKSIZE ,   MKI , MKILEN , MKIDATA , ACKNUM ,   OFFSET , RCVWINDOW , URGENT , STATE ,   OPTIONS , SEGLEN , PRECEDENCE , SNDUNA ,   SNDNXT , SNDWND , SNDUP , SNDW1 ,   SNDW2 , ISS , RCVNXT , RCVWND ,   RCVUP , IRS , TCPTIMEOUT , EPOCH ,   CIPHERSUITE , ENCTHENMAC , IVEX , FRAMECTL ,   CTLEXT , PROTVER , SUBTYPE , TDS ,   FDS , MFRAG , RETRY , PWRMGMT ,   MDATA , WEP , ORDER , KDFALG ,   ADDR1 , ADDR2 , ADDR3 , SEQCTL ,   ADDR4 , QOSCTL , HTCTL , EXTIV ,   KEYID , SPPCAP , FCS , HT ,   EC , ESF , CI , EKS ,   CID , FID , EH , HCS ,   IKECNXT , EXCHG , NXTPYLD , MAJOR_VERSION ,   MINOR_VERSION , MSGIDINIT , MSGIDRESP , SPIi ,   SPIr , Ni , Nr , SKd ,   SKei , SKer , SKsi , SKsr ,   INTEG , SKai , SKar , PRF ,   PRFLEN , SKpi , SKpr , DH ,   IKEAUTH , IKEHASH , BITSIZE , RSAPAD ,   RSAENC , KEYPAIR , PRVKEY , PUBKEY ,   PRIME , SUBPRIME , GENERATOR , GX ,   GY , CURVE , ECHASH , SIGNER ,   VERIFIER , VLANTAG1 , VLANTAG2 , POSTPROCESS ,   SETUP , STREAMSIZE , NAME , OUTADDR ,   OUTLEN , INLEN , OUTPUTLEN , EXPLEN ,   STREAM , PREVIOUS , STATUS , INPUT ,   OUTPUT , EXPECT , BLOCKSIZE , ZEROINIT ,   SWAPIN , SWAPOUT , COMPOUT , POLYNOMIAL ,   SEED , USE_CRYPTO , ERRORS , FLOWS ,   PACKETS , IBYTES , OBYTES , LOGLVL ,   PTRSIZE , SGTSIZE , BUFSIZE , BUFWIDTH ,   BUFNUM , STDOUT , ENDIAN , BURSTLEN ,   PLATFORM , DEBUGCLR , INFOCLR , WARNCLR ,   ERRCLR , FATALCLR , PASSCLR , BKEK ,   BKEKLEN , BLOBKEY , BLOBKEYLEN , WOTSALGO ,   LAYERADDR , TREEADDR , TREEHEIGHT , TYPEVAL ,   ADDRORPAD , CHAINHEIGHT , HASHORIDX , KEYNMASK ,   BYTEARRAY , SIGLEN , WINTZ , STACK ,   XMSSALG , STACKPUSH , STACKPOP , STACKTOP ,   STACKIDX , STACKLEN , PARAMS , LMOTSQ ,   LMOTSN , LMOTSP , LMOTSW , LMOTSLS ,   LMOTSIGLEN , LMOTSI , LMOTSEED , LMOTSC ,   LMOTS , LMSALGVAL , LMOTSALGVAL , LMTREELVLS ,   PRVKEYLEN , PUBKEYLEN , CBIT , KBIT ,   SBIT , LBIT , AUTHFAIL , KEY ,   FLOWID , PROTYPE , VNI , APP_TRAFFIC_SECRET ,   PRVIKEYLEN , PUBIKEYLEN , SYMBYTES , KYBERK ,   KYBERN , KYBERQ , POLYBYTES , POLYVECBYTES ,   SSBYTES , PCBYTES , PVCBYTES , MSGIBYTES ,   ILENGTH , QINV , KYBERETA1 , KYBERETA2 }
enum	endian_t { BIG , LITTLE }
enum	platform_t { WASP , WASPDUT , SEC }
enum	pad_t {   RANDOM , INCREMENT , ZERO , SIZE ,   UNKNWN }
enum	protocol_t {   ERRNONE , PROTOCOL , MACSEC , WIFI ,   WIGIG , WIMAX , LTE , RLC ,   TLS , SRTP , UDPP , TCPP ,   ICMPP , IP , IPSEC , XMLPARSER ,   RINGDRIVER , DIRECTDRIVER , DRIVER , LOOPBACK ,   ETHERNET , RSA , DSA , ECDSAFP ,   ECDSAF2M , ECDSAED , IKEV2 , INTEGRITY ,   CONFIDENT , BLOB , XMSS , LMS ,   TLS13 , DTLS13 , EGRE , NVGRE ,   VXLAN , KYBER , DILITHIUM , FALCON ,   SPHINCS , NOPROTO }
enum	ethid_t {   ETH_P_LOOP = 0x0060 , ETH_P_PUP = 0x0200 , ETH_P_PUPAT = 0x0201 , ETH_P_IP = 0x0800 ,   ETH_P_X25 = 0x0805 , ETH_P_ARP = 0x0806 , ETH_P_BPQ = 0x08FF , ETH_P_IEEEPUP = 0x0a00 ,   ETH_P_IEEEPUPAT = 0x0a01 , ETH_P_BATMAN = 0x4305 , ETH_P_DEC = 0x6000 , ETH_P_DNA_DL = 0x6001 ,   ETH_P_DNA_RC = 0x6002 , ETH_P_DNA_RT = 0x6003 , ETH_P_LAT = 0x6004 , ETH_P_DIAG = 0x6005 ,   ETH_P_CUST = 0x6006 , ETH_P_SCA = 0x6007 , ETH_P_TEB = 0x6558 , ETH_P_RARP = 0x8035 ,   ETH_P_ATALK = 0x809B , ETH_P_AARP = 0x80F3 , ETH_P_8021Q = 0x8100 , ETH_P_IPX = 0x8137 ,   ETH_P_IPV6 = 0x86DD , ETH_P_PAUSE = 0x8808 , ETH_P_SLOW = 0x8809 , ETH_P_WCCP = 0x883E ,   ETH_P_PPP_DISC = 0x8863 , ETH_P_PPP_SES = 0x8864 , ETH_P_MPLS_UC = 0x8847 , ETH_P_MPLS_MC = 0x8848 ,   ETH_P_ATMMPOA = 0x884c , ETH_P_LINK_CTL = 0x886c , ETH_P_ATMFATE = 0x8884 , ETH_P_PAE = 0x888E ,   ETH_P_AOE = 0x88A2 , ETH_P_8021AD = 0x88A8 , ETH_P_802_EX1 = 0x88B5 , ETH_P_TIPC = 0x88CA ,   ETH_P_MACSEC = 0x88E5 , ETH_P_8021AH = 0x88E7 , ETH_P_MVRP = 0x88F5 , ETH_P_1588 = 0x88F7 ,   ETH_P_FCOE = 0x8906 , ETH_P_IBOE = 0x8915 , ETH_P_TDLS = 0x890D , ETH_P_FIP = 0x8914 ,   ETH_P_80221 = 0x8917 , ETH_P_NSH = 0x894F , ETH_P_8021I = 0x8E87 , ETH_P_LOOPBACK = 0x9000 ,   ETH_P_QINQ1 = 0x9100 , ETH_P_QINQ2 = 0x9200 , ETH_P_QINQ3 = 0x9300 , ETH_P_EDSA = 0xDADA ,   ETH_P_IFE = 0xED3E , ETH_P_AF_IUCV = 0xFBFB , ETH_P_802_3_MIN = 0x0600 , ETH_P_802_3 = 0x0001 ,   ETH_P_AX25 = 0x0002 , ETH_P_ALL = 0x0003 , ETH_P_802_2 = 0x0004 , ETH_P_SNAP = 0x0005 ,   ETH_P_DDCMP = 0x0006 , ETH_P_WAN_PPP = 0x0007 , ETH_P_PPP_MP = 0x0008 , ETH_P_LOCALTALK = 0x0009 ,   ETH_P_CAN = 0x000C , ETH_P_CANFD = 0x000D , ETH_P_PPPTALK = 0x0010 , ETH_P_TR_802_2 = 0x0011 ,   ETH_P_MOBITEX = 0x0015 , ETH_P_CONTROL = 0x0016 , ETH_P_IRDA = 0x0017 , ETH_P_ECONET = 0x0018 ,   ETH_P_HDLC = 0x0019 , ETH_P_ARCNET = 0x001A , ETH_P_DSA = 0x001B , ETH_P_TRAILER = 0x001C ,   ETH_P_PHONET = 0x00F5 , ETH_P_IEEE802154 = 0x00F6 , ETH_P_CAIF = 0x00F7 , ETH_P_XDSA = 0x00F8 ,   ETH_P_NONE = 0xFFFF }
enum	direction_t {   ENCAP , DECAP , ENC , DEC ,   DOWNLINK , UPLINK , NODIR }
enum	cipher_t {   NULL_CIPHER , DES_ECB , DES_CBC , DES40_CBC ,   TDES_ECB , TDES_CBC , AES_ECB , AES_CBC ,   AES_CTR , AES_CCM , AES_GCM , AES_XTS ,   SERPENT_ECB , SERPENT_CBC , SERPENT_CTR , SERPENT_CCM ,   SERPENT_GCM , CHACHA20 , CHACHA20_POLY1305 , CAMELLIA_ECB ,   CAMELLIA_CBC , CAMELLIA_CTR , CAMELLIA_CCM , CAMELLIA_GCM ,   ARIA_ECB , ARIA_CBC , ARIA_CTR , ARIA_CCM ,   ARIA_GCM , SEED_ECB , SEED_CBC , SEED_CTR ,   SEED_CCM , SEED_GCM , SM4_ECB , SM4_CBC ,   SM4_CTR , SM4_CCM , SM4_GCM , ARC4 ,   SNOWE , SNOWV , SNOWV_GCM , ZUCE ,   NONE_ENC }
enum	auth_t {   NULL_AUTH , MD5 , SHA1 , SHA224 ,   SHA256 , SHA384 , SHA512 , SHA3_224 ,   SHA3_256 , SHA3_384 , SHA3_512 , SHAKE128 ,   SHAKE256 , HMAC_MD5 , HMAC_SHA1 , HMAC_SHA2_224 ,   HMAC_SHA2_256 , HMAC_SHA2_384 , HMAC_SHA2_512 , HMAC_SHA3_224 ,   HMAC_SHA3_256 , HMAC_SHA3_384 , HMAC_SHA3_512 , AES_XCBC_MAC ,   POLY1305 , AES_CMAC , AES_GMAC , SM3 ,   SNOWA , SNOWVA , ZUCA , CRC5_USB ,   CRC7_UTMS , CRC8_LTE , CRC11_UTMS , CRC12_UTMS ,   CRC16_IBM , CRC16_CCITT , CRC24_LTE_A , CRC24_LTE_B ,   CRC32_IETF , CRC32_IEEE , CRC64_ISO , CRC64_ECMA ,   CRC_POLY , NONE_AUTH }
enum	iana_t {   HOPOPT , ICMP , IGMP , GGP ,   IPV4 , ST , TCP , CBT ,   EGP , IGP , BBN_RCC_MON , NVP_II ,   PUP , ARGUS , EMCON , XNET ,   CHAOS , UDP , MUX , DCN_MEAS ,   HMP , PRM , XNS_IDP , TRUNK_1 ,   TRUNK_2 , LEAF_1 , LEAF_2 , RDP ,   IRTP , ISO_TP4 , NETBLT , MFE_NSP ,   MERIT_INP , DCCP , THREE_PC , IDPR ,   XTP , DDP , IDPR_CMTP , TP_PLUS ,   IL , IPV6 , SDRP , IPV6_ROUTE ,   IPV6_FRAG , IDRP , RSVP , GRE ,   DSR , BNA , ESP , AH ,   I_NLSP , SWIPE , NARP , MOBILE ,   TLSP , SKIP , ICMPV6 , IPV6_NONXT ,   IPV6_OPTS , HOST_INT_PROT , CFTP , LOCAL_NET ,   SAT_EXPAK , KRYPTOLAN , RVD , IPPC ,   DFS , SAT_MON , VISA , IPCV ,   CPNX , CPHB , WSN , PVP ,   BR_SAT_MON , SUN_ND , WB_MON , WB_EXPAK ,   ISO_IP , VMTP , SECURE_VMTP , VINES ,   TTP , IPTM , NSFNET_IGP , DGP ,   TCF , EIGRP , OSPFIGP , SPRITE_RPC ,   LARP , MTP , AX_25 , MICP ,   SCC_SP , ETHERIP , IENCAP , PRIV_ENCRYPT ,   GMTP , IFMP , PNNI , PIM ,   ARIS , SCPS , QNX , A_N ,   IPCOMP , SNP , COMPAQ_PEER , IPX_IN_IP ,   VRRP , PGM , ZERO_HOP_PROT , L2TP ,   DDX , IATP , STP , SRP ,   UTI , SMP , SM , PTP ,   ISIS_OVER_IPV4 , FIRE , CRTP , CRUDP ,   SSCOPMCE , IPLT , SPS , PIPE ,   SCTP , FC , RSVP_E2E_IGNORE , MOBILITY_HEADER ,   UDPLITE , MPLS_IN_IP , MANET , HIP ,   SHIM6 , WESP , ROHC , JUMBOGRAM =194 }
enum	err_t {   ERR_NONE , ERR_LATE , ERR_REPLAY , ERR_ROLLOVER ,   ERR_ROLLUNDER , ERR_PROGRAM , ERR_ICV , ERR_CRC ,   ERR_READ_ENDOFILE , ERR_READ_FAILFILE , ERR_READ_BADFILE , ERR_WRITE_FAILFILE ,   ERR_WRITE_BADFILE , ERR_CHECKSUM , ERR_LISTEN , ERR_ACKNUM ,   ERR_CLOSED , ERR_BITS , ERR_TTL , ERR_JUMBOGRAM_FORMAT ,   WARN_DUMMY , WARN_IPV6_ROUTE , WARN_ZERO_DATA , ERR_ICMP_HDR_EXT_LEN ,   ERR_ICMP_SEGMENTS_LEFT , ERR_MULTICAST_EXT_HDR , ERR_UNKNOWN_ROUTE_TYPE , ERR_CIPHER_KEY_SIZE ,   ERR_AUTH_KEY_SIZE , ERR_IV_SIZE , ERR_SALT_SIZE , ERR_ICV_SIZE ,   ERR_UNKNOWN_NXTHDR , ERR_FORMAT_ERROR , WARN_INPUT_QUEUE_FULL , WARN_OUTPUT_QUEUE_EMPTY ,   ERR_SA_NOT_FOUND , ERR_KEY_NOKEY , ERR_KEY_EXPIRED , ERR_KEY_REVOKED ,   ERR_KEY_ACCESS , ERR_KEY_NOT_SUPP , ERR_KEY_QUOTA , ERR_KEY_INVALID ,   ERR_KEY_REJECTED , ERR_KEY_NOMEM , ERR_KEY_INTR , ERR_RSA_INVALID_CODING ,   ERR_RSA_MESSAGE_LENGTH , ERR_INVALID_SIGNATURE , ERR_INVALID_XMSS_TYPE , ERR_PDU_LEN ,   ERR_NVGRE_KEY_ID , WARN_NO_VLAN , WARN_NO_VNI , ERR_ICVFAIL_LIMIT ,   ERR_PADDING , ERR_EPOCH_DTLS13 , ERR_UNKNOWN }
enum	replay_t {   NORMAL , SHIFT , WINDOW , REPLAY ,   LATE , ROLLOVER , ROLLUNDER }
enum	ipmode_t { TRANSPORT , TUNNEL }
enum	icmpmsg_t {   ECHORPLYMSG , RSVD1 , RSVD2 , DESTUNRCH ,   SRCQNCH , RDIRMSG , ALTHOST , RSVD ,   ECHORQST , RTRADVERT , RTRSOLCIT , TIMEXCEED ,   BADIPHDR , TIMESTMP , TIMERPLY , INFORQST ,   INFORPLY , ADMSKRQST , ADMSKRPLY , TRACERTE ,   NODEST , PKTBIG , TIMEOUT , PARAM ,   PRVTE1 , PRVTE2 , RSVDE , ECHORQSTV6 ,   ECHORPLYV6 , PRVTI1 , PRVTI2 , RSVDI }
enum	icmpcode_t {   ECHORPLY , NONETWRK , NOHOST , NOPROT ,   NOPORT , FRAGRQD , RTEFAIL , DSTUNKNWN ,   DSTHSTUNKNWN , SRCHSTISOLT , NETWKPROHIB , HOSTPROHIB ,   NETWKNOTOS , HOSTNOTOS , COMMPROHIB , HOSTVILATE ,   CUTOFF , REDIRNETWK , REDIRHOST , REDIRTOSN ,   REDIRTOSH , TTLEXPIRE , FRAGEXPIRE , PTRINDERR ,   OPTERR , BADLENGTH , NOROUTE , COMMPROHIBV6 ,   BYNDSRCADDR , ADDRUNREACH , PORTUNREACH , SRCADDRPLCY ,   REJECTDST , HOPLMTEXCD , FRAGTIME , ERRHDRFIELD ,   NXTHDRERR , IPV6OPTERR , SEQNUMRST }
enum	tlsver_t {   SSL30 = 0x0300 , TLS10 = 0x0301 , TLS11 = 0x0302 , TLS12 = 0x0303 ,   TLSV13 = 0x0304 , DTLS = 0xFFFE , DTLSV13 = 0xFFFD }
enum	tlstype_t {   CHG_CIPHER_SPEC = 20 , ALERT = 21 , HANDSHAKE = 22 , APPLICATION = 23 ,   HEARTBEAT = 24 , ACK = 26 }
enum	tlslvl_t { TLSLVL0 , WARNING , FATAL }
enum	tls_handshake_t {   HELLO_REQUEST =0 , CLIENT_HELLO =1 , SERVER_HELLO =2 , NEW_SESSION_TICKET =4 ,   CERTIFICATE =11 , SERVER_KEY_EXCHANGE =12 , CERTIFICATE_REQUEST =13 , SERVER_HELLO_DONE =14 ,   CERTIFICATE_VERIFY =15 , CLIENT_KEY_EXCHANGE =16 , FINISHED =20 }
enum	tls_error_t {   CLOSE = 0 , MESSAGE_FATAL =10 , BAD_RECORD_MAC =20 , DECRYPT_FATAL =21 ,   RECORD_OVERFLOW =22 , DECOMPRESS_FAIL =30 , HANDSHAKE_FAIL =40 , NO_CERTIFICATE =41 ,   BAD_CERTIFICATE =42 , UNSUPPORTED_CERTIFICATE =43 , CERTIFICATE_REVOKED =44 , CERTIFICATE_EXPIRED =45 ,   CERTIFICATE_UNKNOWN =46 , ILLEGAL_PARAMETER =47 , UNKNOWN_CA =48 , ACCESS_DENIED =49 ,   DECODE_ERROR =50 , DECRYPT_ERROR =51 , EXPORT_RESTRICTION =60 , PROTOCOL_VERSION =70 ,   INSUFFICIENT_SECURITY =71 , INTERNAL_ERROR =80 , USER_CANCELED =90 , NO_RENEGOTIATION =100 ,   UNSUPPORTED_EXTENSION =110 , CERTIFICATE_UNOBTAINABLE =111 , UNRECOGNIZED_NAME =112 , BAD_CERTIFICATE_STATUS_RESPONSE =113 ,   BAD_CERTIFICATE_HASH_VALUE =114 , UNKNOWN_PSK_IDENTITY =115 , NO_APPLICATION_PROTOCOL =120 }
enum	srtpcipher_t {   NULL_SRTP , AEAD_AES_256_GCM , AEAD_AES_256_GCM_8 , AEAD_AES_256_GCM_12 ,   AEAD_AES_256_CCM , AEAD_AES_256_CCM_8 , AEAD_AES_256_CCM_12 }
enum	tls_ciphersuite_t {   TLS_NULL_WITH_NULL_NULL =0x0000 , TLS_SM4_GCM_SM3 =0x00C6 , TLS_SM4_CCM_SM3 =0x00C7 , TLS_RSA_WITH_AES_256_GCM_SHA384 =0x009D ,   TLS_DHE_RSA_WITH_AES_256_GCM_SHA384 =0x009F , TLS_DH_RSA_WITH_AES_256_GCM_SHA384 =0x00A1 , TLS_DHE_DSS_WITH_AES_256_GCM_SHA384 =0x00A3 , TLS_DH_DSS_WITH_AES_256_GCM_SHA384 =0x00A5 ,   TLS_DH_ANON_WITH_AES_256_GCM_SHA384 =0x00A7 , TLS_PSK_WITH_AES_256_GCM_SHA384 =0x00A9 , TLS_DHE_PSK_WITH_AES_256_GCM_SHA384 =0x00AB , TLS_RSA_PSK_WITH_AES_256_GCM_SHA384 =0x00AD ,   TLS_PSK_WITH_AES_256_CBC_SHA384 =0x00AF , TLS_PSK_WITH_NULL_SHA384 =0x00B1 , TLS_DHE_PSK_WITH_AES_256_CBC_SHA384 =0x00B3 , TLS_DHE_PSK_WITH_NULL_SHA384 =0x00B5 ,   TLS_RSA_PSK_WITH_AES_256_CBC_SHA384 =0x00B7 , TLS_RSA_PSK_WITH_NULL_SHA384 =0x00B9 , TLS_ECDHE_ECDSA_WITH_AES_256_CBC_SHA384 =0xC024 , TLS_ECDH_ECDSA_WITH_AES_256_CBC_SHA384 =0xC026 ,   TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA384 =0xC028 , TLS_ECDH_RSA_WITH_AES_256_CBC_SHA384 =0xC02A , TLS_ECDHE_ECDSA_WITH_AES_256_GCM_SHA384 =0xC02C , TLS_ECDH_ECDSA_WITH_AES_256_GCM_SHA384 =0xC02E ,   TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384 =0xC030 , TLS_ECDH_RSA_WITH_AES_256_GCM_SHA384 =0xC032 , TLS_ECDHE_PSK_WITH_AES_256_CBC_SHA384 =0xC038 , TLS_ECDHE_PSK_WITH_NULL_SHA384 =0xC03B ,   TLS_RSA_WITH_AES_256_CCM =0xC09D , TLS_DHE_RSA_WITH_AES_256_CCM =0xC09F , TLS_RSA_WITH_AES_256_CCM_8 =0xC0A1 , TLS_DHE_RSA_WITH_AES_256_CCM_8 =0xC0A3 ,   TLS_PSK_WITH_AES_256_CCM =0xC0A5 , TLS_DHE_PSK_WITH_AES_256_CCM =0xC0A7 , TLS_PSK_WITH_AES_256_CCM_8 =0xC0A9 , TLS_PSK_DHE_WITH_AES_256_CCM_8 =0xC0AB ,   TLS_ECDHE_ECDSA_WITH_AES_256_CCM =0xC0AD , TLS_ECDHE_ECDSA_WITH_AES_256_CCM_8 =0xC0AF , TLS_ECDHE_RSA_WITH_CHACHA20_POLY1305_SHA256 =0xCCA8 , TLS_ECDHE_ECDSA_WITH_CHACHA20_POLY1305_SHA256 =0xCCA9 ,   TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256 =0xCCAA , TLS_PSK_WITH_CHACHA20_POLY1305_SHA256 =0xCCAB , TLS_ECDHE_PSK_WITH_CHACHA20_POLY1305_SHA256 =0xCCAC , TLS_DHE_PSK_WITH_CHACHA20_POLY1305_SHA256 =0xCCAD ,   TLS_RSA_PSK_WITH_CHACHA20_POLY1305_SHA256 =0xCCAE , TLS_AES_256_GCM_SHA384 =0x1302 , TLS_CHACHA20_POLY1305_SHA256 =0x1303 , TLS_NO_CIPHERSUITE =0xFFFF }
enum	wifitype_t { WIFIMNG , WIFIDAT , WIFICTL }
enum	wifisub_t {   WIFI0 , WIFI8 , WIFI4 , WIFI12 ,   WIFI2 , WIFI10 , WIFI6 , WIFI14 ,   WIFI1 , WIFI9 , WIFI5 , WIFI13 ,   WIFI3 , WIFI11 , WIFI7 , WIFI15 }
enum	wifictlext_t {   WCTRL0 , SSW , GRANT , WCTRL3 ,   POLL , SSWACK , DMGDTS , WCTRL7 ,   WCTRL8 , SSWFDBCK , DMGCTS , WCTRL11 ,   SPR , WCTRL13 , GRANTACK }
enum	wimaxmode_t { OFDM , OFDMA , AGMH_OFDM , AGMH_OFDMA }
enum	macsecmode_t { AES_GCM_256 , AES_GCM_XPN_256 , NULL_MACSEC }
enum	dir_id_t { DIR_IN , DIR_FWD , DIR_OUT }
enum	role_id_t { ROLE_INITIATOR =0x08 , ROLE_RESPONDER =0x20 , ROLE_ANY =0x28 }
enum	ipsec_mode_t { TRANSPORT_MODE , TUNNEL_MODE }
enum	exchg_t {   EXCHG_IKE_SA_INIT =34 , EXCHG_IKE_AUTH , EXCHG_CREATE_CHILD_SA , EXCHG_INFORMATIONAL ,   EXCHG_IKE_SESSION_RESUME , EXCHG_GSA_AUTH , EXCHG_GSA_REGISTRATION , EXCHG_GSA_REKEY ,   EXCHG_IKE_PARSE =253 , EXCHG_IKE_RESEND , EXCHG_IKE_LISTEN }
enum	ike_pyld_t {   PYLD_NONE =0 , PYLD_SA =33 , PYLD_KE , PYLD_IDI ,   PYLD_IDR , PYLD_CERT , PYLD_CERTREQ , PYLD_AUTH ,   PYLD_NINR , PYLD_N , PYLD_D , PYLD_V ,   PYLD_TSI , PYLD_TSR , PYLD_SK , PYLD_CP ,   PYLD_EAP , PYLD_GSPM , PYLD_IDG , PYLD_GSA ,   PYLD_KD , PYLD_SKF , PYLD_PS }
enum	transform_type_t {   IKE_ENCR =1 , IKE_PRF , IKE_INTEG , IKE_DH ,   IKE_ESN }
enum	transform_attr_t { ATTR_KEY_LENGTH =14 }
enum	encr_id_t {   ENCR_DES_IV64 =1 , ENCR_DES , ENCR_3DES , ENCR_RC5 ,   ENCR_IDEA , ENCR_CAST , ENCR_BLOWFISH , ENCR_3IDEA ,   ENCR_DES_IV32 , ENCR_RSVD1 , ENCR_NULL , ENCR_AES_CBC ,   ENCR_AES_CTR , ENCR_AES_CCM_8 , ENCR_AES_CCM_12 , ENCR_AES_CCM_16 ,   ENCR_UNASSIGNED , ENCR_AES_GCM_8 , ENCR_AES_GCM_12 , ENCR_AES_GCM_16 ,   ENCR_NULL_AUTH_AES_GMAC , ENCR_RSVD_AES_XTS , ENCR_CAMELLIA_CBC , ENCR_CAMELLIA_CTR ,   ENCR_CAMELLIA_CCM_8 , ENCR_CAMELLIA_CCM_12 , ENCR_CAMELLIA_CCM_16 , ENCR_CHACHA20_POLY1305 ,   ENCR_AES_CCM_8_IIV , ENCR_AES_GCM_16_IIV , ENCR_CHACHA20_POLY1305_IIV }
enum	prf_id_t {   PRF_HMAC_MD5 =1 , PRF_HMAC_SHA1 , PRF_HMAC_TIGER , PRF_AES128_XCBC ,   PRF_HMAC_SHA2_256 , PRF_HMAC_SHA2_384 , PRF_HMAC_SHA2_512 , PRF_AES128_CMAC }
enum	integ_id_t {   AUTH_NONE , AUTH_HMAC_MD5_96 , AUTH_HMAC_SHA1_96 , AUTH_DES_MAC ,   AUTH_KPDK_MD5 , AUTH_AES_XCBC_96 , AUTH_HMAC_MD5_128 , AUTH_HMAC_SHA1_160 ,   AUTH_AES_CMAC_96 , AUTH_AES_128_GMAC , AUTH_AES_192_GMAC , AUTH_AES_256_GMAC ,   AUTH_HMAC_SHA2_256_128 , AUTH_HMAC_SHA2_384_192 , AUTH_HMAC_SHA2_512_256 }
enum	dh_id_t {   DH_NONE , DH_MODP_768 , DH_MODP_1024 , DH_RSVD3 ,   DH_RSVD4 , DH_MODP_1536 , DH_UNASSIGNED6 , DH_UNASSIGNED7 ,   DH_UNASSIGNED8 , DH_UNASSIGNED9 , DH_UNASSIGNED10 , DH_UNASSIGNED11 ,   DH_UNASSIGNED12 , DH_UNASSIGNED13 , DH_MODP_2048 , DH_MODP_3072 ,   DH_MODP_4096 , DH_MODP_6144 , DH_MODP_8192 , DH_ECP_256 ,   DH_ECP_384 , DH_ECP_521 , DH_MODP_1024_160 , DH_MODP_2048_224 ,   DH_MODP_2048_256 , DH_ECP_192_RANDOM , DH_ECP_224_RANDOM , DH_BRAINPOOL_P224R1 ,   DH_BRAINPOOL_P256R1 , DH_BRAINPOOL_P384R1 , DH_BRAINPOOL_P512R1 , DH_CURVE_25519 ,   DH_CURVE_448 }
enum	esn_id_t { ESN_NO , ESN_YES }
enum	id_type_t {   ID_IPV4_ADDR =1 , ID_FQDN , ID_RFC822_ADDR , ID_UNASSIGNED4 ,   ID_IPV6_ADDR , ID_UNASSIGNED6 , ID_UNASSIGNED7 , ID_UNASSIGNED8 ,   ID_DER_ASN1_DN , ID_DER_ASN1_GN , ID_KEY_ID , ID_FC_NAME ,   ID_NULL }
enum	encoding_t {   CERT_X509_PKCS_7 =1 , CERT_PGP , CERT_DNS , CERT_X509_SIGNATURE ,   CERT_RESERVED5 , CERT_KERBEROS , CERT_CRL , CERT_ARL ,   CERT_SPKI , CERT_RAW_RSA , CERT_X509_ATTRIBUTE , CERT_HASH_URL ,   CERT_HASH_URL_BUNDLE , CERT_OSCP_CONTENT , CERT_RAW_PUBLIC_KEY }
enum	auth_method_t {   AUTH_RSA =1 , AUTH_PSK , AUTH_DSS , AUTH_UNASSIGNED4 ,   AUTH_UNASSIGNED5 , AUTH_UNASSIGNED6 , AUTH_UNASSIGNED7 , AUTH_UNASSIGNED8 ,   AUTH_ECDSA_P256 , AUTH_ECDSA_P384 , AUTH_ECDSA_P512 , AUTH_GENERIC_SECURE_PASSWORD ,   AUTH_NULL , AUTH_DIGITAL_SIGNATURE }
enum	notify_err_t {   NERR_UNSUPPORTED_CRIT_PAYLD =1 , NERR_RSVD2 , NERR_RSVD3 , NERR_INVALID_IKE_SPI ,   NERR_INVALID_MAJOR_VERSION , NERR_RSVD6 , NERR_INVALID_SYNTAX , NERR_RSVD8 ,   NERR_INVALID_MESSAGE_ID , NERR_RSVD10 , NERR_INVALID_SPI , NERR_RSVD12 ,   NERR_RSVD13 , NERR_NO_PROPOSAL_CHOSEN , NERR_RSVD15 , NERR_RSVD16 ,   NERR_INVALID_KE_PAYLOAD , NERR_RSVD18 , NERR_RSVD19 , NERR_RSVD20 ,   NERR_RSVD21 , NERR_RSVD22 , NERR_RSVD23 , NERR_AUTH_FAILED ,   NERR_RSVD25 , NERR_RSVD26 , NERR_RSVD27 , NERR_RSVD28 ,   NERR_RSVD29 , NERR_RSVD30 , NERR_RSVD31 , NERR_RSVD32 ,   NERR_RSVD33 , NERR_SINGLE_PAIR_REQUIRED , NERR_NO_ADDITIONAL_SAS , NERR_INTERNAL_ADDRESS_FAILURE ,   NERR_FAILED_CP_REQUIRED , NERR_TS_UNACCEPTABLE , NERR_INVALID_SELECTORS , NERR_UNACCEPTABLE_ADDRESSES ,   NERR_UNEXPECTED_NAT_DETECTED , NERR_USE_ASSIGNED_HOA , NERR_TEMPORARY_FAILURE , NERR_CHILD_SA_NOT_FOUND ,   NERR_INVALID_GROUP_ID , NERR_AUTHORIZATION_FAILED }
enum	notify_status_t {   NSTAT_INITIAL_CONTACT =16384 , NSTAT_SET_WINDOW_SIZE , NSTAT_ADDITIONAL_TS_POSSIBLE , NSTAT_IPCOMP_SUPPORTED ,   NSTAT_NAT_DETECTION_SOURCE_IP , NSTAT_NAT_DETECTION_DESTINATION_IP , NSTAT_COOKIE , NSTAT_USE_TRANSPORT_MODE ,   NSTAT_HTTP_CERT_LOOKUP_SUPPORTED , NSTAT_REKEY_SA , NSTAT_ESP_TFC_PADDING_NOT_SUPPORTED , NSTAT_NON_FIRST_FRAGMENTS_ALSO ,   NSTAT_MOBIKE_SUPPORTED , NSTAT_ADDITIONAL_IP4_ADDRESS , NSTAT_ADDITIONAL_IP6_ADDRESS , NSTAT_NO_ADDITIONAL_ADDRESSES ,   NSTAT_UPDATE_SA_ADDRESSES , NSTAT_COOKIE2 , NSTAT_NO_NATS_ALLOWED , NSTAT_AUTH_LIFETIME ,   NSTAT_MULTIPLE_AUTH_SUPPORTED , NSTAT_ANOTHER_AUTH_FOLLOWS , NSTAT_REDIRECT_SUPPORTED , NSTAT_REDIRECT ,   NSTAT_REDIRECTED_FROM , NSTAT_TICKET_LT_OPAQUE , NSTAT_TICKET_REQUEST , NSTAT_TICKET_ACK ,   NSTAT_TICKET_NACK , NSTAT_TICKET_OPAQUE , NSTAT_LINK_ID , NSTAT_USE_WESP_MODE ,   NSTAT_ROHC_SUPPORTED , NSTAT_EAP_ONLY_AUTHENTICATION , NSTAT_CHILDLESS_IKEV2_SUPPORTED , NSTAT_QUICK_CRASH_DETECTION ,   NSTAT_IKEV2_MESSAGE_ID_SYNC_SUPPORTED , NSTAT_IPSEC_REPLAY_COUNTER_SYNC_SUPPORTED , NSTAT_IKEV2_MESSAGE_ID_SYNC , NSTAT_IPSEC_REPLAY_COUNTER_SYNC ,   NSTAT_SECURE_PASSWORD_METHODS , NSTAT_PSK_PERSIST , NSTAT_PSK_CONFIRM , NSTAT_ERX_SUPPORTED ,   NSTAT_IFOM_CAPABILITY , NSTAT_SENDER_REQUEST_ID , NSTAT_IKEV2_FRAGMENTATION_SUPPORTED , NSTAT_SIGNATURE_HASH_ALGORITHMS ,   NSTAT_CLONE_IKE_SA_SUPPORTED , NSTAT_CLONE_IKE_SA , NSTAT_PUZZLE , NSTAT_USE_PPK ,   NSTAT_PPK_IDENTITY , NSTAT_NO_PPK_AUTH }
enum	ike_ipcomp_t { IPCOMP_OUI =1 , IPCOMP_DEFLATE , IPCOMP_LZS , IPCOMP_LZJH }
enum	ip_proto_t {   IP_PROTO_ANY , IP_PROTO_ICMP , IP_PROTO_TCP , IP_PROTO_UDP ,   IP_PROTO_ICMPV6 , IP_PROTO_MH }
enum	protocol_id_t {   PROTO_IKE =1 , PROTO_AH , PROTO_ESP , PROTO_FC_ESP_HDR ,   PROTO_FC_CT_AUTH }
enum	ike_ts_t { TS_IPV4_ADDR_RANGE =7 , TS_IPV6_ADDR_RANGE , TS_FC_ADDR_RANGE }
enum	cfg_resp_t { CFG_REQUEST =1 , CFG_REPLY , CFG_SET , CFG_ACK }
enum	cfg_attr_t {   CFG_INTERNAL_IP4_ADDRESS =1 , CFG_INTERNAL_IP4_NETMASK , CFG_INTERNAL_IP4_DNS , CFG_INTERNAL_IP4_NBNS ,   CFG_RSVD5 , CFG_INTERNAL_IP4_DHCP , CFG_APPLICATION_VERSION , CFG_INTERNAL_IP6_ADDRESS ,   CFG_RSVD9 , CFG_INTERNAL_IP6_DNS , CFG_RSVD11 , CFG_INTERNAL_IP6_DHCP ,   CFG_INTERNAL_IP4_SUBNET , CFG_SUPPORTED_ATTRIBUTES , CFG_INTERNAL_IP6_SUBNET , CFG_MIP6_HOME_PREFIX ,   CFG_INTERNAL_IP6_LINK , CFG_INTERNAL_IP6_PREFIX , CFG_HOME_AGENT_ADDR , CFG_P_CSCG_IP4_ADDR ,   CFG_P_CSCF_IP6_ADDR , CFG_FTT_KAT , CFG_EXT_SRC_IP4_NAT , CFG_TIMEOUT_LIVENESS ,   CFG_INTERNAL_DNS_DOMAIN , CFG_INTERNAL_DNS_SEC_TA }
enum	ike_gateway_t { GATEWAY_IPV4_VPN_ADDR =1 , GATEWAY_IPV6_VPN_ADDR , GATEWAY_FQDN_VPN_ADDR }
enum	rohc_attr_t {   ROHC_MAX_CID =1 , ROHC_PROFILE , ROHC_INTEG , ROHC_ICV_LEN ,   ROHC_MRRU }
enum	ike_secpass_t { SECURE_PASSWORD_PACE =1 , SECURE_PASSW0RD_AUGPAKE , SECURE_PASSWORD_PSK_AUTH }
enum	ike_hash_t {   HASH_SHA1 , HASH_SHA2_256 , HASH_SHA2_384 , HASH_SHA2_512 ,   HASH_IDENTITY }
enum	rsapadtype_t { PKCS15 , PSS }
enum	rsaenc_t { PKCS , OAEP_SHA }
enum	keymode_t {   GENKEYPAIR , PKISIGN , PKIVERIFY , RSAENCRYPT ,   RSADECRYPT , KYBERENC , KYBERDEC }
enum	crcpoly_t {   CRC5_USB_POLY = 0x05 , CRC7_UTMS_POLY = 0x09 , CRC8_LTE_POLY = 0x9B , CRC11_UTMS_POLY = 0x307 ,   CRC12_UTMS_POLY = 0x80F , CRC16_IBM_POLY = 0x8005 , CRC16_CCITT_POLY = 0x1021 , CRC24_LTEA_POLY = 0x864CFB ,   CRC24_LTEB_POLY = 0x800063 , CRC32_IEEE_POLY = 0x04C11DB7 , CRC32_IETF_POLY = 0x1EDC6F41 , CRC64_ISO_POLY = 0x000000000000001B ,   CRC64_ECMA_POLY = 0x42F0E1EBA9EA3693 }
enum	ots_addrtype_t { OTSADDR = 0x00000000 , LTREEADDR = 0x00000001 , HASHADDR = 0x00000002 }
enum	ots_algorithm_t { WOTSP_SHA2_256 = 0x00000001 , WOTSP_SHA2_512 = 0x00000002 , WOTSP_SHAKE_256 = 0x00000003 , WOTSP_SHAKE_512 = 0x00000004 }
enum	lmots_algorithm_t {   PLMOTS_SHA256_N32_W1 = 0x00000001 , PLMOTS_SHA256_N32_W2 = 0x00000002 , PLMOTS_SHA256_N32_W4 = 0x00000003 , PLMOTS_SHA256_N32_W8 = 0x00000004 ,   PLMOTS_SHA256_N24_W1 = 0x00000005 , PLMOTS_SHA256_N24_W2 = 0x00000006 , PLMOTS_SHA256_N24_W4 = 0x00000007 , PLMOTS_SHA256_N24_W8 = 0x00000008 ,   PLMOTS_SHAKE_N32_W1 = 0x00000009 , PLMOTS_SHAKE_N32_W2 = 0x0000000A , PLMOTS_SHAKE_N32_W4 = 0x0000000B , PLMOTS_SHAKE_N32_W8 = 0x0000000C ,   PLMOTS_SHAKE_N24_W1 = 0x0000000D , PLMOTS_SHAKE_N24_W2 = 0x0000000E , PLMOTS_SHAKE_N24_W4 = 0x0000000F , PLMOTS_SHAKE_N24_W8 = 0x00000010 }
enum	xmss_algorithm_t {   XMSS_NO_TYPE = 0x00000000 , XMSS_SHA2_10_256 = 0x00000001 , XMSS_SHA2_16_256 = 0x00000002 , XMSS_SHA2_20_256 = 0x00000003 ,   XMSS_SHA2_10_192 = 0x0000000D , XMSS_SHA2_16_192 = 0x0000000E , XMSS_SHA2_20_192 = 0x0000000F , XMSS_SHAKE256_10_256 = 0x00000010 ,   XMSS_SHAKE256_16_256 = 0x00000011 , XMSS_SHAKE256_20_256 = 0x00000012 , XMSS_SHAKE256_10_192 = 0x00000013 , XMSS_SHAKE256_16_192 = 0x00000014 ,   XMSS_SHAKE256_20_192 = 0x00000015 }
enum	lms_algorithm_t {   LMS_SHA256_M32_H5 = 0x00000005 , LMS_SHA256_M32_H10 = 0x00000006 , LMS_SHA256_M32_H15 = 0x00000007 , LMS_SHA256_M32_H20 = 0x00000008 ,   LMS_SHA256_M32_H25 = 0x00000009 , LMS_SHA256_M24_H5 = 0x0000000A , LMS_SHA256_M24_H10 = 0x0000000B , LMS_SHA256_M24_H15 = 0x0000000C ,   LMS_SHA256_M24_H20 = 0x0000000D , LMS_SHA256_M24_H25 = 0x0000000E , LMS_SHAKE_M32_H5 = 0x0000000F , LMS_SHAKE_M32_H10 = 0x00000010 ,   LMS_SHAKE_M32_H15 = 0x00000011 , LMS_SHAKE_M32_H20 = 0x00000012 , LMS_SHAKE_M32_H25 = 0x00000013 , LMS_SHAKE_M24_H5 = 0x00000014 ,   LMS_SHAKE_M24_H10 = 0x00000015 , LMS_SHAKE_M24_H15 = 0x00000016 , LMS_SHAKE_M24_H20 = 0x00000017 , LMS_SHAKE_M24_H25 = 0x00000018 }
enum	xmssmt_algorithm_t {   XMSSMT_NO_TYPE = 0x00000000 , XMSSMT_SHA2_20_2_256 = 0x00000001 , XMSSMT_SHA2_20_4_256 = 0x00000002 , XMSSMT_SHA2_40_2_256 = 0x00000003 ,   XMSSMT_SHA2_40_4_256 = 0x00000004 , XMSSMT_SHA2_40_8_256 = 0x00000005 , XMSSMT_SHA2_60_3_256 = 0x00000006 , XMSSMT_SHA2_60_6_256 = 0x00000007 ,   XMSSMT_SHA2_60_12_256 = 0x00000008 , XMSSMT_SHA2_20_2_192 = 0x00000021 , XMSSMT_SHA2_20_4_192 = 0x00000022 , XMSSMT_SHA2_40_2_192 = 0x00000023 ,   XMSSMT_SHA2_40_4_192 = 0x00000024 , XMSSMT_SHA2_40_8_192 = 0x00000025 , XMSSMT_SHA2_60_3_192 = 0x00000026 , XMSSMT_SHA2_60_6_192 = 0x00000027 ,   XMSSMT_SHA2_60_12_192 = 0x00000028 , XMSSMT_SHAKE256_20_2_256 = 0x00000029 , XMSSMT_SHAKE256_20_4_256 = 0x0000002A , XMSSMT_SHAKE256_40_2_256 = 0x0000002B ,   XMSSMT_SHAKE256_40_4_256 = 0x0000002C , XMSSMT_SHAKE256_40_8_256 = 0x0000002D , XMSSMT_SHAKE256_60_3_256 = 0x0000002E , XMSSMT_SHAKE256_60_6_256 = 0x0000002F ,   XMSSMT_SHAKE256_60_12_256 = 0x00000030 , XMSSMT_SHAKE256_20_2_192 = 0x00000031 , XMSSMT_SHAKE256_20_4_192 = 0x00000032 , XMSSMT_SHAKE256_40_2_192 = 0x00000033 ,   XMSSMT_SHAKE256_40_4_192 = 0x00000034 , XMSSMT_SHAKE256_40_8_192 = 0x00000035 , XMSSMT_SHAKE256_60_3_192 = 0x00000036 , XMSSMT_SHAKE256_60_6_192 = 0x00000037 ,   XMSSMT_SHAKE256_60_12_192 = 0x00000038 }
enum	kyber_algorithm_t { KYBER_512 = 0x00000002 , KYBER_768 = 0x00000003 , KYBER_1024 = 0x00000004 }
enum	dilithium_algorithm_t { DILITHIUM2 = 0x00000002 , DILITHIUM3 = 0x00000003 , DILITHIUM5 = 0x00000005 }
enum	falcon_algorithm_t { FALCON_512 , FALCON_1024 }
enum	sphincs_algorithm_t {   SPHINCS_SHA2_128F , SPHINCS_SHA2_128S , SPHINCS_SHA2_192F , SPHINCS_SHA2_192S ,   SPHINCS_SHA2_256F , SPHINCS_SHA2_256S , SPHINCS_SHAKE_128F , SPHINCS_SHAKE_128S ,   SPHINCS_SHAKE_192F , SPHINCS_SHAKE_192S , SPHINCS_SHAKE_256F , SPHINCS_SHAKE_256S }

Functions
	Begin_Enum_String (field_t)
	Begin_Enum_String (endian_t)
	Begin_Enum_String (platform_t)
	Begin_Enum_String (pad_t)
	Begin_Enum_String (protocol_t)
	Begin_Enum_String (ethid_t)
	Begin_Enum_String (direction_t)
	Begin_Enum_String (cipher_t)
	Begin_Enum_String (auth_t)
	Begin_Enum_String (iana_t)
	Begin_Enum_String (err_t)
	Begin_Enum_String (replay_t)
	Begin_Enum_String (ipmode_t)
	Begin_Enum_String (icmpmsg_t)
	Begin_Enum_String (icmpcode_t)
	Begin_Enum_String (tlsver_t)
	Begin_Enum_String (tlstype_t)
	Begin_Enum_String (tlslvl_t)
	Begin_Enum_String (tls_handshake_t)
	Begin_Enum_String (tls_error_t)
	Begin_Enum_String (srtpcipher_t)
	Begin_Enum_String (tls_ciphersuite_t)
	Begin_Enum_String (wifitype_t)
	Begin_Enum_String (wifisub_t)
	Begin_Enum_String (wifictlext_t)
	Begin_Enum_String (wimaxmode_t)
	Begin_Enum_String (macsecmode_t)
	Begin_Enum_String (dir_id_t)
	Begin_Enum_String (role_id_t)
	Begin_Enum_String (ipsec_mode_t)
	Begin_Enum_String (exchg_t)
	Begin_Enum_String (ike_pyld_t)
	Begin_Enum_String (transform_type_t)
	Begin_Enum_String (transform_attr_t)
	Begin_Enum_String (encr_id_t)
	Begin_Enum_String (prf_id_t)
	Begin_Enum_String (integ_id_t)
	Begin_Enum_String (dh_id_t)
	Begin_Enum_String (esn_id_t)
	Begin_Enum_String (id_type_t)
	Begin_Enum_String (encoding_t)
	Begin_Enum_String (auth_method_t)
	Begin_Enum_String (notify_err_t)
	Begin_Enum_String (notify_status_t)
	Begin_Enum_String (ike_ipcomp_t)
	Begin_Enum_String (ip_proto_t)
	Begin_Enum_String (protocol_id_t)
	Begin_Enum_String (ike_ts_t)
	Begin_Enum_String (cfg_resp_t)
	Begin_Enum_String (cfg_attr_t)
	Begin_Enum_String (ike_gateway_t)
	Begin_Enum_String (rohc_attr_t)
	Begin_Enum_String (ike_secpass_t)
	Begin_Enum_String (ike_hash_t)
	Begin_Enum_String (rsapadtype_t)
	Begin_Enum_String (rsaenc_t)
	Begin_Enum_String (keymode_t)
	Begin_Enum_String (crcpoly_t)
	Begin_Enum_String (ots_addrtype_t)
	Begin_Enum_String (ots_algorithm_t)
	Begin_Enum_String (lmots_algorithm_t)
	Begin_Enum_String (xmss_algorithm_t)
	Begin_Enum_String (lms_algorithm_t)
	Begin_Enum_String (xmssmt_algorithm_t)
	Begin_Enum_String (kyber_algorithm_t)
	Begin_Enum_String (dilithium_algorithm_t)
	Begin_Enum_String (falcon_algorithm_t)
	Begin_Enum_String (sphincs_algorithm_t)
static unsigned short	U8TO16 (const unsigned char *p)
static void	U16TO8 (unsigned char *p, unsigned short v)
static unsigned long	U8TO32 (const unsigned char *p)
static void	U32TO8 (unsigned char *p, unsigned long v)
static void	jpoly1305_blocks (jpoly1305_state_internal_t *st, const unsigned char *m, size_t bytes)
static unsigned long long	U8TO64 (const unsigned char *p)
static void	U64TO8 (unsigned char *p, unsigned long long v)
static void	jpoly1305_blocks (jpoly1305_state_internal_t *st, const unsigned char *m, size_t bytes)
template<typename T >
void	serase (T *rhs, uint32_t size)
static vector unsigned int	vec_recursion (vector unsigned int a, vector unsigned int b, vector unsigned int c, vector unsigned int d)
void	sfmt_gen_rand_all ()
static void	gen_rand_array (w128_t *array, int size)
static void	swap (w128_t *array, int size)
static void	do_recursion (w128_t *r, w128_t *a, w128_t *b, w128_t *c, w128_t *d)
static void	rshift128 (w128_t *out, w128_t const *in, int shift)
static void	lshift128 (w128_t *out, w128_t const *in, int shift)
static void	neon_recursion (uint32x4_t *r, uint32x4_t a, uint32x4_t b, uint32x4_t c, uint32x4_t d)
static void	gen_rand_array (w128_t *array, int size)
static void	mm_recursion (__m128i *r, __m128i a, __m128i b, __m128i c, __m128i *d)
static void	gen_rand_array (w128_t *array, int size)
static void	mm_recursion (__m128i *r, __m128i a, __m128i b, __m128i c, __m128i d)
static void	gen_rand_array (w128_t *array, int size)

Variables
	End_Enum_String

Detailed Description

Protocol++® (ProtocolPP®) modified by : John Peter Greninger • © John Peter Greninger 2015-2024 • All Rights Reserved _{All copyrights and trademarks are the property of their respective owners}

The source code contained or described herein and all documents related to the source code (herein called "Material") are owned by John Peter Greninger and Sheila Rocha Greninger. Title to the Material remains with John Peter Greninger and Sheila Rocha Greninger. The Material contains trade secrets and proprietary and confidential information of John Peter Greninger and Sheila Rocha Greninger. The Material is protected by worldwide copyright and trade secret laws and treaty provisions. No part of the Material may be used, copied, reproduced, modified, published, uploaded, posted, transmitted, distributed, or disclosed in any way without prior express written consent of John Peter Greninger and Sheila Rocha Greninger (both are required)

No license under any patent, copyright, trade secret, or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the Materials, either expressly, by implication, inducement, estoppel, or otherwise. Any license under such intellectual property rights must be express and approved by John Peter Greninger and Sheila Rocha Greninger in writing

Licensing information can be found at www.protocolpp.com/license with use of the binary forms permitted provided that the following conditions are met:

• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution
• Any and all modifications must be returned to John Peter Greninger at GitHub.com https://github.com/jpgreninger/protocolpp for evaluation. Inclusion of modifications in the source code shall be determined solely by John Peter Greninger. Failure to provide modifications shall render this license NULL and VOID and revoke any rights to use of Protocol++®
• Commercial use (incidental or not) requires a fee-based license obtainable at www.protocolpp.com/shop
• Academic or research use requires prior written and notarized permission from John Peter and Sheila Rocha Greninger

Use of the source code requires purchase of the source code. Source code can be purchased at www.protocolpp.com/shop

• US Copyrights at https://www.copyright.gov/
  • TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The name of its contributor may not be used to endorse or promote products derived from this software without specific prior written permission and licensing

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER AND CONTRIBUTOR "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

• TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The names of its contributors may not be used to endorse or promote products derived from this software without specific prior written permission

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

#define HAS_SIZEOF_INT128_64BIT true ///(defined(SIZEOF_INT128) && defined(LP64)) define HAS_MSVC_64BIT true ///(defined(_MSC_VER) && defined(_M_X64)) define HAS_GCC_4_4_64BIT true ///(defined(GNUC) && defined(LP64) && ((GNUC > 4) || ((GNUC == 4) && (GNUC_MINOR >= 4))))

jpoly1305 implementation using 16 bit * 16 bit = 32 bit multiplication and 32 bit addition

Protocol++® (ProtocolPP®) modified by : John Peter Greninger • © John Peter Greninger 2015-2024 • All Rights Reserved _{All copyrights and trademarks are the property of their respective owners}

The source code contained or described herein and all documents related to the source code (herein called "Material") are owned by John Peter Greninger and Sheila Rocha Greninger. Title to the Material remains with John Peter Greninger and Sheila Rocha Greninger. The Material contains trade secrets and proprietary and confidential information of John Peter Greninger and Sheila Rocha Greninger. The Material is protected by worldwide copyright and trade secret laws and treaty provisions. No part of the Material may be used, copied, reproduced, modified, published, uploaded, posted, transmitted, distributed, or disclosed in any way without prior express written consent of John Peter Greninger and Sheila Rocha Greninger (both are required)

No license under any patent, copyright, trade secret, or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the Materials, either expressly, by implication, inducement, estoppel, or otherwise. Any license under such intellectual property rights must be express and approved by John Peter Greninger and Sheila Rocha Greninger in writing

Licensing information can be found at www.protocolpp.com/license with use of the binary forms permitted provided that the following conditions are met:

• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution
• Any and all modifications must be returned to John Peter Greninger at GitHub.com https://github.com/jpgreninger/protocolpp for evaluation. Inclusion of modifications in the source code shall be determined solely by John Peter Greninger. Failure to provide modifications shall render this license NULL and VOID and revoke any rights to use of Protocol++®
• Commercial use (incidental or not) requires a fee-based license obtainable at www.protocolpp.com/shop
• Academic or research use requires prior written and notarized permission from John Peter and Sheila Rocha Greninger

Use of the source code requires purchase of the source code. Source code can be purchased at www.protocolpp.com/shop

• US Copyrights at https://www.copyright.gov/
  • TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The name of its contributor may not be used to endorse or promote products derived from this software without specific prior written permission and licensing

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER AND CONTRIBUTOR "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

jpoly1305 implementation using 32 bit * 32 bit = 64 bit multiplication and 64 bit addition

Protocol++® (ProtocolPP®) modified by : John Peter Greninger • © John Peter Greninger 2015-2024 • All Rights Reserved _{All copyrights and trademarks are the property of their respective owners}

The source code contained or described herein and all documents related to the source code (herein called "Material") are owned by John Peter Greninger and Sheila Rocha Greninger. Title to the Material remains with John Peter Greninger and Sheila Rocha Greninger. The Material contains trade secrets and proprietary and confidential information of John Peter Greninger and Sheila Rocha Greninger. The Material is protected by worldwide copyright and trade secret laws and treaty provisions. No part of the Material may be used, copied, reproduced, modified, published, uploaded, posted, transmitted, distributed, or disclosed in any way without prior express written consent of John Peter Greninger and Sheila Rocha Greninger (both are required)

No license under any patent, copyright, trade secret, or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the Materials, either expressly, by implication, inducement, estoppel, or otherwise. Any license under such intellectual property rights must be express and approved by John Peter Greninger and Sheila Rocha Greninger in writing

Licensing information can be found at www.protocolpp.com/license with use of the binary forms permitted provided that the following conditions are met:

• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution
• Any and all modifications must be returned to John Peter Greninger at GitHub.com https://github.com/jpgreninger/protocolpp for evaluation. Inclusion of modifications in the source code shall be determined solely by John Peter Greninger. Failure to provide modifications shall render this license NULL and VOID and revoke any rights to use of Protocol++®
• Commercial use (incidental or not) requires a fee-based license obtainable at www.protocolpp.com/shop
• Academic or research use requires prior written and notarized permission from John Peter and Sheila Rocha Greninger

Use of the source code requires purchase of the source code. Source code can be purchased at www.protocolpp.com/shop

• US Copyrights at https://www.copyright.gov/
  • TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The name of its contributor may not be used to endorse or promote products derived from this software without specific prior written permission and licensing

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER AND CONTRIBUTOR "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

jpoly1305 implementation using 64 bit * 64 bit = 128 bit multiplication and 128 bit addition

Protocol++® (ProtocolPP®) modified by : John Peter Greninger • © John Peter Greninger 2015-2024 • All Rights Reserved _{All copyrights and trademarks are the property of their respective owners}

The source code contained or described herein and all documents related to the source code (herein called "Material") are owned by John Peter Greninger and Sheila Rocha Greninger. Title to the Material remains with John Peter Greninger and Sheila Rocha Greninger. The Material contains trade secrets and proprietary and confidential information of John Peter Greninger and Sheila Rocha Greninger. The Material is protected by worldwide copyright and trade secret laws and treaty provisions. No part of the Material may be used, copied, reproduced, modified, published, uploaded, posted, transmitted, distributed, or disclosed in any way without prior express written consent of John Peter Greninger and Sheila Rocha Greninger (both are required)

No license under any patent, copyright, trade secret, or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the Materials, either expressly, by implication, inducement, estoppel, or otherwise. Any license under such intellectual property rights must be express and approved by John Peter Greninger and Sheila Rocha Greninger in writing

Licensing information can be found at www.protocolpp.com/license with use of the binary forms permitted provided that the following conditions are met:

• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution
• Any and all modifications must be returned to John Peter Greninger at GitHub.com https://github.com/jpgreninger/protocolpp for evaluation. Inclusion of modifications in the source code shall be determined solely by John Peter Greninger. Failure to provide modifications shall render this license NULL and VOID and revoke any rights to use of Protocol++®
• Commercial use (incidental or not) requires a fee-based license obtainable at www.protocolpp.com/shop
• Academic or research use requires prior written and notarized permission from John Peter and Sheila Rocha Greninger

Use of the source code requires purchase of the source code. Source code can be purchased at www.protocolpp.com/shop

• US Copyrights at https://www.copyright.gov/
  • TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The name of its contributor may not be used to endorse or promote products derived from this software without specific prior written permission and licensing

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER AND CONTRIBUTOR "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

jpoly1305 implementation using 8 bit * 8 bit = 16 bit multiplication and 32 bit addition based on the public domain reference version in supercop by djb

Protocol++® (ProtocolPP®) modified by : John Peter Greninger • © John Peter Greninger 2015-2024 • All Rights Reserved _{All copyrights and trademarks are the property of their respective owners}

The source code contained or described herein and all documents related to the source code (herein called "Material") are owned by John Peter Greninger and Sheila Rocha Greninger. Title to the Material remains with John Peter Greninger and Sheila Rocha Greninger. The Material contains trade secrets and proprietary and confidential information of John Peter Greninger and Sheila Rocha Greninger. The Material is protected by worldwide copyright and trade secret laws and treaty provisions. No part of the Material may be used, copied, reproduced, modified, published, uploaded, posted, transmitted, distributed, or disclosed in any way without prior express written consent of John Peter Greninger and Sheila Rocha Greninger (both are required)

No license under any patent, copyright, trade secret, or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the Materials, either expressly, by implication, inducement, estoppel, or otherwise. Any license under such intellectual property rights must be express and approved by John Peter Greninger and Sheila Rocha Greninger in writing

Licensing information can be found at www.protocolpp.com/license with use of the binary forms permitted provided that the following conditions are met:

• Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution
• Any and all modifications must be returned to John Peter Greninger at GitHub.com https://github.com/jpgreninger/protocolpp for evaluation. Inclusion of modifications in the source code shall be determined solely by John Peter Greninger. Failure to provide modifications shall render this license NULL and VOID and revoke any rights to use of Protocol++®
• Commercial use (incidental or not) requires a fee-based license obtainable at www.protocolpp.com/shop
• Academic or research use requires prior written and notarized permission from John Peter and Sheila Rocha Greninger

Use of the source code requires purchase of the source code. Source code can be purchased at www.protocolpp.com/shop

• US Copyrights at https://www.copyright.gov/
  • TXu002059872 (Version 1.0.0)
  • TXu002066632 (Version 1.2.7)
  • TXu002082674 (Version 1.4.0)
  • TXu002097880 (Version 2.0.0)
  • TXu002169236 (Version 3.0.1)
  • TXu002182417 (Version 4.0.0)
  • TXu002219402 (Version 5.0.0)
  • TXu002272076 (Version 5.2.1)
  • TXu002383571 (Version 5.4.3)

The name of its contributor may not be used to endorse or promote products derived from this software without specific prior written permission and licensing

THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDER AND CONTRIBUTOR "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE

Typedef Documentation

w128_t

typedef union W128_T ProtocolPP::w128_t

128-bit data type

Enumeration Type Documentation

auth_method_t

enum ProtocolPP::auth_method_t

IKEv2 AUTH METHOD fields

Parameters

AUTH_RSA	- RSA Authentication mode
AUTH_PSK	- PSK Authentication mode
AUTH_DSS	- DSS Authentication mode
AUTH_UNASSIGNED4	- Unassigned
AUTH_UNASSIGNED5	- Unassigned
AUTH_UNASSIGNED6	- Unassigned
AUTH_UNASSIGNED7	- Unassigned
AUTH_UNASSIGNED8	- Unassigned
AUTH_ECDSA_P256	- ECDSA with SHA-256 on the P-256 Curve
AUTH_ECDSA_P384	- ECDSA with SHA-384 on the P-384 Curve
AUTH_ECDSA_P512	- ECDSA with SHA-512 on the P-512 Curve
AUTH_GENERIC_SECURE_PASSWORD	- Generic Secure Password Authentication Method
AUTH_NULL	- No PRF Authentication mode
AUTH_DIGITAL_SIGNATURE	- Digital Signature

Enumerator
AUTH_RSA	RSA Authentication.
AUTH_PSK	PSK Authentication mode.
AUTH_DSS	DSS Authentication mode.
AUTH_UNASSIGNED4	Unassigned.
AUTH_UNASSIGNED5	Unassigned.
AUTH_UNASSIGNED6	Unassigned.
AUTH_UNASSIGNED7	Unassigned.
AUTH_UNASSIGNED8	Unassigned.
AUTH_ECDSA_P256	ECDSA with SHA-256 on the P-256 Curve.
AUTH_ECDSA_P384	ECDSA with SHA-384 on the P-384 Curve.
AUTH_ECDSA_P512	ECDSA with SHA-512 on the P-512 Curve.
AUTH_GENERIC_SECURE_PASSWORD	Generic Secure Password Authentication Method.
AUTH_NULL	No PRF Authentication method.
AUTH_DIGITAL_SIGNATURE	Digital Signature.

auth_t

enum ProtocolPP::auth_t

Authentication Types

Parameters

NULL_AUTH	- no authentication present
MD5	- authentication mode with 16 byte MAC
SHA1	- authentication mode with 20 byte MAC
SHA224	- authentication mode with 28 byte MAC
SHA256	- authentication mode with 32 byte MAC
SHA384	- authentication mode with 48 byte MAC
SHA512	- authentication mode with 64 byte MAC
SHA3_224	- authentication mode with 28 byte MAC
SHA3_256	- authentication mode with 32 byte MAC
SHA3_384	- authentication mode with 48 byte MAC
SHA3_512	- authentication mode with 64 byte MAC
SHAKE128	- authentication mode using Keccak with 16 byte MAC
SHAKE256	- authentication mode using Keccak with 32 byte MAC
HMAC_MD5	- keyed authentication mode with 16 byte MAC
HMAC_SHA1	- keyed authentication mode with 20 byte MAC
HMAC_SHA2_224	- keyed authentication mode with 28 byte MAC
HMAC_SHA2_256	- keyed authentication mode with 32 byte MAC
HMAC_SHA2_384	- keyed authentication mode with 48 byte MAC
HMAC_SHA2_512	- keyed authentication mode with 64 byte MAC
HMAC_SHA3_224	- keyed authentication mode with 28 byte MAC
HMAC_SHA3_256	- keyed authentication mode with 32 byte MAC
HMAC_SHA3_384	- keyed authentication mode with 48 byte MAC
HMAC_SHA3_512	- keyed authentication mode with 64 byte MAC
AES-XCBC-MAC	- authentication mode with 12 byte MAC
POLY1305	- authentication mode with 16 byte MAC
AES-CMAC	- authenticate only with 16 byte MAC
AES-GMAC	- authenticate only with 16 byte MAC
SM3	- mode authentication
SNOWA	- SNOW3g F9 mode authentication
SNOWVA	- SNOWV GHASH F9 mode authentication
ZUCA	- ZUC F9 mode authentication
CRC5	- polynomial with 5-bit output
CRC7	- polynomial with 7-bit output
CRC8_CCITT	- CCITT polynomial with 8-bit output
CRC11	- polynomial with 11-bit output
CRC12	- polynomial with 12-bit output
CRC16_IBM	- IBM polynomial with 16-bit output
CRC16_CCITT	- CCITT polynomial with 16-bit output
CRC24	- polynomial with 24-bit output
CRC32_IETF	- IETF polynomial with 32-bit output
CRC32_IEEE	- IEEE polynomial with 32-bit output
CRC64_ISO	- ISO polynomial with 64-bit output
CRC64_ECMA	- ECMA polynomial with 64-bit output
CRC_POLY	- CRC with user supplied polynomial
NONE_AUTH	- None authentication

Enumerator
NULL_AUTH	NULL authentication - no authentication present.
MD5	MD5 authentication mode with 16 byte MAC.
SHA1	SHA1 authentication mode with 20 byte MAC.
SHA224	SHA224 authentication mode with 28 byte MAC.
SHA256	SHA256 authentication mode with 32 byte MAC.
SHA384	SHA384 authentication mode with 48 byte MAC.
SHA512	SHA512 authentication mode with 64 byte MAC.
SHA3_224	SHA3_224 authentication mode with 28 byte MAC.
SHA3_256	SHA3_256 authentication mode with 32 byte MAC.
SHA3_384	SHA3_384 authentication mode with 48 byte MAC.
SHA3_512	SHA3_512 authentication mode with 64 byte MAC.
SHAKE128	SHAKE128 Keccak authentication mode with 16 byte MAC.
SHAKE256	SHAKE256 Keccak authentication mode with 32 byte MAC.
HMAC_MD5	HMAC_MD5 keyed authentication mode with 16 byte MAC.
HMAC_SHA1	HMAC_SHA1 keyed authentication mode with 20 byte MAC.
HMAC_SHA2_224	HMAC_SHA2_224 keyed authentication mode with 28 byte MAC.
HMAC_SHA2_256	HMAC_SHA2_256 keyed authentication mode with 32 byte MAC.
HMAC_SHA2_384	HMAC_SHA2_384 keyed authentication mode with 48 byte MAC.
HMAC_SHA2_512	HMAC_SHA2_512 keyed authentication mode with 64 byte MAC.
HMAC_SHA3_224	HMAC_SHA3_224 keyed authentication mode with 28 byte MAC.
HMAC_SHA3_256	HMAC_SHA3_256 keyed authentication mode with 32 byte MAC.
HMAC_SHA3_384	HMAC_SHA3_384 keyed authentication mode with 48 byte MAC.
HMAC_SHA3_512	HMAC_SHA3_512 keyed authentication mode with 64 byte MAC.
AES_XCBC_MAC	AES_XCBC_MAC authentication mode with 12 byte MAC.
POLY1305	POLY1305 authentication mode with 16 byte MAC.
AES_CMAC	AES-CMAC authenticate only with 16 byte MAC.
AES_GMAC	AES-GMAC authenticate only with 16 byte MAC.
SM3	SM3 mode authentication.
SNOWA	SNOW3G F9 mode authentication.
SNOWVA	SNOWV F9 mode authentication.
ZUCA	ZUC F9 mode authentication.
CRC5_USB	CRC5-USB polynomial with 5-bit output.
CRC7_UTMS	CRC7-UTMS polynomial with 7-bit output.
CRC8_LTE	CRC8-LTE polynomial with 8-bit output.
CRC11_UTMS	CRC11-UTMS polynomial with 11-bit output.
CRC12_UTMS	CRC12-UTMS polynomial with 12-bit output.
CRC16_IBM	CRC16-IBM polynomial with 16-bit output.
CRC16_CCITT	CRC16-CCITT polynomial with 16-bit output.
CRC24_LTE_A	CRC24-LTE-A polynomial with 24-bit output.
CRC24_LTE_B	CRC24-LTE-B polynomial with 24-bit output.
CRC32_IETF	CRC32-IETF polynomial with 32-bit output.
CRC32_IEEE	CRC32-IEEE polynomial with 32-bit output.
CRC64_ISO	CRC64-ISO polynomial with 64-bit output.
CRC64_ECMA	CRC64-ECMA polynomial with 64-bit output.
CRC_POLY	CRC with user supplied polynomial.
NONE_AUTH	None authentication.

cfg_attr_t

enum ProtocolPP::cfg_attr_t

IKE Configuration Payload Attribute Types

Parameters

CFG_INTERNAL_IP4_ADDRESS	- Configure an internal IPv4 Address
CFG_INTERNAL_IP4_NETMASK	- Configure an internal IPv4 NETMASK
CFG_INTERNAL_IP4_DNS	- Configure a IPv4 DNS setting
CFG_INTERNAL_IP4_NBNS	- Configure a IPv4 NBNS setting
CFG_RSVD5	- Reserved Configuration
CFG_INTERNAL_IP4_DHCP	- Configure a IPv4 DHCP setting
CFG_APPLICATION_VERSION	- Configure Application Version
CFG_INTERNAL_IP6_ADDRESS	- Configure an internal IPv6 Address
CFG_RSVD9	- Reserved Configuration
CFG_INTERNAL_IP6_DNS	- Configure a IPv6 DNS setting
CFG_RSVD11	- Reserved Configuration
CFG_INTERNAL_IP6_DHCP	12 - Configure a IPv6 DHCP setting
CFG_INTERNAL_IP4_SUBNET	- Configure an internal IPv4 SUBNET
CFG_SUPPORTED_ATTRIBUTES	- Configure supported attributes
CFG_INTERNAL_IP6_SUBNET	- Configure an internal IPv6 SUBNET
CFG_MIP6_HOME_PREFIX	- MIP6 Home Prefix
CFG_INTERNAL_IP6_LINK	- Internal IPv6 Link
CFG_INTERNAL_IP6_PREFIX	- Internal IPv6 Prefix
CFG_HOME_AGENT_ADDR	- Home Agent Address
CFG_P_CSCF_IP4_ADDR	- P CSCF IPv4 Address
CFG_P_CSCF_IP6_ADDR	- P CSCF IPv6 Address
CFG_FTT_KAT	- FTT KAT
CFG_EXT_SRC_IP4_NAT	- External Source IPv4 NAT Information
CFG_TIMEOUT_LIVENESS	- Timeout Period for Liveness Check Number
CFG_INTERNAL_DNS_DOMAIN	- Internal DNS Domain
CFG_INTERNAL_DNS_SEC_TA	- Internal DNS SEC TA

Enumerator
CFG_INTERNAL_IP4_ADDRESS	Configure an internal IPv4 Address.
CFG_INTERNAL_IP4_NETMASK	Configure an internal IPv4 NETMASK.
CFG_INTERNAL_IP4_DNS	Configure a IPv4 DNS setting.
CFG_INTERNAL_IP4_NBNS	Configure a IPv4 NBNS setting.
CFG_RSVD5	Reserved Configuration.
CFG_INTERNAL_IP4_DHCP	Configure a IPv4 DHCP setting.
CFG_APPLICATION_VERSION	Configure Application Version.
CFG_INTERNAL_IP6_ADDRESS	Configure an internal IPv6 Address.
CFG_RSVD9	Reserved Configuration.
CFG_INTERNAL_IP6_DNS	Configure a IPv6 DNS setting.
CFG_RSVD11	Reserved Configuration.
CFG_INTERNAL_IP6_DHCP	Configure a IPv6 DHCP setting.
CFG_INTERNAL_IP4_SUBNET	Configure an internal IPv4 SUBNET.
CFG_SUPPORTED_ATTRIBUTES	Configure supported attributes.
CFG_INTERNAL_IP6_SUBNET	Configure an internal IPv6 SUBNET.
CFG_MIP6_HOME_PREFIX	MIP6 Home Prefix.
CFG_INTERNAL_IP6_LINK	Internal IPv6 Link.
CFG_INTERNAL_IP6_PREFIX	Internal IPv6 Prefix.
CFG_HOME_AGENT_ADDR	Home Agent Address.
CFG_P_CSCG_IP4_ADDR	P CSCF IPv4 Address.
CFG_P_CSCF_IP6_ADDR	P CSCF IPv6 Address.
CFG_FTT_KAT	FTT KAT.
CFG_EXT_SRC_IP4_NAT	External Source IPv4 NAT Information.
CFG_TIMEOUT_LIVENESS	Timeout Period for Liveness Check Number.
CFG_INTERNAL_DNS_DOMAIN	Internal DNS Domain.
CFG_INTERNAL_DNS_SEC_TA	Internal DNS SEC TA.

cfg_resp_t

enum ProtocolPP::cfg_resp_t

IKE Configuration Payload CFG Types

Parameters

CFG_REQUEST	- Request the configuration
CFG_REPLY	- Reply to a configuration request
CFG_SET	- Set the configuration
CFG_ACK	- Acknowledge the configuration request

Enumerator
CFG_REQUEST	Request the configuration.
CFG_REPLY	Reply to a configuration request.
CFG_SET	Set the configuration.
CFG_ACK	Acknowledge the configuration request.

cipher_t

enum ProtocolPP::cipher_t

encryption ciphers

Parameters

NULL_CIPHER	- No encryption present
DES_ECB	- DES-ECB encryption mode
DES_CBC	- DES-CBC encrytpion mode
DES40_CBC	- DES-CBC encryption mode with 40-bit key
TDES_ECB	- Triple-DES ECB encryption mode with 192-bit key
TDES_CBC	- Triple-DES CBC encryption mode with 192-bit key
AES_ECB	- AES-ECB encryption mode
AES_CBC	- AES-CBC encryption mode
AES_CTR	- AES-CTR encryption mode
AES_CCM	- AES-CCM dual encryption and authentication mode
AES_GCM	- AES-GCM dual encryption and authentication mode
AES_XTS	- AES-XTS disk encryption mode
SERPENT_ECB	- SERPENT-ECB encryption mode
SERPENT_CBC	- SERPENT-CBC encryption mode
SERPENT_CTR	- SERPENT-CTR encryption mode
SERPENT_CCM	- SERPENT-CCM dual encryption and authentication mode
SERPENT_GCM	- SERPENT-GCM dual encryption and authentication mode
CHACHA20	- CHACHA20 stream cipher
CHACHA20_POLY1305	- CHACHA20 and POLY1305 AEAD dual mode
CAMELLIA_ECB	- Camellia ECB encryption mode
CAMELLIA_CBC	- Camellia CBC encryption mode
CAMELLIA_CTR	- Camellia CTR mode
CAMELLIA_CCM	- Camellia CCM AEAD mode
CAMELLIA_GCM	- Camellia GCM AEAD mode
ARIA_ECB	- Korean cipher ARIA in ECB mode
ARIA_CBC	- Korean cipher ARIA in CBC mode
ARIA_CTR	- Korean Cipher ARIA in CTR mode
ARIA_CCM	- Korean Cipher ARIA in CCM mode
ARIA_GCM	- Korean Cipher ARIA in GCM mode
SEED_ECB	- Korean Block Cipher SEED in ECB mode
SEED_CBC	- Korean Block Cipher SEED in CBC mode
SEED_CTR	- Korean Block Cipher SEED in CTR mode
SEED_CCM	- Korean Block Cipher SEED in CCM mode
SEED_GCM	- Korean Block Cipher SEED in GCM mode
SM4_ECB	- Chinese Block Cipher SM4 in ECB mode
SM4_CBC	- Chinese Block Cipher SM4 in CBC mode
SM4_CTR	- Chinese Block Cipher SM4 in CTR mode
SM4_CCM	- Chinese Block Cipher SM4 in CCM mode
SM4_GCM	- Chinese Block Cipher SM4 in GCM mode
ARC4	- ARC4 Stream Cipher (weak not recommended)
SNOWE	- SNOW3G F8 encryption algorithm
SNOWV	- SNOWV F8 stream encryption algorithm
SNOWV_GCM	- SNOWV GCM AEAD encryption and authentication algorithm
ZUCE-	ZUC F8 encryption algorithm
NONE_ENC	- No encryption algorithm chosen

Enumerator
NULL_CIPHER	No encryption present.
DES_ECB	DES-ECB encryption mode.
DES_CBC	DES-CBC encryption mode.
DES40_CBC	DES-CBC encryption with 40-bit key.
TDES_ECB	Triple-DES ECB encryption mode with 192-bit key.
TDES_CBC	Triple-DES CBC encryption mode with 192-bit key.
AES_ECB	AES-ECB encryption mode.
AES_CBC	AES-CBC encryption mode.
AES_CTR	AES-CTR encryption mode.
AES_CCM	AES-CCM dual encryption and authentication mode.
AES_GCM	AES-GCM dual encryption and authentication mode.
AES_XTS	AES-XTS drive encryption mode.
SERPENT_ECB	SERPENT-ECB encryption mode.
SERPENT_CBC	SERPENT-CBC encryption mode.
SERPENT_CTR	SERPENT-CTR encryption mode.
SERPENT_CCM	SERPENT-CCM dual encryption and authentication mode.
SERPENT_GCM	SERPENT-GCM dual encryption and authentication mode.
CHACHA20	CHACHA20 encryption mode.
CHACHA20_POLY1305	CHACHA20 and POLY1305 AEAD dual mode.
CAMELLIA_ECB	Camellia ECB encryption mode.
CAMELLIA_CBC	Camellia CBC encryption mode.
CAMELLIA_CTR	Camellia CTR mode.
CAMELLIA_CCM	Camellia CCM AEAD mode.
CAMELLIA_GCM	Camellia GCM AEAD mode.
ARIA_ECB	Korean cipher ARIA in ECB mode.
ARIA_CBC	Korean cipher ARIA in CBC mode.
ARIA_CTR	Korean Cipher ARIA in CTR mode.
ARIA_CCM	Korean Cipher ARIA in CCM mode.
ARIA_GCM	Korean Cipher ARIA in GCM mode.
SEED_ECB	Korean Block Cipher SEED in ECB mode.
SEED_CBC	Korean Block Cipher SEED in CBC mode.
SEED_CTR	Korean Block Cipher SEED in CTR mode.
SEED_CCM	Korean Block Cipher SEED in CCM mode.
SEED_GCM	Korean Block Cipher SEED in GCM mode.
SM4_ECB	Chinese Block Cipher SM4 in ECB mode.
SM4_CBC	Chinese Block Cipher SM4 in CBC mode.
SM4_CTR	Chinese Block Cipher SM4 in CTR mode.
SM4_CCM	Chinese Block Cipher SM4 in CCM mode.
SM4_GCM	Chinese Block Cipher SM4 in GCM mode.
ARC4	ARC4 Stream Cipher (weak not recommended)
SNOWE	SNOW3G F8 encryption algorithm.
SNOWV	SNOWV F8 stream encryption algorithm.
SNOWV_GCM	SNOWV GCM AEAD encryption and authentication algorithm.
ZUCE	ZUC F8 encryption algorithm.
NONE_ENC	No encryption algorithm chosen.

crcpoly_t

enum ProtocolPP::crcpoly_t

CRC initialization values

CRC Initial Values

Name	Polynomial	Reversed?	Init-value	XOR-out	Check
crc-5	0x05	False	0x00	0x00	0xF4
crc-7	0x09	False	0x00	0x00	0xF4
crc-8-ccitt	0x07	False	0x00	0x00	0xF4
crc-11	0x385	False	0x00	0x00	0xF4
crc-12	0x80F	False	0x00	0x00	0xF4
crc-16-ibm	0x8005	True	0x0000	0x0000	0xBB3D
crc-16-ccitt	0x1021	False	0xFFFF	0x0000	0x29B1
crc-24	0x864CFB	False	0xB704CE	0x000000	0x21CF02
crc-32-ieee	0x04C11DB7	True	0x00000000	0xFFFFFFFF	0xCBF43926
crc-32-ietf	0x1EDC6F41	True	0x00000000	0xFFFFFFFF	0xE3069283
crc-64-iso	0x000000000000001B	True	0xD800000000000000	0x0000000000000000	0x46A5A9388A5BEFFE
crc-64-ecma	0x42F0E1EBA9EA3693	False	0xC96C5795D7870F42	0x0000000000000000	0x62EC59E3F1A4F00A

dh_id_t

enum ProtocolPP::dh_id_t

IKEv2 DH_ID fields

Parameters

DH_NONE	- No Diffie-Hellman
DH_MODP_768	- Diffie-Hellman MODP Group 768-bit
DH_MODP_1024	- Diffie-Hellman MODP Group 1024-bit
DH_RSVD3	- Reserved
DH_RSVD4	- Reserved
DH_MODP_1536	- Diffie-Hellman MODP Group 1536-bit
DH_UNASSIGNED6	- Unassigned
DH_UNASSIGNED7	- Unassigned
DH_UNASSIGNED8	- Unassigned
DH_UNASSIGNED9	- Unassigned
DH_UNASSIGNED10	- Unassigned
DH_UNASSIGNED11	- Unassigned
DH_UNASSIGNED12	- Unassigned
DH_UNASSIGNED13	- Unassigned
DH_MODP_2048	- Diffie-Hellman MODP Group 2048-bit
DH_MODP_3072	- Diffie-Hellman MODP Group 3072-bit
DH_MODP_4096	- Diffie-Hellman MODP Group 4096-bit
DH_MODP_6144	- Diffie-Hellman MODP Group 6144-bit
DH_MODP_8192	- Diffie-Hellman MODP Group 8192-bit
DH_ECP_256	- Diffie-Hellman Elliptic Curve with 256-bit
DH_ECP_384	- Diffie-Hellman Elliptic Curve with 384-bit
DH_ECP_521	- Diffie-Hellman Elliptic Curve with 521-bit
DH_MODP_1024_160	- Diffie-Hellman MODP Group 1024-bit with 160-bit Subgroup
DH_MODP_2048_224	- Diffie-Hellman MODP Group 2048-bit with 224-bit Subgroup
DH_MODP_2048_256	- Diffie-Hellman MODP Group 2048-bit with 256-bit Subgroup
DH_ECP_192_RANDOM	- Diffie-Hellman Elliptic Curve with 192-bit random curve
DH_ECP_224_RANDOM	- Diffie-Hellman Elliptic Curve with 224-bit random curve
DH_BRAINPOOL_P224R1	- Diffie-Hellman BrainPool curve with 224-bit prime
DH_BRAINPOOL_P256R1	- Diffie-Hellman BrainPool curve with 256-bit prime
DH_BRAINPOOL_P384R1	- Diffie-Hellman BrainPool curve with 384-bit prime
DH_BRAINPOOL_P512R1	- Diffie-Hellman BrainPool curve with 512-bit prime
DH_CURVE_25519	- Diffie-Hellman Elliptic Curve 25519
DH_CURVE_448	- Diffie-Hellman Elliptic Curve 448

Enumerator
DH_NONE	No Diffie-Hellman.
DH_MODP_768	Diffie-Hellman MODP Group 768-bit.
DH_MODP_1024	Diffie-Hellman MODP Group 1024-bit.
DH_RSVD3	Reserved.
DH_RSVD4	Reserved.
DH_MODP_1536	Diffie-Hellman MODP Group 1536-bit.
DH_UNASSIGNED6	Unassigned.
DH_UNASSIGNED7	Unassigned.
DH_UNASSIGNED8	Unassigned.
DH_UNASSIGNED9	Unassigned.
DH_UNASSIGNED10	Unassigned.
DH_UNASSIGNED11	Unassigned.
DH_UNASSIGNED12	Unassigned.
DH_UNASSIGNED13	Unassigned.
DH_MODP_2048	MODP Group 2048-bit.
DH_MODP_3072	MODP Group 3072-bit.
DH_MODP_4096	MODP Group 4096-bit.
DH_MODP_6144	MODP Group 6144-bit.
DH_MODP_8192	MODP Group 8192-bit.
DH_ECP_256	ECP Group 256-bit.
DH_ECP_384	ECP Group 384-bit.
DH_ECP_521	ECP Group 521-bit.
DH_MODP_1024_160	MODP Group 1024-bit with 160-bit Prime Order Subgroup.
DH_MODP_2048_224	MODP Group 2048-bit with 224-bit Prime Order Subgroup.
DH_MODP_2048_256	MODP Group 2048-bit with 256-bit Prime Order Subgroup.
DH_ECP_192_RANDOM	ECP Group 192-bit Random.
DH_ECP_224_RANDOM	ECP Group 224-bit Random.
DH_BRAINPOOL_P224R1	BrainPool P224R1.
DH_BRAINPOOL_P256R1	Brain Pool P256R1.
DH_BRAINPOOL_P384R1	BrainPool P384R1.
DH_BRAINPOOL_P512R1	BrainPool P512R1.
DH_CURVE_25519	Curve 25519.
DH_CURVE_448	Curve 448.

dilithium_algorithm_t

enum ProtocolPP::dilithium_algorithm_t

Dilithium Signature Algorithm

DILITHIUM2 - Dilithium signature algorithm with 1312 byte public key and 2420 byte signature DILITHIUM3 - Dilithium signature algorithm with 1952 byte public key and 3293 byte signature DILITHIUM5 - Dilithium signature algorithm with 2592 byte public key and 4595 byte signature

Enumerator
DILITHIUM2	Dilithium signature algorithm with 1312 byte public key and 2420 byte signature.
DILITHIUM3	Dilithium signature algorithm with 1952 byte public key and 3293 byte signature.
DILITHIUM5	Dilithium signature algorithm with 2592 byte public key and 4595 byte signature.

dir_id_t

enum ProtocolPP::dir_id_t

IKEv2 DIR_ID fields

Parameters

DIR_IN	- Direction of processing is into host
DIR_FWD	- Forward packets on this stream
DIR_OUT	- Direction of processing is out of the host

Enumerator
DIR_IN	Direction of processing is into host.
DIR_FWD	Forward packets on this stream.
DIR_OUT	Direction of processing is out of the host.

direction_t

enum ProtocolPP::direction_t

processing direction

Parameters

ENCAP	- Encapsulation of data
DECAP	- Decapsulation of data
ENC	- Encryption of data
DEC	- Decryption of data
DOWNLINK	- For SNOW3G and ZUC tower to user
UPLINK	- For SNOW3G and ZUC user to tower
NODIR	- No direction selected

Enumerator
ENCAP	Encapsulate the payload with protocol.
DECAP	Decapsulate the packet with the protocol.
ENC	Encrytion.
DEC	Decryption.
DOWNLINK	For SNOW3G and ZUC tower to user.
UPLINK	For SNOW3G and ZUC user to tower.
NODIR	No direction selected.

encoding_t

enum ProtocolPP::encoding_t

IKEv2 CERT ENCODING fields

Parameters

CERT_X509_PKCS_7	- Certificate encoded as X509_PKCS_7
CERT_PGP	- Certificate encoded as PGP
CERT_DNS	- Certificate encoded as DNS
CERT_X509_SIGNATURE	- Certificate encoded as X509_SIGNATURE
CERT_RESERVED5	- Certificate encoded as RESERVED5
CERT_KERBEROS	- Certificate encoded as KERBEROS
CERT_CRL	- Certificate encoded as CRL
CERT_ARL	- Certificate encoded as ARL
CERT_SPKI	- Certificate encoded as SPKI
CERT_RAW_RSA	- Certificate encoded as RAW_RSA
CERT_X509_ATTRIBUTE	- Certificate encoded as X509_ATTRIBUTE
CERT_HASH_URL	- Certificate encoded as HASH_URL of X509
CERT_HASH_URL_BUNDLE	- Certificate encoded as HASH_URL_BUNDLE of X509
CERT_OSCP_CONTENT	- Certificate encoded as OSCP Content
CERT_RAW_PUBLIC_KEY	- Certificate encoded as raw public key

Enumerator
CERT_X509_PKCS_7	Certificate encoded as X509 PKCS #7.
CERT_PGP	Certificate encoded as PGP.
CERT_DNS	Certificate encoded as DNS.
CERT_X509_SIGNATURE	Certificate encoded as X509 Signature.
CERT_RESERVED5	Certificate encoded as RESERVED #5.
CERT_KERBEROS	Certificate encoded as KERBEROS.
CERT_CRL	Certificate encoded as CRL.
CERT_ARL	Certificate encoded as ARL.
CERT_SPKI	Certificate encoded as SPKI.
CERT_RAW_RSA	Certificate encoded as RAW RSA.
CERT_X509_ATTRIBUTE	Certificate encoded as X509_ATTRIBUTE.
CERT_HASH_URL	Certificate encoded as HASH_URL.
CERT_HASH_URL_BUNDLE	Certificate encoded as HASH_URL_BUNDLE.
CERT_OSCP_CONTENT	Certificate encoded as OCSP content.
CERT_RAW_PUBLIC_KEY	Certificate encoded as raw public key.

encr_id_t

enum ProtocolPP::encr_id_t

IKEv2 ENCR_ID fields

Parameters

ENCR_DES_IV64	- Data Encryption Standard (DES) with 64-bit IV
ENCR_DES	- Data Encryption Standard (DES)
ENCR_3DES	- Triple DES with three separate keys
ENCR_RC5	- RC5 Encryption
ENCR_IDEA	- IDEA Encryption
ENCR_CAST	- Cast Encryption
ENCR_BLOWFISH	- Blowfish encrytpion
ENCR_3IDEA	- Three key IDEA
ENCR_DES_IV32	- Data Encryption Standard (DES) with 32-bit IV
ENCR_RSVD1	- Reserved
ENCR_NULL	- NULL Encryption (NOT ALLOWED)
ENCR_AES_CBC	- AES-CBC Encryption
ENCR_AES_CTR	- AES-CTR Encryption
ENCR_AES_CCM_8	- AES-CCM Encryption with 8-byte ICV
ENCR_AES_CCM_12	- AES-CCM Encryption with 12-byte ICV
ENCR_AES_CCM_16	- AES-CCM Encryption with 16-byte ICV
ENCR_UNASSIGNED	- Unassigned
ENCR_AES_GCM_8	- AES-GCM Encryption with 8-byte ICV
ENCR_AES_GCM_12	- AES-GCM Encrytion with 12-byte ICV
ENCR_AES_GCM_16	- AES-GCM Encryption with 16-byte ICV
ENCR_NULL_AUTH_AES_GMAC	- Null Encryption with AES-GMAC Authentication (NOT ALLOWED)
ENCR_RSVD_AES_XTS	- Reserved for IEEE P1619 XTS-AES
ENCR_CAMELLIA_CBC	- Camellia-CBC Encryption
ENCR_CAMELLIA_CTR	- Camellia-CTR Encryption
ENCR_CAMELLIA_CCM_8	- Camellia-CCM Encryption with 8-byte ICV
ENCR_CAMELLIA_CCM_12	- Camellia-CCM Encryption with 12-byte ICV
ENCR_CAMELLIA_CCM_16	- Camellia-CCM Encryption with 16-byte ICV
ENCR_CHACHA20_POLY1305	- CHACHA20 Encryption with POLY1305 Authentication and 16-byte ICV
ENCR_AES_CCM_8_IIV	- AES-CCM Encryption with 8-byte ICV and Implicit IV
ENCR_AES_GCM_16_IIV	- AES-GCM Encryption with 16-byte ICV and Implicit IV
ENCR_CHACHA20_POLY1305_IIV	- CHACHA20 Encryption with POLY1305 Authentication and 16-byte ICV with Implicit IV

Enumerator
ENCR_DES_IV64	Data Encryption Standard (DES) with 64-bit IV.
ENCR_DES	Data Encrytpion Standard (DES)
ENCR_3DES	Triple DES with separate keys.
ENCR_RC5	RC5 Encryption.
ENCR_IDEA	IDEA Encryption.
ENCR_CAST	Cast Encryption.
ENCR_BLOWFISH	Blowfish Encryption.
ENCR_3IDEA	Three key IDEA Encryption.
ENCR_DES_IV32	Data Encryption Standard with 32-bit IV.
ENCR_RSVD1	Reserved.
ENCR_NULL	Null Encryption (NOT ALLOWED)
ENCR_AES_CBC	AES-CBC Encryption.
ENCR_AES_CTR	AES-CTR Encryption.
ENCR_AES_CCM_8	AES-CCM Encryption with 8-byte ICV.
ENCR_AES_CCM_12	AES-CCM Encryption with 12-byte ICV.
ENCR_AES_CCM_16	AES-CCM Encryption with 16-byte ICV.
ENCR_UNASSIGNED	Unassigned.
ENCR_AES_GCM_8	AES-GCM Encryption with 8-byte ICV.
ENCR_AES_GCM_12	AES-GCM Encryption with 12-byte ICV.
ENCR_AES_GCM_16	AES-GCM Encrytpion with 16-byte ICV.
ENCR_NULL_AUTH_AES_GMAC	Null Encryption with AES-GMAC Authentication (NOT ALLOWED)
ENCR_RSVD_AES_XTS	Reserved for IEEE P1619 XTS-AES.
ENCR_CAMELLIA_CBC	Camellia-CBC Encryption.
ENCR_CAMELLIA_CTR	Camellia-CTR Encryption.
ENCR_CAMELLIA_CCM_8	Camellia-CCM Encryption with 8-byte ICV.
ENCR_CAMELLIA_CCM_12	Camellia-CCM Encryption with 12-byte ICV.
ENCR_CAMELLIA_CCM_16	Camellia-CCM Encryption with 16-byte ICV.
ENCR_CHACHA20_POLY1305	CHACHA20 Encryption with POLY1305 Authentication and 16-byte ICV.
ENCR_AES_CCM_8_IIV	AES-CCM Encryption with 8-byte ICV and Implicit IV.
ENCR_AES_GCM_16_IIV	AES-GCM Encryption with 16-byte ICV and Implicit IV.
ENCR_CHACHA20_POLY1305_IIV	CHACHA20 Encryption with POLY1305 Authentication and 16-byte ICV with Implicit IV.

endian_t

enum ProtocolPP::endian_t

Endian formatting for data. Endianness is within words, double words, etc.

Parameters

BIG	- Big endian with formatting as b[3]b[2]b[1]b[0]
LITTLE	- Little endian with formatting as b[0]b[1]b[2]b[3]

Enumerator
BIG	Big endian with formatting as b[3]b[2]b[1]b[0].
LITTLE	Little endian with formatting as b[0]b[1]b[2]b[3].

err_t

enum ProtocolPP::err_t

Status values for packet processing with format

Format for Protocol++® Status Word

Protocol (8-bits)

Error (8-bits)

Line Number (16-bits)

Parameters

ERR_NONE	- No error
ERR_LATE	- Anti-replay late packet error found
ERR_REPLAY	- Anti-replay error found
ERR_ROLLOVER	- Packet number rollover error
ERR_ROLLUNDER	- Packet number rollunder error
ERR_PROGRAM	- Programming error
ERR_ICV	- ICV check failure
ERR_CRC	- CRC check failure
ERR_READ_ENDOFILE	- Read end of file
ERR_READ_FAILFILE	- Read failed to input file handle
ERR_READ_BADFILE	- Read of missing file handle
ERR_WRITE_FAILFILE	- Write failed to file output
ERR_WRITE_BADFILE	- Write error to file output
ERR_CHECKSUM	- Checksum error
ERR_LISTEN	- TCP server received packet while listening without SYN=1
ERR_ACKNUM	- TCP received ACKNUM is incorrect
ERR_CLOSED	- TCP session CLOSED during TX/RX
ERR_BITS	- TCP header reserved bits error
ERR_TTL	- TTL field of packet is zero
ERR_JUMBOGRAM_FORMAT	- IPv6 JUMBOGRAM formatting error
WARN_DUMMY	- Dummy packet warning
WARN_IPV6_ROUTE	- IPv6 Route header but not for this destination
WARN_ZERO_DATA	- Payload had zero length data
ERR_ICMP_HDR_EXT_LEN	- Header extension length is ODD for ROUTE header
ERR_ICMP_SEGMENTS_LEFT	- In ROUTE header, Segments left is larger than N
ERR_MULTICAST_EXT_HDR	- In ROUTE header, Multicast address present
ERR_UNKNOWN_ROUTE_TYPE	- In ROUTE header, Unknown route type (only type 0 is supported)
ERR_CIPHER_KEY_SIZE	- For the cipher requested, the key size is incorrect
ERR_AUTH_KEY_SIZE	- For the authentication requested, the key size is incorrect
ERR_IV_SIZE	- For the initialization vector requested, the size is incorrect
ERR_SALT_SIZE	- For the cipher salt requested, the size is incorrect
ERR_ICV_SIZE	- For the authentication requested, the ICV size is incorrect
ERR_UNKNOWN_NXTHDR	- For the IP packet, unknown NH value
ERR_FORMAT_ERROR	- Malformed packet
WARN_INPUT_QUEUE_FULL	- Send queue is full
WARN_OUTPUT_QUEUE_EMPTY	- Receive queue is empty
ERR_SA_NOT_FOUND	- Security Association not found
ERR_KEY_NOKEY	- The key specified is invalid or not found
ERR_KEY_EXPIRED	- The key specified has expired
ERR_KEY_REVOKED	- The key specified has been revoked
ERR_KEY_ACCESS	- The key exists but is not readable by the calling process or cant be modified by the user
ERR_KEY_NOT_SUPP	- The key type does not support reading of the payload data
ERR_KEY_QUOTA	- The key quota for this user would be exceeded by creating this key
ERR_KEY_INVALID	- The payload data was invalid
ERR_KEY_REJECTED	- The attempt to generate a new key was rejected
ERR_KEY_NOMEM	- Insufficient memory to create a key
ERR_KEY_INTR	- The request was interrupted by a signal
ERR_RSA_INVALID_CODING	- Coding of the RSA decrypted data was incorrect
ERR_RSA_MESSAGE_LENGTH	- Decrypted RSA message length is incorrect
ERR_INVALID_SIGNATURE	- Signature verification failed
ERR_INVALID_XMSS_TYPE	- Selected XMSS or XMSS^MT type is invalid
ERR_PDU_LEN	- PDU length is incorrect
WARN_NO_VLAN	- VLAN tag did not match the Security Association
WARN_NO_VNI	- VNI tag did not match the Security Association
ERR_ICVFAIL_LIMIT	- DTLSv13 maximum packets have failed ICV check
ERR_PADDING	- Padding errors in DTLS v1.3 packet
ERR_EPOCH_DTLS13	- Received EPOCH is differnt than current association EPOCH
ERR_UNKNOWN	- Unknown error

Enumerator
ERR_NONE	No error.
ERR_LATE	Anti-replay late packet error found.
ERR_REPLAY	Anti-replay error found.
ERR_ROLLOVER	Packet number rollover error.
ERR_ROLLUNDER	Packet number rollunder error.
ERR_PROGRAM	Programming error.
ERR_ICV	ICV check failure.
ERR_CRC	CRC check failure.
ERR_READ_ENDOFILE	Read end of file.
ERR_READ_FAILFILE	Read failed to input file handle.
ERR_READ_BADFILE	Read of missing file handle.
ERR_WRITE_FAILFILE	Write failed to file output.
ERR_WRITE_BADFILE	Write error to file output.
ERR_CHECKSUM	Checksum error.
ERR_LISTEN	TCP server received packet while listening without SYN=1.
ERR_ACKNUM	TCP received ACKNUM is incorrect.
ERR_CLOSED	TCP session CLOSED during TX/RX.
ERR_BITS	TCP header reserved bits error.
ERR_TTL	TTL field of packet is zero.
ERR_JUMBOGRAM_FORMAT	IPv6 JUMBOGRAM formatting error.
WARN_DUMMY	Dummy packet warning.
WARN_IPV6_ROUTE	IPv6 Route header but not for this destination.
WARN_ZERO_DATA	Payload had zero length data.
ERR_ICMP_HDR_EXT_LEN	Header extension length is ODD for ROUTE header.
ERR_ICMP_SEGMENTS_LEFT	In ROUTE header, Segments left is larger than N
ERR_MULTICAST_EXT_HDR	In ROUTE header, Multicast address present.
ERR_UNKNOWN_ROUTE_TYPE	In ROUTE header, Unknown route type (only type 0 is supported)
ERR_CIPHER_KEY_SIZE	Key size incorrect for cipher.
ERR_AUTH_KEY_SIZE	Key size incorrect for authentication.
ERR_IV_SIZE	Initialization vector size is incorrect.
ERR_SALT_SIZE	Salt size for cipher is incorrect.
ERR_ICV_SIZE	ICV size is incorrect for authentication scheme.
ERR_UNKNOWN_NXTHDR	For the IP packet, unknown NH value.
ERR_FORMAT_ERROR	Malformed packet.
WARN_INPUT_QUEUE_FULL	Send queue is full.
WARN_OUTPUT_QUEUE_EMPTY	Receive queue is empty.
ERR_SA_NOT_FOUND	Security Association not found.
ERR_KEY_NOKEY	The key specified is invalid or not found.
ERR_KEY_EXPIRED	The key specified has expired.
ERR_KEY_REVOKED	The key specified has been revoked.
ERR_KEY_ACCESS	The key exists but is not readable by the calling process or cant be modified by the user.
ERR_KEY_NOT_SUPP	The key type does not support reading of the payload data.
ERR_KEY_QUOTA	The key quota for this user would be exceeded by creating this key.
ERR_KEY_INVALID	The payload data was invalid.
ERR_KEY_REJECTED	THe attempt to generate a new key was rejected.
ERR_KEY_NOMEM	Insufficient memory to create a key.
ERR_KEY_INTR	The request was interrupted by a signal.
ERR_RSA_INVALID_CODING	Coding of RSA decrypted data was incorrect.
ERR_RSA_MESSAGE_LENGTH	Decrypted RSA message length was incorrect.
ERR_INVALID_SIGNATURE	Signature verification failed.
ERR_INVALID_XMSS_TYPE	Invalid XMSS or XMSS^MT type.
ERR_PDU_LEN	PDU length is incorrect.
ERR_NVGRE_KEY_ID	NVGRE Key ID did not match.
WARN_NO_VLAN	VLAN tags did not match.
WARN_NO_VNI	VXLAN tag did not match.
ERR_ICVFAIL_LIMIT	DTLSv13 maximum packets failed ICV check.
ERR_PADDING	Padding error in packet.
ERR_EPOCH_DTLS13	Received EPOCH is differnt than current association EPOCH.
ERR_UNKNOWN	Unknown error.

esn_id_t

enum ProtocolPP::esn_id_t

IKEv2 ESN_ID fields

Parameters

ESN_NO	- Disable Extended Sequence Number Use
ESN_YES	- Enable Extended Sequence Number Use

Enumerator
ESN_NO	Disable Extended Sequence Number Use.
ESN_YES	Enable Extended Sequence Number Use.

ethid_t

enum ProtocolPP::ethid_t

Ethernet ID Type for use with drivers

Parameters

ETH_P_LOOP	- Ethernet Loopback packet (0x0060)
ETH_P_PUP	- Xerox PUP packet (0x0200)
ETH_P_PUPAT	- Xerox PUP Addr Trans packet (0x0201)
ETH_P_IP	- Internet Protocol packet (0x0800)
ETH_P_X25	- CCITT X.25 (0x0805)
ETH_P_ARP	- Address Resolution packet (0x0806)
ETH_P_BPQ	- G8BPQ AX.25 Ethernet Packet [ NOT AN OFFICIALLY REGISTERED ID ] (0x08FF)
ETH_P_IEEEPUP	- Xerox IEEE802.3 PUP packet (0x0a00)
ETH_P_IEEEPUPAT	- Xerox IEEE802.3 PUP Addr Trans packet (0x0a01)
ETH_P_BATMAN	- B.A.T.M.A.N.-Advanced packet [ NOT AN OFFICIALLY REGISTERED ID ] (0x4305)
ETH_P_DEC	- DEC Assigned proto (0x6000)
ETH_P_DNA_DL	- DEC DNA Dump/Load (0x6001)
ETH_P_DNA_RC	- DEC DNA Remote Console (0x6002)
ETH_P_DNA_RT	- DEC DNA Routing (0x6003)
ETH_P_LAT	- DEC LAT (0x6004)
ETH_P_DIAG	- DEC Diagnostics (0x6005)
ETH_P_CUST	- DEC Customer use (0x6006)
ETH_P_SCA	- DEC Systems Comms Arch (0x6007)
ETH_P_TEB	- Transparent Ether Bridging (0x6558)
ETH_P_RARP	- Reverse Addr Res packet (0x8035)
ETH_P_ATALK	- Appletalk DDP (0x809B)
ETH_P_AARP	- Appletalk AARP (0x80F3)
ETH_P_8021Q	- 802.1Q VLAN Extended Header (0x8100)
ETH_P_IPX	- IPX over DIX (0x8137)
ETH_P_IPV6	- IPv6 over bluebook (0x86DD)
ETH_P_PAUSE	- IEEE Pause frames. See 802.3 31B (0x8808)
ETH_P_SLOW	- Slow Protocol. See 802.3ad 43B (0x8809)
ETH_P_WCCP	- Web-cache coordination protocol defined in draft-wilson-wrec-wccp-v2-00.txt (0x883E)
ETH_P_PPP_DISC	- PPPoE discovery messages (0x8863)
ETH_P_PPP_SES	- PPPoE session messages (0x8864)
ETH_P_MPLS_UC	- MPLS Unicast traffic (0x8847)
ETH_P_MPLS_MC	- MPLS Multicast traffic (0x8848)
ETH_P_ATMMPOA	- MultiProtocol Over ATM (0x884c)
ETH_P_LINK_CTL	- HPNA, wlan link local tunnel (0x886c)
ETH_P_ATMFATE	- Frame-based ATM Transport over Ethernet (0x8884)
ETH_P_PAE	- Port Access Entity (IEEE 802.1X) (0x888E)
ETH_P_AOE	- ATA over Ethernet (0x88A2)
ETH_P_8021AD	- 802.1ad Service VLAN (0x88A8)
ETH_P_802_EX1	- 802.1 Local Experimental 1. (0x88B5)
ETH_P_TIPC	- TIPC (0x88CA)
ETH_P_MACSEC	- 802.1ae MACsec (0x88E5)
ETH_P_8021AH	- 802.1ah Backbone Service Tag (0x88E7)
ETH_P_MVRP	- 802.1Q MVRP (0x88F5)
ETH_P_1588	- IEEE 1588 Timesync (0x88F7)
ETH_P_FCOE	- Fibre Channel over Ethernet (0x8906)
ETH_P_IBOE	- Infiniband over Ethernet (0x8915)
ETH_P_TDLS	- TDLS (0x890D)
ETH_P_FIP	- FCoE Initialization Protocol (0x8914)
ETH_P_80221	- IEEE 802.21 Media Independent Handover Protocol (0x8917)
ETH_P_NSH	- Network Service Header (0x894F)
ETH_P_LOOPBACK	- Ethernet loopback packet, per IEEE 802.3 (0x9000)
ETH_P_QINQ1	- deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ] (0x9100)
ETH_P_QINQ2	- deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ] (0x9200)
ETH_P_QINQ3	- deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ] (0x9300)
ETH_P_EDSA	- Ethertype DSA [ NOT AN OFFICIALLY REGISTERED ID ] (0xDADA)
ETH_P_IFE	- ForCES inter-FE LFB type (0xED3E)
ETH_P_AF_IUCV	- IBM af_iucv [ NOT AN OFFICIALLY REGISTERED ID ] (0xFBFB)
ETH_P_802_3_MIN	- If the value in the ethernet type is less than this value then the frame is Ethernet II. Else it is 802.3 (0x0600)
ETH_P_802_3	- Dummy type for 802.3 frames (0x0001)
ETH_P_AX25	- Dummy protocol id for AX.25 (0x0002)
ETH_P_ALL	- Every packet (0x0003)
ETH_P_802_2	- 802.2 frames (0x0004)
ETH_P_SNAP	- Internal only (0x0005)
ETH_P_DDCMP	- DEC DDCMP: Internal only (0x0006)
ETH_P_WAN_PPP	- Dummy type for WAN PPP frames (0x0007)
ETH_P_PPP_MP	- Dummy type for PPP MP frames (0x0008)
ETH_P_LOCALTALK	- Localtalk pseudo type (0x0009)
ETH_P_CAN	- CAN: Controller Area Network (0x000C)
ETH_P_CANFD	- CANFD: CAN flexible data rate (0x000D)
ETH_P_PPPTALK	- Dummy type for Atalk over PPP (0x0010)
ETH_P_TR_802_2	- 802.2 frames (0x0011)
ETH_P_MOBITEX	- Mobitex (kaz@c.nosp@m.afe..nosp@m.net) (0x0015)
ETH_P_CONTROL	- Card specific control frames (0x0016)
ETH_P_IRDA	- Linux-IrDA (0x0017)
ETH_P_ECONET	- Acorn Econet (0x0018)
ETH_P_HDLC	- HDLC frames (0x0019)
ETH_P_ARCNET	- 1A for ArcNet (0x001A)
ETH_P_DSA	- Distributed Switch Arch. (0x001B)
ETH_P_TRAILER	- Trailer switch tagging (0x001C)
ETH_P_PHONET	- Nokia Phonet frames (0x00F5)
ETH_P_IEEE802154	- IEEE802.15.4 frame (0x00F6)
ETH_P_CAIF	- ST-Ericsson CAIF protocol (0x00F7)
ETH_P_XDSA	- Multiplexed DSA protocol (0x00F8)

Enumerator
ETH_P_LOOP	Ethernet Loopback packet.
ETH_P_PUP	Xerox PUP packet.
ETH_P_PUPAT	Xerox PUP Addr Trans packet.
ETH_P_IP	Internet Protocol packet.
ETH_P_X25	CCITT X.25.
ETH_P_ARP	Address Resolution packet.
ETH_P_BPQ	G8BPQ AX.25 Ethernet Packet [ NOT AN OFFICIALLY REGISTERED ID ].
ETH_P_IEEEPUP	Xerox IEEE802.3 PUP packet.
ETH_P_IEEEPUPAT	Xerox IEEE802.3 PUP Addr Trans packet.
ETH_P_BATMAN	B.A.T.M.A.N.-Advanced packet [ NOT AN OFFICIALLY REGISTERED ID ].
ETH_P_DEC	DEC Assigned proto.
ETH_P_DNA_DL	DEC DNA Dump/Load.
ETH_P_DNA_RC	DEC DNA Remote Console.
ETH_P_DNA_RT	DEC DNA Routing.
ETH_P_LAT	DEC LAT.
ETH_P_DIAG	DEC Diagnostics.
ETH_P_CUST	DEC Customer use.
ETH_P_SCA	DEC Systems Comms Arch.
ETH_P_TEB	Transparent Ether Bridging.
ETH_P_RARP	Reverse Addr Res packet.
ETH_P_ATALK	Appletalk DDP.
ETH_P_AARP	Appletalk AARP.
ETH_P_8021Q	802.1Q VLAN Extended Header
ETH_P_IPX	IPX over DIX.
ETH_P_IPV6	IPv6 over bluebook.
ETH_P_PAUSE	IEEE Pause frames. See 802.3 31B.
ETH_P_SLOW	Slow Protocol. See 802.3ad 43B.
ETH_P_WCCP	Web-cache coordination protocol defined in draft-wilson-wrec-wccp-v2-00.txt.
ETH_P_PPP_DISC	PPPoE discovery messages.
ETH_P_PPP_SES	PPPoE session messages.
ETH_P_MPLS_UC	MPLS Unicast traffic.
ETH_P_MPLS_MC	MPLS Multicast traffic.
ETH_P_ATMMPOA	MultiProtocol Over ATM.
ETH_P_LINK_CTL	HPNA wlan link local tunnel.
ETH_P_ATMFATE	Frame-based ATM Transport over Ethernet.
ETH_P_PAE	Port Access Entity (IEEE 802.1X)
ETH_P_AOE	ATA over Ethernet.
ETH_P_8021AD	802.1ad Service VLAN
ETH_P_802_EX1	802.1 Local Experimental 1
ETH_P_TIPC	TIPC.
ETH_P_MACSEC	802.1ae MACsec
ETH_P_8021AH	802.1ah Backbone Service Tag
ETH_P_MVRP	802.1Q MVRP
ETH_P_1588	IEEE 1588 Timesync.
ETH_P_FCOE	Fibre Channel over Ethernet.
ETH_P_IBOE	Infiniband over Ethernet.
ETH_P_TDLS	TDLS.
ETH_P_FIP	FCoE Initialization Protocol.
ETH_P_80221	IEEE 802.21 Media Independent Handover Protocol.
ETH_P_NSH	Network Service Header.
ETH_P_8021I	802.1Q Instance VLAN
ETH_P_LOOPBACK	Ethernet loopback packet per IEEE 802.3.
ETH_P_QINQ1	deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ]
ETH_P_QINQ2	deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ]
ETH_P_QINQ3	deprecated QinQ VLAN [ NOT AN OFFICIALLY REGISTERED ID ]
ETH_P_EDSA	Ethertype DSA [ NOT AN OFFICIALLY REGISTERED ID ].
ETH_P_IFE	forCES inter-FE LFB type
ETH_P_AF_IUCV	IBM af_iucv [ NOT AN OFFICIALLY REGISTERED ID ].
ETH_P_802_3_MIN	If the value in the ethernet type is less than this value then the frame is Ethernet II else it is 802.3.
ETH_P_802_3	Dummy type for 802.3 frames.
ETH_P_AX25	Dummy protocol id for AX.25.
ETH_P_ALL	Every packet (be careful!!!)
ETH_P_802_2	802.2 frames
ETH_P_SNAP	Internal only.
ETH_P_DDCMP	DEC DDCMP: Internal only.
ETH_P_WAN_PPP	Dummy type for WAN PPP frames.
ETH_P_PPP_MP	Dummy type for PP MP frames.
ETH_P_LOCALTALK	Localtalk psuedo type.
ETH_P_CAN	CAN: Controller Area Network.
ETH_P_CANFD	CANFD: CAN flexible data rate.
ETH_P_PPPTALK	Dummy type for Atalk over PPP.
ETH_P_TR_802_2	802.2 frames
ETH_P_MOBITEX	Mobitex (kaz@c.nosp@m.afe..nosp@m.net)
ETH_P_CONTROL	Card specific control frames.
ETH_P_IRDA	Linux-IrDA.
ETH_P_ECONET	Acorn Econet.
ETH_P_HDLC	HDLC frames.
ETH_P_ARCNET	1A for ArcNet
ETH_P_DSA	Distributed Switch Arch.
ETH_P_TRAILER	Trailer switch tagging.
ETH_P_PHONET	Nokia Phonet frames.
ETH_P_IEEE802154	IEEE802.15.4 frame.
ETH_P_CAIF	ST-Ericsson CAIF protocol.
ETH_P_XDSA	Multiplexed DSA protocol.
ETH_P_NONE	No Ethernet command.

exchg_t

enum ProtocolPP::exchg_t

IKEv2 Exchange Type fields

Parameters

EXCHG_IKE_SA_INIT	- IKE Security Association Initial Exchange
EXCHG_IKE_AUTH	- IKE Authentication Exchange
EXCHG_CREATE_CHILD_SA	- Create Child Security Association Exchange
EXCHG_INFORMATIONAL	- INFORMATIONAL Exchange
EXCHG_IKE_SESSION_RESUME	- IKE Session Resume Exchange
EXCHG_GSA_AUTH	- GSA Authentication Exchange
EXCHG_GSA_REGISTRATION	- GSA Registration Exchange
EXCHG_GSA_REKEY	- GSA Rekey Exchange
EXCHG_IKE_PARSE	- Parse the received packet
EXCHG_IKE_RESEND	- Resend the packet
EXCHG_IKE_LISTEN	- Set IKE in LISTEN mode on the socket

Enumerator
EXCHG_IKE_SA_INIT	IKE Security Association Initial Exchange.
EXCHG_IKE_AUTH	IKE Authentication Exchange.
EXCHG_CREATE_CHILD_SA	Create Child Security Association Exchange.
EXCHG_INFORMATIONAL	INFORMATIONAL Exchange.
EXCHG_IKE_SESSION_RESUME	IKE Session Resume Exchange.
EXCHG_GSA_AUTH	GSA Authentication Exchange.
EXCHG_GSA_REGISTRATION	GSA Registration Exchange.
EXCHG_GSA_REKEY	GSA Rekey Exchange.
EXCHG_IKE_PARSE	Parse the received packet.
EXCHG_IKE_RESEND	Resend the packet.
EXCHG_IKE_LISTEN	Set IKE in LISTEN mode on the socket.

falcon_algorithm_t

enum ProtocolPP::falcon_algorithm_t

Falcon Signature Algorithm

FALCON_512 - Falcon algorithm with 512-bit public key FALCON_1024 - Falcon algorithm with 1024-bit public key

Enumerator
FALCON_512	Falcon algorithm with 512-bit public key.
FALCON_1024	Falcon algorithm with 1024-bit public key.

field_t

enum ProtocolPP::field_t

Parameters

DIRECTION

- Direction of processing (ENCAP or DECAP)

IKEv2 fields

Parameters

IKECNXT	- IKE Connection Name
EXCHG	- IKE Exchange type
NXTPYLD	- Next IKE payload type
MAJOR_REVISION	- IKE Major revision value
MINOR_REVISION	- IKE Minor revision value
FLAGS	- IKE Minor revision value
MSGIDINIT	- IKE Message Identifier when Initiator(starts at zero)
MSGIDRESP	- IKE Message Identifier when Responder(starts at zero)
SPIi	- IKE Initiator Security Parameter Index (SPI)
SPIr	- IKE Responder Security Parameter Index (SPI)
Ni	- IKE Initiator Nonce
Nr	- IKE Responder Nonce
SKd	- IKE PRF Key for Child SA Key Generation
CIPHER	- IKE Encryption Cipher
CKEYLEN	- IKE Encryption Key Length
IVLEN	- IKE Initialization Vector (ICV) Length
SALTLEN	- IKE Salt Length
SKei	- IKE Initiator Encryption Key
SKer	- IKE Responder Encryption Key
IV	- IKE Initialization Vector
SKsi	- IKE Initiator Salt Value
SKsr	- IKE Responder Salt Value
INTEG	- IKE Integrity Algorithm
AKEYLEN	- IKE Integrity Key Length
AADLEN	- Authentication only data (AADLEN)
ICVLEN	- IKE Integrity Check Value (ICV)
SKai	- IKE Initiator Integrity Key
SKar	- IKE Responder Integrity Key
PRF	- IKE Psuedo Random Function (PRF)
prflen	- IKE Psuedo Random Function (PRF) output length
SKpi	- IKE Initiator Psuedo Random Key
SKpr	- IKE Responder Psuedo Random Key
DH	- IKE Diffie-Hellman Group ID
IKEAUTH	- IKE Signing Algorithm
IKEHASH	- IKE Hash Algorithm
ARLEN	- Length of the Anti-Replay Window

IPsec fields

Parameters

VERSION	- First nibble in the IP header defines IPv4 or IPv6
MODE	- Mode of operation either TUNNEL or TRANSPORT
SPI	- Security paramater index (SPI)
SEQNUM	- Sequence number for the packet from ESP header
EXTSEQNUM	- Extended sequence number for this packet
ARLEN	- Length of the anti-replay window
ARWIN	- Anti-Replay window represented as a byte array
CIPHER	- Cipher for encryption
CKEYLEN	- Length of the cipher key
CIPHERKEY	- Cipher key for encryption
AUTH	- Authentication mode
AKEYLEN	- Length of the authentication key
AUTHKEY	- Authentication key
IVLEN	- Length of the initialization vector in bytes (IV)
IV	- Initialization vector
SALTLEN	- Length of the salt for encryption use
SALT	- Salt for encryption use
BYTECNT	- Number of bytes encrypted or decrypted by this flow
LIFETIME	- Amount of time for this flow to exist
SEQNUMOVRFLW	- Enable SEQNUM overflow during ENCAP
STATEFULFRAG	- Stateful FRAG bit
BYPASSDF	- Enable bypassing the DONT FRAGMENT bit
BYPASSDSCP	- Enable bypassing the DiffServices copy from inner to outer header
NAT	- Enable Network Address Translation (NAT) insertion
NCHK	- Enable NAT checksum generation and checking
DSECN	- Diff Services/Congestion bits
TTLHOP	- Time-to-Live field for the packet
FLAGS	- Flags field in IPv4
NATSRC	- Source port for NAT
NATDST	- Destination port for NAT
ID	- Identification field for IPv4
LABEL	- Label field for IPv6
FRAGOFFSET	- Fragment offset from first packet
MOREFRAG	- Enable fragmentation of packet
FRAGID	- Fragmentation ID for this segment of the overall packet
MTU	- Maximum Transmission unit (MTU)
SOURCE	- Source address
DESTINATION	- Destination address
EXTHDR	- IPv6 Extension header
NH	- Next header in either the extension header or the payload
ICVLEN	- Length of the ICV
HDRLEN	- Length of the IP header
TFCLEN	- Length of the Traffic Flow Confidentiality (TFC) padding
USEXT	- Use extended sequence number
RANDIV	- Use random IV rather than user IV
NODEJUMBO	- Nodal JUMBOGRAM support
AUDIT	- Enable auditing of IP flow
AUDITLOG	- Path to the audit log
CHECKSUM	- IPv4 header checksum
LENGTH	-Length of the packet(IPv4) or length of the packet minus the standard 40-byte header (IPv6)

ICMP fields

Parameters

VERSION	- Version (ICMP or ICMPv6)
TYPE	- ICMP Type
CODE	- ICMP SubType
CHECKSUM	- Checksum field
POINTER	- Pointer to error in packet
IDENTIFIER	- Identifier from the invoking message
SEQNUM	- Sequence number of the packet
GATEWAY	- Gateway Internet Address
MTU	- Maximum transmission unit for the next-hop link
ORIGTIMESTAMP	- Timestamp from the origination node
RXTIMESTAMP	- Receive timestamp
TXTIMESTAMP	- Transmit timestamp
SOURCE	- Source Address
DESTINATION	- Destination Address
MESSAGE	- Message to send
ICMPCODE	- Code to send

IP fields

Parameters

VERSION	- First nibble in the IP header defines IPv4 or IPv6
DSECN	- Diff Services/Congestion bits
ID	- Identification field for IPv4
LABEL	- Label field for IPv6
FRAGOFFSET	- Fragment offset from first packet
NH	- Next header in either the extension header or the payload
TTLHOP	- Time-to-Live field for the packet
CHECKSUM	- IPv4 header checksum
FLAGS	- Flags field in IPv4
LENGTH	-Length of the packet(IPv4) or length of the packet minus the standard 40-byte header (IPv6)
EXTHDR	- IPv6 Extension header
NODEJUMBO	- Nodal JUMBOGRAM support

LTE/3GPP fields

Parameters

DATACTRL	- Data or Control flag (Control - 0, Data - 1)
PDUTYPE	- Control PDU type field
POLLBIT	- Polling bit
EXTENSION	- Extension bit
RSN	- Reset sequence number (RSN)
SNLEN	- Sequence number length in bits
HDREXT	- Header extension type field
LENGTHIND	- Length indicator field
SEQNUM	- Sequence number
HFNI	- Hyper frame number indicator (HFNI)
SUFI	- Super Field (SUFI)
FMS	- PDCP SN of the first missing PDCP SDU (FMS)
PGKINDEX	- Five LSBs of PGK identity
PTKINDENT	- PTK identity
SDUTYPE	- PDCP SDU type (IP, ARP, PC5SIG, NONIP, RSVD)
KDID	- Kd identity
NMP	- Number of missing PDCP SDUs with associated COUNT value
HRW	- PDCP SN of the PDCP SDU received on WLAN with highest associated PDCP COUNT value
BEARER	- Bearer value
FRESH	- Fresh value
COUNT	- Count value
BITMAPLEN	- Length of the BitMap
BITMAP	- Bitmap for LTE

MacSEC fields

Parameters

SOURCE	- Source address
DESTINATION	- Destination address
ETHERTYPE	- Ethertype type
SL	- Short Length field
TCIAN	- TAG Control Information and Association Number
PN	- Packet number
XPN	- Extended packet number
SCI	- Secure Channel Identifier
SSCI	- Short Secure Channel Identifier
SAKEY	- Security Association Key
ENRECEIVE	- Enable reception of packets
ENTRANSMIT	- Enable transmission of packets
PROTECTFRAMES	- Protect outgoing packets
INUSE	- This MacSEC flow is in use and receiving packets
CREATETIME	- Time this MacSEC was created
STARTTIME	- Time this MacSEC last enabled reception of packets
STOPTIME	- Time this MacSEC last disabled reception of packets
VLANTAG1	- Customer, Service, or Service Instance 802.1Q VLAN tag
VLANTAG2	- Customer, Service, or Service Instance 802.1Q VLAN tag

SRTP fields

Parameters

VERSION	- Version of SRTP used (currently set to 2)
PADDING	- Padding flag to indicate padding in the payload
EXTENSION	- Flag to indicate presence of extension headers
CC	- Number of CSRC fields present
MARKER	- Marker flag
PT	- Type of payload present (much like NH in IPsec)
SEQNUM	- Sequence number for the packet
ROC	- Rollover counter
TIMESTAMP	- Timestamp for the packet
SSRC	- Synchronization Source Identifier
CSRC	- Contributing Source Identifier
BLKSIZE	- Block size of the encryption cipher

TCP fields

Parameters

SOURCE	- Source address
DESTINATION	- Destination address
SEQNUM	- Sequence number
ACKNUM	- Acknowledge number
OFFSET	- Data offset
FLAGS	- Flags field
RCVWINDOW	- Receive size window
CHECKSUM	- Checksum field
URGENT	- Urgent pointer
STATE	- TCP state of operation
OPTIONS	- Options field
SEGLEN	- Segment length
PRECEDENCE	- Precendence of this flow
SNDUNA	- Send UNA
SNDNXT	- Send next seqnum
SNDWND	- Send window size
SNDUP	- Send UP
SNDW1	- Send window 1
SNDW2	- Send window 2
ISS	- ISS
RCVNXT	- Receive next seqnum expected
RCVWND	- Receive window size
RCVUP	- RCVUP
IRS	- IRS
TCPTIMEOUT	- Timeout for TCP shutdown

TLS fields

Parameters

TYPE	- Type of packet being sent/received
VERSION	- Version of TLS used
LENGTH	- Length of the packet
SEQNUM	- Current or recently received packet
EPOCH	- Current EPOCH in DTLS
CIPHERSUITE	- Cipher and authentication scheme for this flow
ENCTHENMAC	- Enable ENCRYPT-THEN-MAC for TLS
IVEX	- Implicit(false) or Explicit(true) IV

TLS13 fields

Parameters

DIRECTION	- Direction of processing (ENCAP/DECAP)
CIPHERSUITE	- Cipher and authentication scheme for this flow
TYPE	- Type of packet being sent/received
SEQNUM	- Current or recently received packet
ICVLEN	- Length of the Integrity Check Value (ICV)
IVLEN	- Length of the Initial Vector (IV)
IV	- Initial Vector (IV)
CKEYLEN	- Cipher key length
CKEY	- Cipher key
ARLEN	- Anti-Replay window size
ARWIN	- Anti-Replay window
MTU	- Maximum Transfer Unit (MTU)

DTLS13 fields

Parameters

DIRECTION	- Direction of processing (ENCAP/DECAP)
CIPHERSUITE	- Cipher and authentication scheme for this flow
APP_TRAFFIC_SECRET	- Application per EPOCH traffic secret
TYPE	- Type of packet being sent/received
CID	- Connection ID field
CBIT	- Flag that indicates presence of CID
SBIT	- Flag that indicates SEQNUM field length (0: 8-bits, 1: 16-bits)
LBIT	- Flag that indicates Length field is present
SEQNUM	- Current or recently received packet
AUTHFAIL	- ICV failure counter
ICVLEN	- Length of the Integrity Check Value (ICV)
IVLEN	- Length of the Initial Vector (IV)
IV	- Initial Vector (IV)
CKEYLEN	- Cipher key length
CKEY	- Cipher key
ARLEN	- Anti-Replay window size
ARWIN	- Anti-Replay window
MTU	- Maximum Transfer Unit (MTU)

UDP fields

Parameters

SOURCE	- Source address
DESTINATION	- Destination address
LENGTH	- Length of the packet
CHECKSUM	- Checksum for UDP packet
VNI	- VXLAN Network Identifier

Wifi/Wigig fields

Parameters

FRAMECTL	- Frame control sequence in entirety
CTLEXT	- Control frame extension
PROTVER	- Protocol version
TYPE	- Type
SUBTYPE	- SubType
TDS	- To Data Stream (TDS)
FDS	- From Data Stream (FDS)
MFRAG	- More fragmentation
RETRY	- retry bit
PWRMGMT	- Power management
MDATA	- More data field
WEP	- Wireless Encryption Protection (WEP)
ORDER	- Order
KDFALG	- Key derivation function algorithm (KDF)
ID	- Duration ID
ADD1	- First address
ADD2	- Second address
ADD3	- Third address
SEQCTL	- Sequence Control
ADDR4	- Fourth address
QOSCTL	- Quality of Service field
HTCTL	- HT control field
PN	- Packet Number
EXTIV	- Extended IV flag
KEYID	- Key identification
HDRLEN	- Length of the header according to option bits
SPPCAP	- SPPCAP
FCS	- Enable CRC checking for Wifi packet

WiMax fields

Parameters

HT	- Header type where zero for generic MAC header
EC	- Encrytion Control 0=no encryption 1=encryption
TYPE	- Indicates the subheaders and payload types
ESF	- Extended subheader field ESF=1 then ESF present and follows MAC header
CI	- CRC indicator 0=no CRC 1=CRC present
EKS	- Encryption key sequence. Index of TEK and IV used to encrypt the payload
LENGTH	- length in bytes of MAC PDU including header and CRC if present
CID	- Connection Identifier
FID	- Flow Identifier (AGHM header only)
EH	- Extended header group indicator (AGHM header only)
HCS	- Header check sequence 8-bit header checksum
PN	- Packet Number

Cryptosystem

Parameters

BITSIZE	- Size of the private key
RSAPAD	- Pad type for RSA (PSS or PKCS)
PRVKEY	- Private key
PUBKEY	- Public key
KEYPAIR	- Public/Private key pair
RSAENC	- RSA Encryption type

Digital Signal Algorithm fields

Parameters

BITSIZE	- Size of the private key
PRIME	- Prime value for DSA (usually called "p")
SUBPRIME	- Prime value for DSA (usually called "q")
GENERATOR	- Prime value for DSA (usually called "g")
PRVKEY	- Private key
PUBKEY	- Public key
KEYPAIR	- Public/Private key pair
BLOCKSIZE	- Block size

Elliptic Curve Digital Signal Algorithm fields

Parameters

GX	- X-coordinate for the ECDSA curve
GY	- Y-coordinate for the ECDSA curve
CURVE	- Name of the current curve
PRVKEY	- Private key
PUBKEY	- Public key
KEYPAIR	- Public/Private key pair
ECHASH	- Hash function to use for ECDSA

Elliptic Curve Digital Signal Algorithm fields for Ed25519

Parameters

SIGNER	- Signature object for Ed25519
VERIFIER	- Verification object for Ed25519

Packet Class for ProtocolPP

Parameters

OUTADDR	- Output address for the packet
NAME	- Name of this packet
OUTLEN	- Output length for the packet
STREAM	- Name of the stream associated with the packet
PREVIOUS	- Name of the packet preceeding this packet
INLEN	- Input length for the packet
OUTPUTLEN	- Output length
EXPLEN	- Expected data length for the packet
STATUS	- Status word of this packet
ZEROINIT	- Initial value of CRC zero
SWAPIN	- Swap input data before calculating CRC
SWAPOUT	- Swap output data before calculating CRC
COMPOUT	- Complement output CRC

Testbench Configuration fields

Parameters

SEED	- Testbench seed
USE_CRYPTO	- Use cryptographic quality random numbers
ERRORS	- Number of errors
FLOWS	- Number of flows
PACKETS	- Number of packets
IBYTES	- Number of bytes sent to responder(s)
OBYTES	- Number of bytes received from responder(s)
LOGLVL	- Logging level
PTRSIZE	- Pointer size for testbench
SGTSIZE	- Scatter-gather table entry size
BUFSIZE	- Buffer size in bytes (0, 64, 128, 192, 256, 384, 512)
BUFWIDTH	- Width for buffer type in bytes (0, 1, 2, 4, 8)
BUFNUM	- Number of buffers in the memory (default: 16384)
STDOUT	- Log to std::cout
ENDIAN	- Endianness for testbench
BURSTLEN	- Burst length for flows
PLATFORM	- Platform to run testbench with
DEBUGCLR	- Color of debug messages
INFOCLR	- Color of info messages
WARNCLR	- Color of warn messages
ERRCLR	- Color of error messages
FATALCLR	- Color of fatal messages
PASSCLR	- Color of pass messages

Memory Blob fields

Parameters

BKEK	- Blob Key Encryption Key (BKEK)
BKEKLEN	- Blob Key Encryption Key Length (BKEK)
BLOBKEY	- Blob Key Encryption Key
BLOBKEYLEN	- Blob Key Encryption Key Lenth

XMSS and WOTS+ fields

Parameters

WOTSALGO	- WOTS+ Algorithm
LAYERADDR	- Address of the tree layer
TREEADDR	- Address in the binary tree
TYPEVAL	- Value of the TYPE (0, 1, or 2)
ADDRORPAD	- One-Time Signature Address, LTREE address, or padding
CHAINHEIGHT	- Chain Address or Tree Height
HASHORIDX	- Hash address in tree or Tree Index
KEYNMASK	- Key and mask address
BYTEARRAY	- Convert OTS addresses to byte array
WINTZ	- Winternitz parameter
SIGLEN	- Signature length
STACK	- Stack in XMSS/LMS
STACKPUSH	- Push to the XMSS/LMS stack
STACKPOP	- Pop the top of the XMSS/LMS stack
STACKTOP	- Return the top of the XMSS/LMS stack
STACKIDX	- Access index of the XMSS/LMS stack
STACKLEN	- Height of the top node of the XMSS/LMS stack
PARAMS	- XMSS parameters

, LMOTS, and HSS fields

Parameters

LMOTSQ	- LMOTS value of 'q'
LMOTSN	- LMOTS value of 'n', the length of the hash function output
LMOTSW	- LMOTS value of 'w', the Winternitz parameter
LMOTSP	- LMOTS value of 'p', the number of w-bit values in the signature
LMOTSLS	- LMOTS value of 'ls', the left-shift value of the checksum calculation
LMOTSSIGLEN	- LMOTS value of 'siglen', the length of the signature
LMOTSI	- LMOTS key pair identifier
LMOTSEED	- LMOTS seed value
LMOTC	- LMOTS c-array value
LMOTS	- LMOTS engine
LMSALGVAL	- LMS Algorithm value as a jarray<uint8_t>
LMOTSALGVAL	- LMOTS Algorithm value as a jarray<uint8_t>
LMTREELVLS	- Number of tree levels for LMS (2-8 are valid)
PRVKEYLEN	- Length of the private key
PUBKEYLEN	- Length of the public key

and NVGRE fields

Parameters

CBIT	- Flag that indicates CHKSUM field is present
KBIT	- Flag that indicates KEY field is present
SBIT	- Flag that indicates SEQNUM field is present
KEY	- Key field for GRE
SEQNUM	- Seqnum field for GRE
FLOWID	- FlowId field for NVGRE
PROTYPE	- Protocol type field for GRE
MODE	- GRE Protocol (NVGRE or PGRE)

fields

Parameters

PRVIKEYLEN	- Private intermediate key length
PUBIKEYLEN	- Public intermediate key length
SYMBYTES	- Length of the signature
KYBERK	- Kyber K parameter
KYBERN	- Kyber N parameter
KYBERQ	- Kyber Q parameter
POLYBYTES	- Length of the polynomial
POLYVECBYTES	- Length of the polynomial vector
SSBYTES	- Length of ss bytes
PCBYTES	- Length of compressed polynomial
PVCBYTES	- Length of compressed polynomial vector
MSGIBYTES	- Length of intermediate result
ILENGTH	- Length of intermediate result
QINV	- Kyber Q inverse parameters (// q^-1 mod 2^16 = 62209)
KYBERETA1	- Kyber ETA1 parameter
KYBERETA2	- Kyber ETA2 parameter

Enumerator
DIRECTION	Direction of processing (ENCAP or DECAP)
VERSION	Version field for the packet either IPV4 or IPV6 (ICMP or ICMPV6) (SSL30, TLS10, TLS11, TLS12, TLS13, DTLS, DTLS13)
MODE	Mode of operation either TUNNEL or TRANSPORT.
SPI	Security parameter index (SPI)
SEQNUM	Sequence number for the packet.
EXTSEQNUM	Extended sequence number.
ARLEN	Length of the anti-replay window.
ARWIN	Anti-Replay window represented as a byte array.
CIPHER	Cipher for encryption.
CKEYLEN	Length of the cipher key.
CIPHERKEY	Cipher key for encryption.
AUTH	Authentication mode.
AKEYLEN	Length of the authentication key.
AUTHKEY	Authentication key.
IVLEN	Length fo the initialization vector (IV)
IV	Initializaton Vector (IV)
SALTLEN	Length of encryption salt.
SALT	Encryption salt.
BYTECNT	Number of bytes encrypted or decrypted by this flow.
LIFETIME	Amount of time for this flow to exist.
SEQNUMOVRFLW	Allow SEQNUM overflow during ENCAP.
STATEFULFRAG	Stateful FRAG bit.
BYPASSDF	Enable bypass of the DONT FRAGMENT bit copy from inner to outer header.
BYPASSDSCP	Enable bypass of copy from inner to outer header of DiffServices.
NAT	Enable Network Address Translation (NAT) insertion.
NCHK	Enable NAT checksum generation and checking.
DSECN	Bits for Diff Services/Congestion bits.
TTLHOP	Time-to-Live field for the packet.
FLAGS	Flags field in the IPv4.
NATSRC	Source port for NAT.
NATDST	Destination port for NAT.
ID	Identification field for IPv4.
LABEL	Label field for IPv6.
FRAGOFFSET	Fragment offset from first packet.
MOREFRAG	Enable fragmentation of packet.
FRAGID	Fragmentation ID for this segment in the overall packet.
MTU	Maximum Transmission unit (MTU)
SOURCE	Source Address.
DESTINATION	Destination Address.
EXTHDR	IPv6 Extension header(s)
NH	Next header in either the extension header or the payload.
AADLEN	Length of the AAD.
ICVLEN	Length of the ICV.
HDRLEN	Length of the IP headeer.
TFCLEN	Length of the Traffic flow Confidentiality (TFC) padding.
USEXT	Use extended sequence number.
RANDIV	Use random IV rather than user IV.
NODEJUMBO	Nodal JUMBOGRAM support.
AUDIT	Enable audint of IP flow.
AUDITLOG	Path to the audit log.
CHECKSUM	Enable IPv4 header checksum.
LENGTH	Length of the packet (IPv4) or length of the packet minus the standard IPv6 header.
TYPE	ICMP Type.
CODE	ICMP SubType.
POINTER	Pointer to error in packet.
IDENTIFIER	Identifier from the invoking message.
GATEWAY	Gateway Internet Address.
ORIGTIMESTAMP	Timestamp from the origination node.
RXTIMESTAMP	Receive timestamp.
TXTIMESTAMP	Transmit timestamp.
MESSAGE	Message to send.
ICMPCODE	Code to send.
DATACTRL	Data or Control bit.
PDUTYPE	Control PDU type field.
POLLBIT	Polling bit.
EXTENSION	Extension bit.
RSN	Reset sequence number (RSN)
SNLEN	Sequence number length in bits.
HDREXT	Header extension type field.
LENGTHIND	Length indicator field.
HFNI	Hyper frame number indicator (HFNI)
SUFI	Super Field (SUFI)
FMS	PDCP SN of the first Missing PDCP SDU (FMS)
BITMAPLEN	Length of BitMap.
BITMAP	Bitmap for LTE.
PGKINDEX	Five LSB(s) of PGK identity.
PTKINDENT	PTK identity.
SDUTYPE	PDCP SDU type (IP, ARP, PC5SIG, NONIP, RSVD)
KDID	Kd identity.
NMP	Number of missing PDCP SDU(s) with associated COUNT value.
HRW	PDCP SN of the PDCP SDU received on WLAN with highest associated PDCP COUNT value.
BEARER	Bearer value.
FRESH	Fresh value for F9 modes.
COUNT	Count value for F8/F9 modes.
ETHERTYPE	Ethernet type.
SL	Short length field.
TCIAN	TAG Control Information and Association Number.
PN	Packet number.
XPN	Extended packet number.
SCI	Secure Channel Identifier.
SSCI	Short Secure Channel Identifier.
SAKEY	Security Association Key.
ENRECEIVE	Enable reception of packets.
ENTRANSMIT	Enable transmission of packets.
PROTECTFRAMES	Protect packets.
INUSE	MacSEC flow is in use (RX or TX)
CREATETIME	Time this MacSEC was created.
STARTTIME	Time this MacSEC last enabled RX or TX.
STOPTIME	Time this MacSEC last disabled RX or TX.
PADDING	Padding field.
CC	CSRC count field.
MARKER	Marker field.
PT	Payload type field.
ROC	Rollover Counter (ROC)
TIMESTAMP	Timestamp field.
SSRC	Synchronization source identifier (SSRC)
CSRC	Contributing source identifier (CSRC)
BLKSIZE	Block size of the encryption cipher.
MKI	MKI flag.
MKILEN	MKI data length.
MKIDATA	MKI data.
ACKNUM	Acknowledge number.
OFFSET	Data offset.
RCVWINDOW	Receive size window.
URGENT	Urgent pointer.
STATE	TCP state of operation.
OPTIONS	OPTIONS.
SEGLEN	SEGLEN.
PRECEDENCE	PRECEDENCE.
SNDUNA	SNDUNA.
SNDNXT	SNDNXT.
SNDWND	SNDWND.
SNDUP	SNDUP.
SNDW1	SNDW1.
SNDW2	SNDW2.
ISS	ISS.
RCVNXT	RCVNXT.
RCVWND	RCVWND.
RCVUP	RCVUP.
IRS	IRS.
TCPTIMEOUT	TCPTIMEOUT.
EPOCH	Epoch number for DTLS.
CIPHERSUITE	Ciphersuite for the TLS protocol.
ENCTHENMAC	Encrypt-then-MAC the TLS packet.
IVEX	Implicit or Explicit IV for TLS.
FRAMECTL	Frame control sequence in entirety.
CTLEXT	Control Frame extension.
PROTVER	Protocol version.
SUBTYPE	SubType.
TDS	To Data Stream.
FDS	From Data Stream.
MFRAG	More fragmentation.
RETRY	Retry.
PWRMGMT	Power management.
MDATA	More data field.
WEP	Wireless Encryption Protection (WEP)
ORDER	Order.
KDFALG	Key derivation function (KDF) algorithm.
ADDR1	First address.
ADDR2	Second address.
ADDR3	Third address.
SEQCTL	Sequence control.
ADDR4	Fourth address.
QOSCTL	Quality of Service field.
HTCTL	HT control field.
EXTIV	Extended IV flag.
KEYID	Key identification.
SPPCAP	SPP Cap.
FCS	Enable CRC checking for packet.
HT	Header Type where zero for generic MAC header.
EC	Encryption Control 0=no encryption 1=encryption.
ESF	Extended Subheader Field ESF=1 then ESF is present and follows MAC header.
CI	CRC Indicator 0=no CRC, 1=CRC present.
EKS	Encryption Key Sequence. Index of TEK and IV used to encrypt the payload.
CID	Connection Identifier.
FID	Flow Identifier (AGHM header only)
EH	Extended Header Group Indicator (AGHM header only)
HCS	Header Check Sequence 8-bit header checksum.
IKECNXT	IKE Conneciton Name.
EXCHG	IKE Exchange Type.
NXTPYLD	IKE Next Payload Value.
MAJOR_VERSION	IKE Major Revision Number.
MINOR_VERSION	IKE Minor Revision Number.
MSGIDINIT	IKE Message Identifier when Initiator.
MSGIDRESP	IKE Message Identifier when Responder.
SPIi	IKE Initiator Security Parameter Index.
SPIr	IKE Responder Security Parameter Index.
Ni	IKE Initiator Nonce.
Nr	IKE Responder Nonce.
SKd	IKE Child SA Key Generation Seed.
SKei	IKE Initiator Encryption Key.
SKer	IKE Responder Encryption Key.
SKsi	IKE Initiator Salt Value.
SKsr	IKE Responder Salt Value.
INTEG	IKE Integrity Algorithm.
SKai	IKE Initiator Integrity Algorithm Key.
SKar	IKE Responder Integrity Algorithm Key.
PRF	IKE Psuedo Random Function Algorithm.
PRFLEN	IKE Psuedo Random Total Key Length.
SKpi	IKE Initiator Psuedo Random Key.
SKpr	IKE Responder Psuedo Random Key.
DH	IKE Diffie-Hellman Group ID.
IKEAUTH	IKE Signature Algorithm.
IKEHASH	IKE Hash Algorithm.
BITSIZE	Size fo the Private Key.
RSAPAD	RSA Padding type.
RSAENC	RSA Encrypt type.
KEYPAIR	Key pair.
PRVKEY	Private Key.
PUBKEY	Public Key.
PRIME	Prime value for DSA (usually called "p")
SUBPRIME	Subprime value for DSA (usually called "q")
GENERATOR	Generator value for DSA (usually called "g")
GX	X-coordinate for the ECDSA curve.
GY	Y-coordinate for the ECDSA curve.
CURVE	Name of the current curve.
ECHASH	Hash function for ECDSA.
SIGNER	Signature object for Ed25519.
VERIFIER	Verification object for Ed25519.
VLANTAG1	First 802.1Q VLAN tag.
VLANTAG2	Second 802.1Q VLAN tag.
POSTPROCESS	Postprocessing flag.
SETUP	Setup flag.
STREAMSIZE	Size field.
NAME	Name of the stream object.
OUTADDR	Output address of the packet.
OUTLEN	Output length of the packet.
INLEN	Input length of the packet.
OUTPUTLEN	Output length of the packet.
EXPLEN	Expected length of the packet.
STREAM	Name of the stream associated with this packet.
PREVIOUS	Previous packet to this one (set to "begin" if this is the first packet)
STATUS	Status word for this packet.
INPUT	INPUT data for this packet.
OUTPUT	OUTPUT data for this packet.
EXPECT	EXPECT data for this packet.
BLOCKSIZE	Block size for the block cipher.
ZEROINIT	Zero initial value for CRC calculation.
SWAPIN	Swap input data before CRC calculation.
SWAPOUT	Swap output data before CRC calculation.
COMPOUT	Complement output CRC.
POLYNOMIAL	Polynomial for CRC.
SEED	Testbench seed.
USE_CRYPTO	Use cryptographic quality random numbers.
ERRORS	Number of errors.
FLOWS	Number of flows.
PACKETS	Number of packets.
IBYTES	Number of bytes sent to responder(s)
OBYTES	Number of bytes received from responder(s)
LOGLVL	Logging level.
PTRSIZE	Pointer size for testbench.
SGTSIZE	Scatter-gather table entry size.
BUFSIZE	Width of the buffers in bytes (0, 64, 128. 192, 256, 384, 512)
BUFWIDTH	Width of buffer type in bytes (0, 1, 2, 4, 8)
BUFNUM	Number of buffers in the memory (default: 16384)
STDOUT	Log to std::cout.
ENDIAN	Endianness for testbench.
BURSTLEN	Burst length for flows.
PLATFORM	Platform to run testbench with.
DEBUGCLR	Color of debug messages into the testbench.
INFOCLR	Color of information messages in the testbench.
WARNCLR	Color of warning messages in the testbench.
ERRCLR	Color of error messages in the testbench.
FATALCLR	Color of fatal messages in the testbench.
PASSCLR	Color of pass messages in the testbench.
BKEK	Memory Blob Key Encryption Key (BKEK)
BKEKLEN	Memory Blob Key Length (BKEKLEN)
BLOBKEY	Memory Blob Key.
BLOBKEYLEN	Memory Blob Key Length.
WOTSALGO	WOTS+ Algorithm.
LAYERADDR	Address of the tree layer.
TREEADDR	Address in the binary tree.
TREEHEIGHT	Height of the binary tree.
TYPEVAL	Value of the TYPE (0, 1, or 2)
ADDRORPAD	One-Time Signature Address, LTREE address, or padding.
CHAINHEIGHT	Chain Address or Tree Height.
HASHORIDX	Hash address in tree or Tree Index.
KEYNMASK	Key and mask address.
BYTEARRAY	Convert OTS addresses to byte array.
SIGLEN	Signature length.
WINTZ	Winternitz parameter.
STACK	Stack in XMSS/LMS.
XMSSALG	XMSS Algorithm.
STACKPUSH	Push to the XMSS/LMS stack.
STACKPOP	Pop the top of the XMSS/LMS stack.
STACKTOP	Return top of the XMSS/LMS stack.
STACKIDX	Access index of the XMSS/LMS stack.
STACKLEN	Height of the top node of the XMSS/LMS stack.
PARAMS	XMSS parameters.
LMOTSQ	LMOTS value of 'q' parameter.
LMOTSN	LMOTS length of hash function.
LMOTSP	LMOTS Winternitz parameter.
LMOTSW	LMOTS number of w-bit elements in signature.
LMOTSLS	LMOTSLS number of left-shift bits on checksum calculation.
LMOTSIGLEN	LMOTSIGLEN signature length.
LMOTSI	LMOTS key pair identifier.
LMOTSEED	LMOTS seed value.
LMOTSC	LMOTS c-array value.
LMOTS	LMOTS engine.
LMSALGVAL	LMS Algorithm value as jarray<uint8_t>
LMOTSALGVAL	LMOTS Algorithm value as jarray<uint8_t>
LMTREELVLS	Number of tree levels in LMS (2-8 are valid)
PRVKEYLEN	Private key length.
PUBKEYLEN	Public key length.
CBIT	Flag indicating CHKSUM field in present in GRE.
KBIT	Flag indicating KEY field is present in GRE.
SBIT	Flag indicating SEQNUM field is present in GRE.
LBIT	Flag indicating the CID field is present in DTLSv13.
AUTHFAIL	DTLSv13 ICV failure counter.
KEY	Key field for GRE.
FLOWID	FlowID field for GRE.
PROTYPE	Protocol type field for GRE.
VNI	VXLAN Network Identifier.
APP_TRAFFIC_SECRET	DTLSv1.3 Application per EPOCH traffic secret.
PRVIKEYLEN	Priavte intermediate key length.
PUBIKEYLEN	Public intermediate key length.
SYMBYTES	Length of the signature.
KYBERK	Kyber K parameter.
KYBERN	Kyber N parameter.
KYBERQ	Kyber Q parameter.
POLYBYTES	Length of the polynomial.
POLYVECBYTES	Length of the polynomial vector.
SSBYTES	Length of ss bytes.
PCBYTES	Length of compressed polynomial.
PVCBYTES	Length of compressed polynomial vector.
MSGIBYTES	Length of intermediate bytes.
ILENGTH	Length of intermediate message.
QINV	Kyber Q inverse parameters (// q^-1 mod 2^16 = 62209)
KYBERETA1	Kyber ETA1 parameter.
KYBERETA2	Kyber ETA2 parameter.

iana_t

enum ProtocolPP::iana_t

IANA values for Internet communication Value and their definitions can be found at www.iana.org

Enumerator
HOPOPT	IPv6 Hop-by-Hop Option - 0.
ICMP	Internet Control Message Protocol (ICMP) version 4 - 1.
IGMP	Internet Group Management Protocol (IGMP) - 2.
GGP	Gateway-to-Gateway Protocol (GGP) - 3.
IPV4	IP version 4 - 4.
ST	Internet Stream Protocol (ST) - 5.
TCP	Transmission Control Protocol (TCP) - 6.
CBT	Core-base trees (CBT) - 7.
EGP	Exterior Gateway Protocol (EGP) - 8.
IGP	Interior Gateway Protocol (IGP) - 9.
BBN_RCC_MON	BBN RCC Monitoring (BBN_RCC_MON) - 10.
NVP_II	Network Voice Protocol (NVP_II) - 11.
PUP	Xerox PUP (PUP) - 12.
ARGUS	ARGUS - 13.
EMCON	EMCON - 14.
XNET	Cross Net Debugger (XNET) - 15.
CHAOS	Chaos - 16.
UDP	User Datagram Protocol (UDP) - 17.
MUX	Multiplexing (MUX) - 18.
DCN_MEAS	DCN Measurement Subsystems (DCN-MEAS) - 19.
HMP	Host Monitoring Protocol (HMP) - 20.
PRM	Packet Radio Measurement (PRM) - 21.
XNS_IDP	XEROX NS IDP (XNS-IDP) - 22.
TRUNK_1	Trunk-1 - 23.
TRUNK_2	Trunk-2 - 24.
LEAF_1	Leaf-1 - 25.
LEAF_2	Leaf-2 - 26.
RDP	Reliable Data Protocol (RDP) - 27.
IRTP	Internet Reliable Transaction Protocol (IRTP) - 28.
ISO_TP4	ISO Transport Protocol Class 4 (ISO-TP4) - 29.
NETBLT	Bulk Data Transfer Protocol (NETBLT) - 30.
MFE_NSP	MFE Network Services Protocol (MFE-NSP) - 31.
MERIT_INP	MERIT Internodal Protocol (MERIT-INP) - 32.
DCCP	Datagram Congestion Control Protocol (DCCP) - 33.
THREE_PC	Third Party Connect Protocol (3PC) - 34.
IDPR	Inter-Domain Policy Routing Protocol (IDPR) - 35.
XTP	Xpress Transport Protocol (XTP) - 36.
DDP	Datagram Delivery Protocol (DDP) - 37.
IDPR_CMTP	IDPR Control Message Transport Protocol (IDPR-CMTP) - 38.
TP_PLUS	TP++ Transport Protocol (TP++) - 39.
IL	IL Transport Protocol (IL) - 40.
IPV6	IP version 6 - 41.
SDRP	Source Demand Routing Protocol (SDRP) - 42.
IPV6_ROUTE	IPv6 Routing header - 43.
IPV6_FRAG	IPv6 Fragmentation header - 44.
IDRP	Inter-Domain Routing Protocol (IDRP) - 45.
RSVP	Resource Reservation Protocol (RSVP) - 46.
GRE	Generic Routing Encapsulation (GRE) - 47.
DSR	Dynamic Source Routing Protocol (DSR) - 48.
BNA	Burroughs Network Architecture (BNA) - 49.
ESP	Encapsulating Security Payload - 50.
AH	Authentication header - 51.
I_NLSP	Integrated Net Layer Security Protocol (I-NLSP) - 52.
SWIPE	SwIPe (IP with Encryption) - 53.
NARP	NBMA Address Resolution Protocol (NARP) - 54.
MOBILE	IP Mobility (Min Encap) - 55.
TLSP	Transport Layer Security Protocol (using Kryptonet key management) - 56.
SKIP	Simple Key-Management for Internet Protocol (SKIP) - 57.
ICMPV6	ICMP version 6 - 58.
IPV6_NONXT	IPv6 No Next header - 59.
IPV6_OPTS	IPv6 Options header - 60.
HOST_INT_PROT	Any host Internet Protocol - 61.
CFTP	CFTP - 62.
LOCAL_NET	Any local network - 63.
SAT_EXPAK	SATNET and Backroom EXPAK (SAT-EXPAK) - 64.
KRYPTOLAN	Kryptolan - 65.
RVD	MIT Remote Virtual Disk Protocol (RVD) - 66.
IPPC	Internet Pluribus Packet Core (IPPC) - 67.
DFS	Any distributed file system - 68.
SAT_MON	SATNET Monitoring (SAT-MON) - 69.
VISA	VISA Protocol - 70.
IPCV	Internet Packet Core Utility (IPCV) - 71.
CPNX	Computer Protocol Network Executive (CPNX) - 72.
CPHB	Computer Protocol Heart Beat (CPHB) - 73.
WSN	Wang Span Network (WSN) - 74.
PVP	Packet Video Protocol (PVP) - 75.
BR_SAT_MON	Backroom SATNET Monitoring (BR-SAT-MON) - 76.
SUN_ND	SUN ND Protocol-Temporary (SUN-ND) - 77.
WB_MON	WIDEBAND Monitoring (WB-MON) - 78.
WB_EXPAK	WIDEBAND EXPAK (WB-EXPAK) - 79.
ISO_IP	International Organization for Standardization Internet Protocol (ISO-IP) - 80.
VMTP	Versatile Message Transaction Protocol (VMTP) - 81.
SECURE_VMTP	Secure Versatile Message Transaction Protocol (SECURE-VMTP) - 82.
VINES	VINES - 83.
TTP	TTP - 84.
IPTM	Internet Protocol Traffic Manager (IPTM) - 85.
NSFNET_IGP	NSFNET-IGP - 86.
DGP	Dissimilar Gateway Protocol (DGP) - 87.
TCF	TCF - 88.
EIGRP	EIGRP - 89.
OSPFIGP	Open Shortest Path First (OSPFIGP) - 90.
SPRITE_RPC	Sprite RPC Protocol (Sprite-RPC) - 91.
LARP	Locus Address Resolution Protocol (LARP) - 92.
MTP	Multicast Transport Protocol (MTP) - 93.
AX_25	AX.25 - 94.
MICP	Mobile Internetworking Control Protocol (MICP) - 95.
SCC_SP	Semaphore Communications Security Protocol (SCC-SP) - 96.
ETHERIP	Ethernet-within-IP Encapsulation (ETHERIP) - 97.
IENCAP	Encapsulation Header (ENCAP) - 98.
PRIV_ENCRYPT	Any private encryption scheme - 99.
GMTP	GMTP - 100.
IFMP	Ipsilon Flow Management Protocol (IFMP) - 101.
PNNI	PNNI over IP (PNNI) - 102.
PIM	Protocol Independent Multicast (PIM) - 103.
ARIS	IBM's ARIS (Aggregate Route IP Switching) Protocol (SCPS) - 104.
SCPS	SCPS (Space Communications Protocol Standards) - 105.
QNX	QNX - 106.
A_N	Active Networks (A/N) - 107.
IPCOMP	IP Payload Compression Protocol (IPComp) - 108.
SNP	Sitara Networks Protocol (SNP) - 109.
COMPAQ_PEER	Compaq Peer Protocol (Compaq-Peer) - 110.
IPX_IN_IP	IPX in IP (IPX-in-IP) - 111.
VRRP	Virtual Router Redundancy Protocol, Common Address Redundancy Protocol (not IANA aasigned) - 112.
PGM	PGM Reliable Transport Protocol (PGM) - 113.
ZERO_HOP_PROT	Any 0-hop protocol - 114.
L2TP	Layer Two Tunneling Protocol Version 3 (L2TP) - 115.
DDX	D-II Data Exchange (DDX) - 116.
IATP	Interactive Agent Transfer Protocol (IATP) - 117.
STP	Schedule Transfer Protocol (STP) - 118.
SRP	SpectraLink Radio Protocol (SRP) - 119.
UTI	Universal Transport Interface Protocol (UTI) - 120.
SMP	Simple Message Protocol (SMP) - 121.
SM	Simple Multicast Protocol (SM) - 122.
PTP	Performance Transparency Protocol (PTP) - 123.
ISIS_OVER_IPV4	Intermediate System to Intermediate System (IS-IS) Protocol over IPv4 - 124.
FIRE	Flexible Intra-AS Routing Environment (FIRE) - 125.
CRTP	Combat Radio Transport Protocol (CRTP) - 126.
CRUDP	Combat Radio User Datagram (CRUDP) - 127.
SSCOPMCE	Servie-Specific Connection-Oriented Protocol in a Multilink and Connectionless Environment (SSCOPMCE) - 128.
IPLT	IPLT - 129.
SPS	Secure Packet Shield (SPS) - 130.
PIPE	Private IP Encapsulation within IP (PIPE) - 131.
SCTP	Stream Control Transmission Protocol (SCTP) - 132.
FC	Fibre Channel (FC) - 133.
RSVP_E2E_IGNORE	Reservation Protocol (RSVP) End-to-End Ignore - 134.
MOBILITY_HEADER	Mobility Extension Header for IPv6 - 135.
UDPLITE	UDP-Lite Protocol - 136.
MPLS_IN_IP	Multiple Label Switching Encapsulated in IP (MPLS-in-IP) - 137.
MANET	MANET Protocols (MANET) - 138.
HIP	Host Identity Protocol (HIP) - 139.
SHIM6	Site Multihoming by IPv6 Intermediation (Shim6) - 140.
WESP	Wrapped Encapsulating Security Protocol (WESP) - 141.
ROHC	Robust Header Compression (ROHC) - 142.
JUMBOGRAM	JUMBOGRAM extension header - 194.

icmpcode_t

enum ProtocolPP::icmpcode_t

ICMP Codes

Parameters

ECHORPLY	- Echo Reply
NONETWRK	- Destination network unreachable
NOHOST	- Destination host unreachable
NOPROT	- Destination protocol unreachable
NOPORT	- Destination port unreachable
FRAGRQD	- Fragmentation required and DF flag set
RTEFAIL	- Source route failed
DSTUNKNWN	- Destination network unknown
DSTHSTUNKNWN	- Destination host unknown
SRCHSTISOLT	- Source host isolated
NETWRKPROHIB	- Network administratively prohibited
HOSTPROHIB	- Host administratively prohibited
NETWKNOTOS	- Network unreachable for ToS
COMMPROHIB	- Communication administratively prohibited
HOSTVILATE	- Host Precedence Violation
CUTOFF	- Precedence cutoff in effect
REDIRNETWK	- Redirect Datagram for the Network
REDIRHOST	- Redirect Datagram for the Host
REDIRTOSN	- Redirect Datagram for the ToS and network
REDIRTOSH	- Redirect Datagram for the ToS and host
TTLEXPIRE	- TTL expired in transit
FRAGEXPIRE	- Fragment reassembly time exceeded
PTRINDERR	- Pointer indicates the error
OPTERR	- Missing a required option
BADLENGTH	- Bad length
NOROUTE	- No destination (ICMPv6)
COMMPROHIBV6	- Communication with destination administratively prohibitied (ICMPv6)
BYNDSRCADDR	- Beyond scope of source address (ICMPv6)
ADDRUNREACH	- Address unreachable (ICMPv6)
PORTUNREACH	- Port unreachable (ICMPv6)
SRCADDRPLCY	- Source address failed ingree/egress policy (ICMPv6)
REJECTDST	- Reject route to destination (ICMPv6)
HOPLMTEXCD	- Hop limit exceeded in transit (ICMPv6)
FRAGTIME	- Fragment reassembly time exceeded (ICMPv6)
ERRHDRFIELD	- Erroneous header field encountered (ICMPv6)
NXTHDRERR	- Unrecognized Next Header type encountered (ICMPv6)
IPV6OPTERR	- Unrecognized IPv6 option encountered (ICMPv6)
SEQNUMRST	- Sequence number reset (ICMPv6) (ICMPv6)

Enumerator
ECHORPLY	ECHO REPLY - 0.
NONETWRK	DESTINATION NETWORK UNREACHABLE - 0.
NOHOST	DESTINATION HOST UNREACHABLE - 1.
NOPROT	DESTINATION PROTOCOL UNREACHABLE - 2.
NOPORT	DESTINATION PORT UNREACHABLE - 3.
FRAGRQD	FRAGMENTATION REQUIRED AND DF FLAG SET - 4.
RTEFAIL	SOURCE ROUTE FAILED - 5.
DSTUNKNWN	DESTINATION NETWORK UNKNOWN - 6.
DSTHSTUNKNWN	DESTINATION HOST UNKNOWN - 7.
SRCHSTISOLT	SOURCE HOST ISOLATED - 8.
NETWKPROHIB	NETWORK ADMINISTRATIVELY PROHIBITED - 9.
HOSTPROHIB	HOST ADMINISTRATIVELY PROHIBITED - 10.
NETWKNOTOS	NETWORK UNREACHABLE FOR ToS - 11.
HOSTNOTOS	HOST UNREACHABLE FOR ToS - 12.
COMMPROHIB	COMMUNICATION ADMINISTRATIVELY PROHIBITED - 13.
HOSTVILATE	HOST PRECEDENCE VIOLATION - 14.
CUTOFF	PRECEDENCE CUTOFF IN EFFECT - 15.
REDIRNETWK	REDIRECT DATAGRAM FOR THE NETWORK - 0.
REDIRHOST	REDIRECT DATAGRAM FOR THE HOST - 1.
REDIRTOSN	REDIRECT DATAGRAM FOR THE ToS AND NETWORK - 2.
REDIRTOSH	REDIRECT DATAGRAM FOR THE ToS AND HOST - 3.
TTLEXPIRE	TTL EXPIRED IN TX - 0.
FRAGEXPIRE	FRAGMENT REASSEMBLY TIME EXPIRED - 1.
PTRINDERR	POINTER INDICATES THE ERROR - 0.
OPTERR	MISSING A REQUIRED OPTION - 1.
BADLENGTH	BAD LENGTH - 2.
NOROUTE	NO DESTINATION (ICMPv6) - 0.
COMMPROHIBV6	COMMUNICATION WITH DEST ADMINISTRATIVELY PROHIBITED (ICMPv6) - 1.
BYNDSRCADDR	BEYOND SCOPE OF SOURCE ADDR (ICMPv6) - 2.
ADDRUNREACH	ADDRESS UNREADCHABLE (ICMPv6) - 3.
PORTUNREACH	PORT UNREACHABLE (ICMPv6) - 4.
SRCADDRPLCY	SOURCE ADDRESS FAILED POLICY (ICMPv6) - 5.
REJECTDST	REJECT ROUTE TO DESTINATION (ICMPv6) - 6.
HOPLMTEXCD	HOP LIMIT EXCEEDED IN TX (ICMPv6) - 0.
FRAGTIME	FRAGMENT REASSEMBLY EXCEEDED TIME (ICMPv6) - 1.
ERRHDRFIELD	ERRORONEOUS HEADER FIELD (ICMPv6) - 0.
NXTHDRERR	UNRECOGNIZED NEXT HEADER (ICMPv6) - 1.
IPV6OPTERR	UNRECOGNIZED IPv6 OPTION (ICMPv6) - 2.
SEQNUMRST	SEQUENCE NUMBER RESET (ICMPv6) - 255.

icmpmsg_t

enum ProtocolPP::icmpmsg_t

ICMP Message Types

Parameters

ECHORPLYMSG	- Echo Reply
RSVD1	- Reserved1
RSVD2	- Reserved2
DESTUNRCH	- Destination Unreachable
SRCQNCH	- Source Quench
RDIRMSG	- Redirect Message
ALTHOST	- Alternate Host Address
RSVD	- Reserved7
ECHORQST	- Echo Request
RTRADVERT	- Router Advertisement
RTRSOLCIT	- Router Solicitation
TIMEXCEED	- Time Exceeded
BADIPHDR	- Parameter Problem : Bad IP header
TIMESTMP	- Timestamp
TIMERPLY	- Timestamp Reply
INFORQST	- Information Request
INFORPLY	- Information Reply
ADMSKRQST	- Address Mask Request
ADMSKRPLY	- Address Mask Reply
TRACERTE	- Traceroute (ICMPv6)
NODEST	- Destination Unreachable (ICMPv6)
PKTBIG	- Packet Too Big (ICMPv6)
TIMEOUT	- Time Exceeded (ICMPv6)
PARAM	- Parameter Problem (ICMPv6)
PRVTE1	- Private Experimentation (ICMPv6)
PRVTE2	- Private Experimentation (ICMPv6)
RSVDE	- Reserved for expansion of ICMPv6 error messages (ICMPv6)
ECHORQSTV6	- Echo Request (ICMPv6)
ECHORPLYV6	- Echo Reply (ICMPv6)
PRVTI1	- Private Experimentation (ICMPv6)
PRVTI2	- Private Experimentation (ICMPv6)
RSVDI	- Reserved for expansion of ICMPv6 info messages (ICMPv6)

Enumerator
ECHORPLYMSG	ECHO REPLY - 0.
RSVD1	RESERVED - 1.
RSVD2	RESERVED - 2.
DESTUNRCH	DESTINATION UNREACHABLE - 3.
SRCQNCH	SOURCE QUENCH - 4.
RDIRMSG	REDIRECT MESSAGE - 5.
ALTHOST	ALTERNATE HOST ADDRESS - 6.
RSVD	RESERVED - 7.
ECHORQST	ECHO REQUEST - 8.
RTRADVERT	ROUTER ADVERTISEMENT - 9.
RTRSOLCIT	ROUTER SOLICITATION - 10.
TIMEXCEED	TIME EXCEEDED - 11.
BADIPHDR	PARAMETER PROBLEM : BAD IP HEADER - 12.
TIMESTMP	TIMESTAMP - 13.
TIMERPLY	TIMESTAMP REPLY - 14.
INFORQST	INFORMATION REQUEST - 15.
INFORPLY	INFORMATION REPLY - 16.
ADMSKRQST	ADDRESS MASK REQUEST - 17.
ADMSKRPLY	ADDRESS MASK REPLY - 18.
TRACERTE	TRACEROUTE - 30.
NODEST	DESTINATION UNREACHABLE (ICMPv6) - 1.
PKTBIG	PACKET TOO BIG (ICMPv6) - 2.
TIMEOUT	TIME EXCEEDED (ICMPv6) - 3.
PARAM	PARAMETER PROBLEM (ICMPv6) - 4.
PRVTE1	PRIVATE EXPERIMENTATION (ICMPv6) - 100.
PRVTE2	PRIVATE EXPERIMENTATION (ICMPv6) - 101.
RSVDE	RESERVED (ICMPv6) - 127.
ECHORQSTV6	ECHO REQUEST (ICMPv6) - 128.
ECHORPLYV6	ECHO REPLY (ICMPv6) - 129.
PRVTI1	PRIVATE EXPERIMENTATION (ICMPv6) - 200.
PRVTI2	PRIVATE EXPERIMENTATION (ICMPv6) - 201.
RSVDI	RESERVED (ICMPv6) - 255.

id_type_t

enum ProtocolPP::id_type_t

IKEv2 ID_TYPE fields

Parameters

ID_IPV4_ADDR	- IPv4 Address ID type
ID_FQDN	- FQDN ID type
ID_RFC822_ADDR	- RFC822 Address ID type
ID_UNASSIGNED4	- Unassigned
ID_IPV6_ADDR	- IPv6 Adddress ID type
ID_UNASSIGNED6	- Unassigned
ID_UNASSIGNED7	- Unassigned
ID_UNASSIGNED8	- Unassigned
ID_DER_ASN1_DN	- ASN1 DN ID type
ID_DER_ASN1_GN	- ASN1 GN ID type
ID_KEY_ID	- Key ID type
ID_FC_NAME	- FC Name ID type
ID_NULL	- NULL ID type

Enumerator
ID_IPV4_ADDR	IPv4 Address ID type.
ID_FQDN	FQDN ID type.
ID_RFC822_ADDR	RFC822 Address ID type.
ID_UNASSIGNED4	Unassigned.
ID_IPV6_ADDR	IPv6 Address ID type.
ID_UNASSIGNED6	Unassigned.
ID_UNASSIGNED7	Unassigned.
ID_UNASSIGNED8	Unassigned.
ID_DER_ASN1_DN	ASN1 DN ID type.
ID_DER_ASN1_GN	ASN1 GN ID type.
ID_KEY_ID	Key ID type.
ID_FC_NAME	FC Name ID type.
ID_NULL	NULL ID type.

ike_gateway_t

enum ProtocolPP::ike_gateway_t

IKE Gateway Identity Types

Parameters

GATEWAY_IPV4_ADDR	- IPv4 Address of the VPN gateway
GATEWAY_IPV6_ADDR	- IPv6 Address of the VPN gateway
GATEWAY_FQDN_ADDR	- FQDN Address of the VPN gateway

Enumerator
GATEWAY_IPV4_VPN_ADDR	IPv4 Address of the VPN gateway.
GATEWAY_IPV6_VPN_ADDR	IPv6 Address of the VPN gateway.
GATEWAY_FQDN_VPN_ADDR	FQDN Address of the VPN gateway.

ike_hash_t

enum ProtocolPP::ike_hash_t

IKE Hash Algorithms

Parameters

HASH_SHA1	- SHA1 Hash Algorithm
HASH_SHA2_256	- SHA2_256 Hash Algorithm
HASH_SHA2_384	- SHA2_384 Hash Algorithm
HASH_SHA2_512	- SHA2_512 Hash Algorithm
HASH_IDENTITY	- Identity Hash Algorithm

Enumerator
HASH_SHA1	SHA1 Hash Algorithm.
HASH_SHA2_256	SHA2_256 Hash Algorithm.
HASH_SHA2_384	SHA2_384 Hash Algorithm.
HASH_SHA2_512	SHA2_512 Hash Algorithm.
HASH_IDENTITY	Identity Hash Algorithm.

ike_ipcomp_t

enum ProtocolPP::ike_ipcomp_t

IKE Compression Types

Parameters

IPCOMP_OUI	- OUI Compression
IPCOMP_DEFLATE	- Deflation
IPCOMP_LZS	- LZS Compression
IPCOMP_LZJH	- LZJH Compression

Enumerator
IPCOMP_OUI	Configure an internal IPv4 Address.
IPCOMP_DEFLATE	Configure an internal IPv4 NETMASK.
IPCOMP_LZS	Configure a IPv4 DNS setting.
IPCOMP_LZJH	Configure a IPv4 NBNS setting.

ike_pyld_t

enum ProtocolPP::ike_pyld_t

IKEv2 Payload Type fields

Parameters

PYLD_NONE	- No Next Payload
PYLD_SA	- Security Association
PYLD_KE	- Key Exchange
PYLD_IDI	- Identification Initiator
PYLD_IDR	- Identification Responder
PYLD_CERT	- Certificate
PYLD_CERTREQ	- Certificate Request
PYLD_AUTH	- Authentication
PYLD_NINR	- Nonce
PYLD_N	- Notify
PYLD_D	- Delete
PYLD_V	- Vendor ID
PYLD_TSI	- Traffic Selector Initiator
PYLD_TSR	- Traffic Selector Responder
PYLD_SK	- Encrypted and Authenticated
PYLD_CP	- Configuration
PYLD_EAP	- Extensible Authentication
PYLD_GSPM	- Generic Secure Password Method
PYLD_IDG	- Group Identification
PYLD_GSA	- Group Security Association
PYLD_KD	- Key Download
PYLD_SKF	- Encrypted and Authenticated Fragment
PYLD_PS	- Puzzle Solution

Enumerator
PYLD_NONE	No Next Payload.
PYLD_SA	Security Association.
PYLD_KE	Key Exchange
PYLD_IDI	Identification Initiator.
PYLD_IDR	Identification Responder.
PYLD_CERT	Certificate.
PYLD_CERTREQ	Certificate Request.
PYLD_AUTH	Authentication.
PYLD_NINR	Nonce.
PYLD_N	Nofify.
PYLD_D	Delete.
PYLD_V	Vendor ID.
PYLD_TSI	Traffic Selector Initiator.
PYLD_TSR	Traffic Selector Responder.
PYLD_SK	Encrypted and Authenticated.
PYLD_CP	Configuration.
PYLD_EAP	Extensible Authentication.
PYLD_GSPM	Generic Secure Password Method.
PYLD_IDG	Group Identification.
PYLD_GSA	Group Security Association.
PYLD_KD	Key Download.
PYLD_SKF	Encrypted and Authenticated Fragment.
PYLD_PS	Puzzle Solution.

ike_secpass_t

enum ProtocolPP::ike_secpass_t

IKE Secure Password Types

Parameters

SECURE_PASSWORD_PACE	- PACE Secure Password
SECURE_PASSW0RD_AUGPAKE	- AugPAKE Secure Password
SECURE_PASSWORD_PSK_AUTH	- Secure PSK Authentication

Enumerator
SECURE_PASSWORD_PACE	PACE Secure Password.
SECURE_PASSW0RD_AUGPAKE	AugPAKE Secure Password.
SECURE_PASSWORD_PSK_AUTH	Secure PSK Authentication.

ike_ts_t

enum ProtocolPP::ike_ts_t

IKE Traffic Selector Types

Parameters

TS_IPV4_ADDR_RANGE	- Traffic Selector with IPv4 Address Range
TS_IPV6_ADDR_RANGE	- Traffic Selector with IPv6 Address Range
TS_FC_ADDR_RANGE	- Traffic Selector with FC Address Range

Enumerator
TS_IPV4_ADDR_RANGE	Traffic Selector with IPv4 Address Range.
TS_IPV6_ADDR_RANGE	Traffic Selector with IPv6 Address Range.
TS_FC_ADDR_RANGE	Traffic Selector with FC Address Range.

integ_id_t

enum ProtocolPP::integ_id_t

IKEv2 INTEG_ID fields

Parameters

AUTH_NONE	- No Authentication
AUTH_HMAC_MD5_96	- HMAC-MD5-96 Authentication with 96-bit ICV
AUTH_HMAC_SHA1_96	- HMAC-SHA1-96 Authentication with 96-bit ICV
AUTH_DES_MAC	- DES-MAC Authentication with 64-bit ICV
AUTH_KPDK_MD5	- KPDK_MD5 Authentication with 128-bit ICV
AUTH_AES_XCBC_96	- AES-XCBC-96 Authentication with 96-bit ICV
AUTH_HMAC_MD5_128	- HMAC-MD5-128 Authentication with 128-bit ICV
AUTH_HMAC_SHA1_160	- HMAC-SHA1-160 Authentication with 160-bit ICV
AUTH_AES_CMAC_95	- AES-CMAC-96 Authentication with 96-bit ICV
AUTH_AES_128_GMAC	- AES-128-GMAC Authentication with 128-bit ICV
AUTH_AES_192_GMAC	- AES-192-GMAC Authentication with 192-bit ICV
AUTH_AES_256_GMAC	- AES-256-GMAC Authentication with 256-bit ICV
AUTH_HMAC_SHA2_256_128	- HMAC-SHA2-256 Authentication with 128-bit ICV
AUTH_HMAC_SHA2_384_192	- HMAC-SHA2-384 Authentication with 192-bit ICV
AUTH_HMAC_SHA2_512_256	- HMAC-SHA2-512 Authentication with 256-bit ICV
AUTH_NONE	- No Authentication

Enumerator
AUTH_NONE	No Authentication.
AUTH_HMAC_MD5_96	HMAC-MD5-96 Authentication with 96-bit ICV.
AUTH_HMAC_SHA1_96	HMAC-SHA1-96 Authentication with 96-bit ICV.
AUTH_DES_MAC	DES-MAC Authentication with 64-bit ICV.
AUTH_KPDK_MD5	KPDK_MD5 Authentication with 128-bit ICV.
AUTH_AES_XCBC_96	AES-XCBC-96 Authentication with 96-bit ICV.
AUTH_HMAC_MD5_128	HMAC-MD5-128 Authentication with 128-bit ICV.
AUTH_HMAC_SHA1_160	HMAC-SHA1-160 Authentication with 160-bit ICV.
AUTH_AES_CMAC_96	AES-CMAC-96 Authentication with 96-bit ICV.
AUTH_AES_128_GMAC	AES-128-GMAC Authentication with 128-bit ICV.
AUTH_AES_192_GMAC	AES-192-GMAC Authentication with 192-bit ICV.
AUTH_AES_256_GMAC	AES-256-GMAC Authentication with 256-bit ICV.
AUTH_HMAC_SHA2_256_128	HMAC-SHA2-256 Authentication with 128-bit ICV.
AUTH_HMAC_SHA2_384_192	HMAC-SHA2-384 Authentication with 192-bit ICV.
AUTH_HMAC_SHA2_512_256	HMAC-SHA2-512 Authentication with 256-bit ICV.

ip_proto_t

enum ProtocolPP::ip_proto_t

IKEv2 ID PROTO fields

Parameters

IP_PROTO_ANY	- Any protocol
IP_PROTO_ICMP	- ICMP protocol
IP_PROTO_TCP	- Transport Control Protocol (TCP)
IP_PROTO_UDP	- User Datagram Protocol (UDP)
IP_PROTO_ICMPV6	- ICMP protocol version 6
IP_PROTO_MH	- MH Protocol

Enumerator
IP_PROTO_ANY	Any Protocol.
IP_PROTO_ICMP	ICMP Protocol.
IP_PROTO_TCP	Transport Control Protocol (TCP)
IP_PROTO_UDP	User Datagram Protocol (UDP)
IP_PROTO_ICMPV6	ICMP protocol version 6.
IP_PROTO_MH	MH Protocol.

ipmode_t

enum ProtocolPP::ipmode_t

IPsec mode of operation

Parameters

TRANSPORT	- Transport mode
TUNNEL	- Tunnel mode

Enumerator
TRANSPORT	IP transport mode.
TUNNEL	IP tunnel mode.

ipsec_mode_t

enum ProtocolPP::ipsec_mode_t

IKEv2 IPSEC MODE fields

Parameters

TRANSPORT_MODE	- IPsec Transport Mode
TUNNEL_MODE	- IPsec Tunnel Mode

Enumerator
TRANSPORT_MODE	IPsec Transport Mode.
TUNNEL_MODE	IPsec Tunnel Mode.

keymode_t

enum ProtocolPP::keymode_t

PKI modes of operation

Parameters

GENKEYPAIR	- Generate Key Pair
PKISIGN	- Generate Signature
PKIVERIFY	- Verify Signature
RSAENCRYPT	- Encrypt data with RSA Key Pair
RSADECRYPT	- Decrypt data with RSA Key Pair
KYBERENC	- Encrypt data with Kyber Key Pair
KYBERDEC	- Decrypt data with Kyber Key Pair

Enumerator
GENKEYPAIR	Generate Key Pair.
PKISIGN	Generate Signature.
PKIVERIFY	Verify Signature.
RSAENCRYPT	Encrypt data with RSA Key Pair.
RSADECRYPT	Decrypt data with RSA Key Pair.
KYBERENC	Encrypt data with Kyber Key Pair.
KYBERDEC	Decrypt data with Kyber Key Pair.

kyber_algorithm_t

enum ProtocolPP::kyber_algorithm_t

Kyber Key Exchange Algorithm

KYBER_512 - Kyber shared secret with 512-bit public key KYBER_768 - Kyber shared secret with 768-bit public key KYBER_1024 - Kyber shared secret with 1024-bit public key

Enumerator
KYBER_512	Kyber shared secret with 512-bit public key.
KYBER_768	Kyber shared secret with 768-bit public key.
KYBER_1024	Kyber shared secret with 1024-bit public key.

lmots_algorithm_t

enum ProtocolPP::lmots_algorithm_t

LMOTS Algorithm

PLMOTS_SHA256_N32_W1 - LMS One-Time Signature using SHA256 with n=32, w=1, p=256, ls=7, sig_len=8516 PLMOTS_SHA256_N32_W2 - LMS One-Time Signature using SHA256 with n=32, w=2, p=133, ls=6, sig_len=4292 PLMOTS_SHA256_N32_W4 - LMS One-Time Signature using SHA256 with n=32, w=4, p=67, ls=4, sig_len=2180 PLMOTS_SHA256_N32_W8 - LMS One-Time Signature using SHA256 with n=32, w=8, p=34, ls=0, sig_len=1124 PLMOTS_SHA256_N24_W1 - LMS One-Time Signature using SHA256 with n=24, w=1, p=256, ls=7, sig_len=8516 PLMOTS_SHA256_N24_W2 - LMS One-Time Signature using SHA256 with n=24, w=2, p=133, ls=6, sig_len=4292 PLMOTS_SHA256_N24_W4 - LMS One-Time Signature using SHA256 with n=24, w=4, p=67, ls=4, sig_len=2180 PLMOTS_SHA256_N24_W8 - LMS One-Time Signature using SHA256 with n=24, w=8, p=34, ls=0, sig_len=1124 PLMOTS_SHAKE_N32_W1 - LMS One-Time Signature using SHAKE with n=32, w=1, p=256, ls=7, sig_len=8516 PLMOTS_SHAKE_N32_W2 - LMS One-Time Signature using SHAKE with n=32, w=2, p=133, ls=6, sig_len=4292 PLMOTS_SHAKE_N32_W4 - LMS One-Time Signature using SHAKE with n=32, w=4, p=67, ls=4, sig_len=2180 PLMOTS_SHAKE_N32_W8 - LMS One-Time Signature using SHAKE with n=32, w=8, p=34, ls=0, sig_len=1124 PLMOTS_SHAKE_N24_W1 - LMS One-Time Signature using SHAKE with n=24, w=1, p=256, ls=7, sig_len=8516 PLMOTS_SHAKE_N24_W2 - LMS One-Time Signature using SHAKE with n=24, w=2, p=133, ls=6, sig_len=4292 PLMOTS_SHAKE_N24_W4 - LMS One-Time Signature using SHAKE with n=24, w=4, p=67, ls=4, sig_len=2180 PLMOTS_SHAKE_N24_W8 - LMS One-Time Signature using SHAKE with n=24, w=8, p=34, ls=0, sig_len=1124

Enumerator
PLMOTS_SHA256_N32_W1	LMS One-Time Signature using SHA256 with n=32, w=1, p=256, ls=7, sig_len=8516.
PLMOTS_SHA256_N32_W2	LMS One-Time Signature using SHA256 with n=32, w=2, p=133, ls=6, sig_len=4292.
PLMOTS_SHA256_N32_W4	LMS One-Time Signature using SHA256 with n=32, w=4, p=67, ls=4, sig_len=2180.
PLMOTS_SHA256_N32_W8	LMS One-Time Signature using SHA256 with n=32, w=8, p=34, ls=0, sig_len=1124.
PLMOTS_SHA256_N24_W1	LMS One-Time Signature using SHA256 with n=24, w=1, p=256, ls=7, sig_len=8516.
PLMOTS_SHA256_N24_W2	LMS One-Time Signature using SHA256 with n=24, w=2, p=133, ls=6, sig_len=4292.
PLMOTS_SHA256_N24_W4	LMS One-Time Signature using SHA256 with n=24, w=4, p=67, ls=4, sig_len=2180.
PLMOTS_SHA256_N24_W8	LMS One-Time Signature using SHA256 with n=24, w=8, p=34, ls=0, sig_len=1124.
PLMOTS_SHAKE_N32_W1	LMS One-Time Signature using SHAKE with n=32, w=1, p=256, ls=7, sig_len=8516.
PLMOTS_SHAKE_N32_W2	LMS One-Time Signature using SHAKE with n=32, w=2, p=133, ls=6, sig_len=4292.
PLMOTS_SHAKE_N32_W4	LMS One-Time Signature using SHAKE with n=32, w=4, p=67, ls=4, sig_len=2180.
PLMOTS_SHAKE_N32_W8	LMS One-Time Signature using SHAKE with n=32, w=8, p=34, ls=0, sig_len=1124.
PLMOTS_SHAKE_N24_W1	LMS One-Time Signature using SHAKE with n=24, w=1, p=256, ls=7, sig_len=8516.
PLMOTS_SHAKE_N24_W2	LMS One-Time Signature using SHAKE with n=24, w=2, p=133, ls=6, sig_len=4292.
PLMOTS_SHAKE_N24_W4	LMS One-Time Signature using SHAKE with n=24, w=4, p=67, ls=4, sig_len=2180.
PLMOTS_SHAKE_N24_W8	LMS One-Time Signature using SHAKE with n=24, w=8, p=34, ls=0, sig_len=1124.

lms_algorithm_t

enum ProtocolPP::lms_algorithm_t

LMS Signature Algorithm

LMS_SHA256_M32_H5 - LMS One-Time Signature using SHA256 with m=32, h=5 LMS_SHA256_M32_H10 - LMS One-Time Signature using SHA256 with m=32, h=10 LMS_SHA256_M32_H15 - LMS One-Time Signature using SHA256 with m=32, h=15 LMS_SHA256_M32_H20 - LMS One-Time Signature using SHA256 with m=32, h=20 LMS_SHA256_M32_H25 - LMS One-Time Signature using SHA256 with m=32, h=25 LMS_SHA256_M24_H5 - LMS One-Time Signature using SHA256 m=24, h=5 LMS_SHA256_M24_H10 - LMS One-Time Signature using SHA256 m=24, h=10 LMS_SHA256_M24_H15 - LMS One-Time Signature using SHA256 m=24, h=15 LMS_SHA256_M24_H20 - LMS One-Time Signature using SHA256 m=24, h=20 LMS_SHA256_M24_H25 - LMS One-Time Signature using SHA256 m=24, h=25 LMS_SHAKE_M32_H5 - LMS One-Time Signature using SHAKE with m=32, h=5 LMS_SHAKE_M32_H10 - LMS One-Time Signature using SHAKE with m=32, h=10 LMS_SHAKE_M32_H15 - LMS One-Time Signature using SHAKE with m=32, h=15 LMS_SHAKE_M32_H20 - LMS One-Time Signature using SHAKE with m=32, h=20 LMS_SHAKE_M32_H25 - LMS One-Time Signature using SHAKE with m=32, h=25 LMS_SHAKE_M24_H5 - LMS One-Time Signature using SHAKE m=24, h=5 LMS_SHAKE_M24_H10 - LMS One-Time Signature using SHAKE m=24, h=10 LMS_SHAKE_M24_H15 - LMS One-Time Signature using SHAKE m=24, h=15 LMS_SHAKE_M24_H20 - LMS One-Time Signature using SHAKE m=24, h=20 LMS_SHAKE_M24_H25 - LMS One-Time Signature using SHAKE m=24, h=25

Enumerator
LMS_SHA256_M32_H5	LMS Signature using SHA256 with m=32, h=5.
LMS_SHA256_M32_H10	LMS Signature using SHA256 with m=32, h=10.
LMS_SHA256_M32_H15	LMS Signature using SHA256 with m=32, h=15.
LMS_SHA256_M32_H20	LMS Signature using SHA256 with m=32, h=20.
LMS_SHA256_M32_H25	LMS Signature using SHA256 with m=32, h=25.
LMS_SHA256_M24_H5	LMS Signature using SHA256 with m=24, h=5.
LMS_SHA256_M24_H10	LMS Signature using SHA256 with m=24, h=10.
LMS_SHA256_M24_H15	LMS Signature using SHA256 with m=24, h=15.
LMS_SHA256_M24_H20	LMS Signature using SHA256 with m=24, h=20.
LMS_SHA256_M24_H25	LMS Signature using SHA256 with m=24, h=25.
LMS_SHAKE_M32_H5	LMS Signature using SHAKE with m=32, h=5.
LMS_SHAKE_M32_H10	LMS Signature using SHAKE with m=32, h=10.
LMS_SHAKE_M32_H15	LMS Signature using SHAKE with m=32, h=15.
LMS_SHAKE_M32_H20	LMS Signature using SHAKE with m=32, h=20.
LMS_SHAKE_M32_H25	LMS Signature using SHAKE with m=32, h=25.
LMS_SHAKE_M24_H5	LMS Signature using SHAKE with m=24, h=5.
LMS_SHAKE_M24_H10	LMS Signature using SHAKE with m=24, h=10.
LMS_SHAKE_M24_H15	LMS Signature using SHAKE with m=24, h=15.
LMS_SHAKE_M24_H20	LMS Signature using SHAKE with m=24, h=20.
LMS_SHAKE_M24_H25	LMS Signature using SHAKE with m=24, h=25.

macsecmode_t

enum ProtocolPP::macsecmode_t

MACSEC Encryption Modes of Operation

Parameters

AES_GCM_256	- AES-GCM with 256-bit key
AES_GCM_XPN_256	- AES-GCM with extended packet number and 256-bit key
NULL_MACSEC	- Authenticate only mode AES-GMAC

Enumerator
AES_GCM_256	AES-GCM with 256-bit key.
AES_GCM_XPN_256	AES-GCM with extended packet number and 256-bit key.
NULL_MACSEC	Authenticate only with AES-GMAC.

notify_err_t

enum ProtocolPP::notify_err_t

IKE Notify Messages - Error Types NERR_UNSUPPORTED_CRIT_PAYLD - Unsupported critical payload NERR_RSVD2 - Unsupported critical payload NERR_RSVD3 - Unsupported critical payload NERR_INVALID_IKE_SPI - Invalid IKE Security Protocol Index (SPI) NERR_INVALID_MAJOR_VERSION - Invalid IKE Major Version NERR_RSVD6 NERR_INVALID_SYNTAX - Invalid syntax NERR_RSVD8 NERR_INVALID_MESSAGE_ID - ID for this message is incorrect NERR_RSVD10 NERR_INVALID_SPI - Invalid Security Protocol Index for ESP or AH NERR_RSVD12 NERR_RSVD13 NERR_NO_PROPOSAL_CHOSEN - IKE or ESP proposal was not chosed from the selection NERR_RSVD15 NERR_RSVD16 NERR_INVALID_KE_PAYLOAD - Key Exchange Payload is Invalid NERR_RSVD18 NERR_RSVD19 NERR_RSVD20 NERR_RSVD21 NERR_RSVD22 NERR_RSVD23 NERR_AUTH_FAILED - Authentication of the payload failed NERR_RSVD25 NERR_RSVD26 NERR_RSVD27 NERR_RSVD28 NERR_RSVD29 NERR_RSVD30 NERR_RSVD31 NERR_RSVD32 NERR_RSVD33 NERR_SINGLE_PAIR_REQUIRED - Single Pair Required NERR_NO_ADDITIONAL_SAS - No Additional SAS NERR_INTERNAL_ADDRESS_FAILURE - Requested Internal Address Failed NERR_FAILED_CP_REQUIRED - Failed CP Required NERR_TS_UNACCEPTABLE - Traffic Selector was not acceptable NERR_INVALID_SELECTORS - Invalid Traffic Selectors NERR_UNACCEPTABLE_ADDRESSES - Requested Addresses were not accepted NERR_UNEXPECTED_NAT_DETECTED - NAT Transversal requested but not configured NERR_USE_ASSIGNED_HOA - Use Assigned HOA NERR_TEMPORARY_FAILURE - Temporary Failure NERR_CHILD_SA_NOT_FOUND - For the connection, the Child Security Association (SA) was not found NERR_INVALID_GROUP_ID - Invalid Diffie-Hellman Group ID was requested NERR_AUTHORIZATION_FAILED - Authorization of the connection failed

notify_status_t

enum ProtocolPP::notify_status_t

IKE Notify Messages - Status Types NSTAT_INITIAL_CONTACT [RFC7296] NSTAT_SET_WINDOW_SIZE [RFC7296] NSTAT_ADDITIONAL_TS_POSSIBLE [RFC7296] NSTAT_IPCOMP_SUPPORTED [RFC7296] NSTAT_NAT_DETECTION_SOURCE_IP [RFC7296] NSTAT_NAT_DETECTION_DESTINATION_IP [RFC7296] NSTAT_COOKIE [RFC7296] NSTAT_USE_TRANSPORT_MODE [RFC7296] NSTAT_HTTP_CERT_LOOKUP_SUPPORTED [RFC7296] NSTAT_REKEY_SA [RFC7296] NSTAT_ESP_TFC_PADDING_NOT_SUPPORTED [RFC7296] NSTAT_NON_FIRST_FRAGMENTS_ALSO [RFC7296] NSTAT_MOBIKE_SUPPORTED [RFC4555] NSTAT_ADDITIONAL_IP4_ADDRESS [RFC4555] NSTAT_ADDITIONAL_IP6_ADDRESS [RFC4555] NSTAT_NO_ADDITIONAL_ADDRESSES [RFC4555] NSTAT_UPDATE_SA_ADDRESSES [RFC4555] NSTAT_COOKIE2 [RFC4555] NSTAT_NO_NATS_ALLOWED [RFC4555] NSTAT_AUTH_LIFETIME [RFC4478] NSTAT_MULTIPLE_AUTH_SUPPORTED [RFC4739] NSTAT_ANOTHER_AUTH_FOLLOWS [RFC4739] NSTAT_REDIRECT_SUPPORTED [RFC5685] NSTAT_REDIRECT [RFC5685] NSTAT_REDIRECTED_FROM [RFC5685] NSTAT_TICKET_LT_OPAQUE [RFC5723] NSTAT_TICKET_REQUEST [RFC5723] NSTAT_TICKET_ACK [RFC5723] NSTAT_TICKET_NACK [RFC5723] NSTAT_TICKET_OPAQUE [RFC5723] NSTAT_LINK_ID [RFC5739] NSTAT_USE_WESP_MODE [RFC5840] NSTAT_ROHC_SUPPORTED [RFC5857] NSTAT_EAP_ONLY_AUTHENTICATION [RFC5998] NSTAT_CHILDLESS_IKEV2_SUPPORTED [RFC6023] NSTAT_QUICK_CRASH_DETECTION [RFC6290] NSTAT_IKEV2_MESSAGE_ID_SYNC_SUPPORTED [RFC6311] NSTAT_IPSEC_REPLAY_COUNTER_SYNC_SUPPORTED [RFC6311] NSTAT_IKEV2_MESSAGE_ID_SYNC [RFC6311] NSTAT_IPSEC_REPLAY_COUNTER_SYNC [RFC6311] NSTAT_SECURE_PASSWORD_METHODS [RFC6467] NSTAT_PSK_PERSIST [RFC6631] NSTAT_PSK_CONFIRM [RFC6631] NSTAT_ERX_SUPPORTED [RFC6867] NSTAT_IFOM_CAPABILITY [Frederic_Firmin][3GPP TS 24.303 v10.6.0 annex B.2] NSTAT_SENDER_REQUEST_ID [draftyeunggikev2] NSTAT_IKEV2_FRAGMENTATION_SUPPORTED [RFC7383] NSTAT_SIGNATURE_HASH_ALGORITHMS [RFC7427] NSTAT_CLONE_IKE_SA_SUPPORTED [RFC7791] NSTAT_CLONE_IKE_SA [RFC7791] NSTAT_PUZZLE [RFC8019] NSTAT_USE_PPK [draftietfipsecmeqrikev2] NSTAT_PPK_IDENTITY [draftietfipsecmeqrikev2] NSTAT_NO_PPK_AUTH [draftietfipsecmeqrikev2]

ots_addrtype_t

enum ProtocolPP::ots_addrtype_t

WOTS+ Address Types

OTSADDR - WOTS+ using SHA256 with n=32, w=16 LTREEADDR - WOTS+ using SHA512 with n=64, w=16 HASHADDR - WOTS+ using SHAKE256 with n=32, w=16

Enumerator
OTSADDR	WOTS+ Address type.
LTREEADDR	WOTS+ LTREE Address type.
HASHADDR	WOTS+ Hash tree Address type.

ots_algorithm_t

enum ProtocolPP::ots_algorithm_t

WOTS+ Algorithm

WOTSP_SHA2_256 - WOTS+ using SHA256 with n=32, w=16 WOTSP_SHA2_512 - WOTS+ using SHA512 with n=64, w=16 WOTSP_SHAKE_256 - WOTS+ using SHAKE256 with n=32, w=16 WOTSP_SHAKE_512 - WOTS+ using SHAKE512 with n=64, w=16

Enumerator
WOTSP_SHA2_256	WOTS+ using SHA256 with n=32, w=16.
WOTSP_SHA2_512	WOTS+ using SHA512 with n=64, w=16.
WOTSP_SHAKE_256	WOTS+ using SHAKE256 with n=32, w=16.
WOTSP_SHAKE_512	WOTS+ using SHAKE512 with n=64, w=16.

pad_t

enum ProtocolPP::pad_t

padding types to generate for packet padding

Parameters

RANDOM	- generate random string of bytes for padding
INCREMENT	- generate a series of incrementing bytes for padding
ZER0	- generate a string of zeros for padding
SIZE	- generate a string of bytes with a value equal to size

Enumerator
RANDOM	Generate random string of bytes.
INCREMENT	Generate an incrementing string of bytes.
ZERO	Generate a string of zeros.
SIZE	Generate a string of bytes with value of size.
UNKNWN	Generate unknown padding.

platform_t

enum ProtocolPP::platform_t

Testbench platform, only used for jtestbench to define how the software rings are accessed and how the security associations are handled

Parameters

WASP	- Testbench uses jresponder to simulate a platform to test against. Allows randomization of read, write and processing times
WASPDUT	- Testbench with software rings to allow connecting a device-under-test (DUT) via the rings
SEC	- Support for SEC block in QorIQ, Layerscape, and iMX* processors from NXP/Qualcomm. This testbench can program the address and size of the software rings which SEC can then read

Enumerator
WASP	Testbench uses jresponder to simulate.
WASPDUT	Testbench with no responder to allow DUT to connect.
SEC	Support for SEC block.

prf_id_t

enum ProtocolPP::prf_id_t

IKEv2 PRF_ID fields

Parameters

PRF_HMAC_MD5	- HMAC-MD5 Pseudo Random Function with 16-byte ICV
PRF_HMAC_SHA1	- HMAC-SHA1 Pseudo Random Function with 20-byte ICV
PRF_HMAC_TIGER	- HMAC-TIGER Pseudo Random Function
PRF_AES128_XCBC	- AES-XCBC Pseudo Random Function with 128-bit key and 16-byte ICV
PRF_HMAC_SHA2_256	- HMAC-SHA2-256 Authenticaiton with 32-byte ICV
PRF_HMAC_SHA2_384	- HMAC-SHA2-384 Pseudo Random Function with 48-byte ICV
PRF_HMAC_SHA2_512	- HMAC-SHA2-512 Pseudo Random Function with 64-byte ICV
PRF_AES128_CMAC	- AES-CMAC Pseudo Random Function with 128-bit key and 16-byte ICV

Enumerator
PRF_HMAC_MD5	HMAC-MD5 Pseudo Random Function with 16-byte ICV.
PRF_HMAC_SHA1	HMAC-SHA1 Pseudo Random Function with 20-byte ICV.
PRF_HMAC_TIGER	HMAC-TIGER Pseudo Random Function.
PRF_AES128_XCBC	AES-XCBC Pseudo Random Function with 128-bit key and 16-byte ICV.
PRF_HMAC_SHA2_256	HMAC-SHA2-256 Pseudo Random Function with 32-byte ICV.
PRF_HMAC_SHA2_384	HMAC-SHA2-384 Pseudo Random Function with 48-byte ICV.
PRF_HMAC_SHA2_512	HMAC-SHA2-512 Pseudo Random Function with 64-byte ICV.
PRF_AES128_CMAC	AES-CMAC Psuedo Random Function with 128-bit key and 16-byte ICV.

protocol_id_t

enum ProtocolPP::protocol_id_t

IKEv2 Protocol Identifiers

Parameters

PROTO_IKE	- Request Internet Key Exchange Protocol (IKE)
PROTO_AH	- Request Authentication Header Protocol (AH)
PROTO_ESP	- Request Encapsulating Security Protocol (ESP)
PROTO_FC_ESP_HDR	- FC ESP Header
PROTO_FC_CT_AUTH	- FC CT Authentication

Enumerator
PROTO_IKE	Request Internet Key Exchange Protocol (IKE)
PROTO_AH	Request Authentication Header Protocol (AH)
PROTO_ESP	Request Encapsulating Security Protocol (ESP)
PROTO_FC_ESP_HDR	FC ESP Header.
PROTO_FC_CT_AUTH	FC CT Authentication.

protocol_t

enum ProtocolPP::protocol_t

Protocols not found in the standard IANA values

Parameters

ERRNONE	- No error in protocol
PROTOCOL	- Protocol++® base class
MACSEC	- IEEE802 Security protocol
WIFI	- IEEE802.11 Wireless Protocol
WIGIG	- IEEE802.11ad Wireless Protocol
WIMAX	- IEEE802.16 Wireless Protocol
LTE	- Long Term Evolution (LTE)/3GPP Protocols
RLC	- Radio Link Control Protocol (RLC)
TLS	- Transport Layer Security (TLS)
SRTP	- Secure Real Time Protocol (SRTP)
UDPP	- User Data Protocol (UDP)
TCPP	- Transport Control Protocol (TCP)
ICMPP	- Internet Control Message Protocol (ICMP)
IP	- IP protocol
IPSEC	- IPsec Protocol (ESP)
XMLPARSER	- TinyXML2 parser
RINGDRIVER	- Ring based driver
DIRECTDRIVER	- Direct driver
DRIVER	- Driver
LOOPBACK	- Loopback mode for the Ethernet interface
ETHERNET	- Ethernet interface
RSA	- RSA Crypto System
DSA	- Digital Signature Algorithm
ECDSAFP	- Elliptic Curve Signature Algorithm in a Binary Field
ECDSAF2M	- Elliptic Curve Signature Algorithm in a Galios Field
ECDSAED	- Elliptic Curve Signature Algorithm for Ed25519
IKEV2	- Internet Key Exchange (IKE) version 2
INTEGRITY	- Encryption algorithm
CONFIDENT	- Authentication algorithm
XMSS	- XMSS Signature Scheme
LMS	- LMS Signature Scheme
TLS13	- TLS version v1.3
DTLS13	- DTLS version v1.3
EGRE	- Extended General Encapsulation Protocol (GRE)
NVGRE	- Node Virtual General Encapsulation Protocol (NVGRE)
VXLAN	- Virtual eXtensible Local Area Network (VXLAN)
KYBER	- Kyber key exchange post quantum algorithm
DILITHIUM	- Dilithium signature post quantum algorithm
FALCON	- Falcon signature post quantum algorithm
SPHINCS	- Sphincs+ signature post quantum algorithm
NOPROTO	- No protocol selected

Enumerator
ERRNONE	No Error.
PROTOCOL	JProtocol base class.
MACSEC	Macsec protocol.
WIFI	Wifi protocol.
WIGIG	WiGig protocol.
WIMAX	WiMax protocol.
LTE	LTE/3GPP protocol.
RLC	Radio Link Control.
TLS	TLS/SSL protocol.
SRTP	Secure RTP protocol.
UDPP	UDP.
TCPP	TCP.
ICMPP	ICMP.
IP	IP.
IPSEC	IPsec.
XMLPARSER	XML Parser.
RINGDRIVER	Ring Driver.
DIRECTDRIVER	Direct Driver.
DRIVER	Driver.
LOOPBACK	Ethernet LoopBack mode.
ETHERNET	Ethernet.
RSA	RSA Crypto System.
DSA	Digital Signature Algorithm.
ECDSAFP	Elliptic Curve Digital Signature Algorithm in Binary field.
ECDSAF2M	Elliptic Curve Digital Signature Algorithm in Galios field.
ECDSAED	Elliptic Curve Digital Signature Algorithm for Ed25519.
IKEV2	Internet Key Exchange (IKE) version 2.
INTEGRITY	Encryption algorithm.
CONFIDENT	Authentication algorithm.
BLOB	Memory BLOB.
XMSS	XMSS Signature method.
LMS	LMS Signatrure method.
TLS13	TLS v1.3.
DTLS13	DTLS v1.3.
EGRE	Extended General Encapsulation Protocol (EGRE)
NVGRE	Node Virtual General Encapsulation Protocol (NVGRE)
VXLAN	Virtual eXtensible Local Area Network (VXLAN)
KYBER	Kyber key exchange post quantum algorithm.
DILITHIUM	Dilithium signature post quantum algorithm.
FALCON	Falcon signature post quantum algorithm.
SPHINCS	Sphincs+ signature post quantum algorithm.
NOPROTO	No Protocol.

replay_t

enum ProtocolPP::replay_t

Anti-Replay sequence number types

Parameters

NORMAL	- Sequence number incremented (seqnum = seqnum + 1)
SHIFT	- Sequence number in the future (seqnum = seqnum + random("2..50"))
WINDOW	- Sequence number found in the window
REPLAY	- Sequence number is replay
LATE	- Sequence number is outside the window (LATE)
OVERFLOW	- Sequence number overflow
UNDERFLOW	- Sequence number underflow

Enumerator
NORMAL	Sequence number incremented (seqnum = seqnum + 1)
SHIFT	Sequence number in the future, shifts window left (seqnum = seqnum + random("2..31"))
WINDOW	Sequence number found in the window.
REPLAY	Sequence number is replay.
LATE	Sequence number is outside the window (LATE)
ROLLOVER	Sequence number overflow.
ROLLUNDER	Sequence number underflow.

rohc_attr_t

enum ProtocolPP::rohc_attr_t

IKE ROHC Attribute Type

Parameters

ROHC_MAX_CID	- ROHC Maximum CID
ROHC_PROFILE	- ROHC Profile
ROHC_INTEG	- ROHC Integrity Algorithm
ROHC_ICV_LEN	- ROHC ICV Length
ROHC_MRRU	- ROHC MRRU

Enumerator
ROHC_MAX_CID	ROHC Maximum CID.
ROHC_PROFILE	ROHC Profile.
ROHC_INTEG	ROHC Integrity Algorithm.
ROHC_ICV_LEN	ROHC ICV Length.
ROHC_MRRU	ROHC MRRU.

role_id_t

enum ProtocolPP::role_id_t

IKEv2 ROLE_ID fields

Parameters

ROLE_INITIATOR	- Initiator role
ROLE_RESPONDER	- Responder role
ROLE_ANY	- Both an initiator and receiver

Enumerator
ROLE_INITIATOR	Initiator role.
ROLE_RESPONDER	Responder role.
ROLE_ANY	Both an initiator and receiver.

rsaenc_t

enum ProtocolPP::rsaenc_t

RSA Encryption Schemes

Parameters

PKCS	- PKCS Encryption scheme
OAEP_SHA	- OAEP with SHA Encryption scheme

Enumerator
PKCS	PKCS Encryption scheme.
OAEP_SHA	OAEP with SHA Encryption scheme.

rsapadtype_t

enum ProtocolPP::rsapadtype_t

RSA Pad formats

Parameters

PKCS15	- PKCS v1.5 padding
PSS	- Secure padding

Enumerator
PKCS15	PKCS v1.5 padding.
PSS	Secure padding.

sphincs_algorithm_t

enum ProtocolPP::sphincs_algorithm_t

SPHINCS+ Signature Algorithm

SPHINCS_SHA2_128F - Sphincs+ algorithm using SHA2 equivalent to 128-bit security SPHINCS_SHA2_128S - Sphincs+ algorithm using SHA2 equivalent to 128-bit security SPHINCS_SHA2_192F - Sphincs+ algorithm using SHA2 equivalent to 192-bit security SPHINCS_SHA2_192S - Sphincs+ algorithm using SHA2 equivalent to 192-bit security SPHINCS_SHA2_256F - Sphincs+ algorithm using SHA2 equivalent to 256-bit security SPHINCS_SHA2_256S - Sphincs+ algorithm using SHA2 equivalent to 256-bit security SPHINCS_SHAKE_128F - Sphincs+ algorithm using SHAKE equivalent to 128-bit security SPHINCS_SHAKE_128S - Sphincs+ algorithm using SHAKE equivalent to 128-bit security SPHINCS_SHAKE_192F - Sphincs+ algorithm using SHAKE equivalent to 192-bit security SPHINCS_SHAKE_192S - Sphincs+ algorithm using SHAKE equivalent to 192-bit security SPHINCS_SHAKE_256F - Sphincs+ algorithm using SHAKE equivalent to 256-bit security SPHINCS_SHAKE_256S - Sphincs+ algorithm using SHAKE equivalent to 256-bit security

Enumerator
SPHINCS_SHA2_128F	Sphincs+ algorithm using SHA2 equivalent to 128-bit security.
SPHINCS_SHA2_128S	Sphincs+ algorithm using SHA2 equivalent to 128-bit security.
SPHINCS_SHA2_192F	Sphincs+ algorithm using SHA2 equivalent to 192-bit security.
SPHINCS_SHA2_192S	Sphincs+ algorithm using SHA2 equivalent to 192-bit security.
SPHINCS_SHA2_256F	Sphincs+ algorithm using SHA2 equivalent to 256-bit security.
SPHINCS_SHA2_256S	Sphincs+ algorithm using SHA2 equivalent to 256-bit security.
SPHINCS_SHAKE_128F	Sphincs+ algorithm using SHAKE equivalent to 128-bit security.
SPHINCS_SHAKE_128S	Sphincs+ algorithm using SHAKE equivalent to 128-bit security.
SPHINCS_SHAKE_192F	Sphincs+ algorithm using SHAKE equivlaent to 192-bit security.
SPHINCS_SHAKE_192S	Sphincs+ algorithm using SHAKE equivalent to 192-bit security.
SPHINCS_SHAKE_256F	Sphincs+ algorithm using SHAKE equivalent to 256-bit security.
SPHINCS_SHAKE_256S	Sphincs+ algorithm using SHAKE equivalent to 256-bit security.

srtpcipher_t

enum ProtocolPP::srtpcipher_t

SRTP ciphers

Parameters

NULL_SRTP	- Null encryption and authentication
AEAD_AES_256_GCM	- AES Galois Counter Mode with 32-byte key and 16-byte ICV
AEAD_AES_256_GCM_8	- AES Galois Counter Mode with 32-byte key and 8-byte ICV
AEAD_AES_256_GCM_12	- AES Galois Counter Mode with 32-byte key and 12-byte ICV
AEAD_AES_256_CCM	- AES CCM Mode with 32-byte key and 16-byte ICV
AEAD_AES_256_CCM_8	- AES CCM Mode with 32-byte key and 8-byte ICV
AEAD_AES_256_CCM_12	- AES CCM Mode with 32-byte key and 12-byte ICV

Enumerator
NULL_SRTP	NULL encryption.
AEAD_AES_256_GCM	AES-GCM with 32-byte key and 16-byte ICV.
AEAD_AES_256_GCM_8	AES-GCM with 32-byte key and 8-byte ICV.
AEAD_AES_256_GCM_12	AES-GCM with 32-byte key and 12-byte ICV.
AEAD_AES_256_CCM	AES-CCM with 32-byte key and 16-byte ICV.
AEAD_AES_256_CCM_8	AES-CCM with 32-byte key and 8-byte ICV.
AEAD_AES_256_CCM_12	AES-CCM with 32-byte key and 12-byte ICV.

tls_ciphersuite_t

enum ProtocolPP::tls_ciphersuite_t

Ciphersuite values for TLS/SSL

Parameters

TLS_NULL_WITH_NULL_NULL
TLS_SM4_GCM_SM3
TLS_SM4_CCM_SM3
TLS_RSA_WITH_AES_256_GCM_SHA384
TLS_DHE_RSA_WITH_AES_256_GCM_SHA384
TLS_DH_RSA_WITH_AES_256_GCM_SHA384
TLS_DHE_DSS_WITH_AES_256_GCM_SHA384
TLS_DH_DSS_WITH_AES_256_GCM_SHA384
TLS_DH_ANON_WITH_AES_256_GCM_SHA384
TLS_PSK_WITH_AES_256_GCM_SHA384
TLS_DHE_PSK_WITH_AES_256_GCM_SHA384
TLS_RSA_PSK_WITH_AES_256_GCM_SHA384
TLS_PSK_WITH_AES_256_CBC_SHA384
TLS_PSK_WITH_NULL_SHA384
TLS_DHE_PSK_WITH_AES_256_CBC_SHA384
TLS_DHE_PSK_WITH_NULL_SHA384
TLS_RSA_PSK_WITH_AES_256_CBC_SHA384
TLS_RSA_PSK_WITH_NULL_SHA384
TLS_ECDHE_ECDSA_WITH_AES_256_CBC_SHA384
TLS_ECDH_ECDSA_WITH_AES_256_CBC_SHA384
TLS_ECDHE_RSA_WITH_AES_256_CBC_SHA384
TLS_ECDH_RSA_WITH_AES_256_CBC_SHA384
TLS_ECDHE_ECDSA_WITH_AES_256_GCM_SHA384
TLS_ECDH_ECDSA_WITH_AES_256_GCM_SHA384
TLS_ECDHE_RSA_WITH_AES_256_GCM_SHA384
TLS_ECDH_RSA_WITH_AES_256_GCM_SHA384
TLS_ECDHE_PSK_WITH_AES_256_CBC_SHA384
TLS_ECDHE_PSK_WITH_NULL_SHA384
TLS_RSA_WITH_AES_256_CCM
TLS_DHE_RSA_WITH_AES_256_CCM
TLS_RSA_WITH_AES_256_CCM_8
TLS_DHE_RSA_WITH_AES_256_CCM_8
TLS_PSK_WITH_AES_256_CCM
TLS_DHE_PSK_WITH_AES_256_CCM
TLS_PSK_WITH_AES_256_CCM_8
TLS_PSK_DHE_WITH_AES_256_CCM_8
TLS_ECDHE_ECDSA_WITH_AES_256_CCM
TLS_ECDHE_ECDSA_WITH_AES_256_CCM_8
TLS_ECDHE_RSA_WITH_CHACHA20_POLY1305_SHA256
TLS_ECDHE_ECDSA_WITH_CHACHA20_POLY1305_SHA256
TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256
TLS_PSK_WITH_CHACHA20_POLY1305_SHA256
TLS_ECDHE_PSK_WITH_CHACHA20_POLY1305_SHA256
TLS_DHE_PSK_WITH_CHACHA20_POLY1305_SHA256
TLS_RSA_PSK_WITH_CHACHA20_POLY1305_SHA256
TLS_AES_256_GCM_SHA384
TLS_CHACHA20_POLY1305_SHA256
TLS_NO_CIPHERSUITE

tls_error_t

enum ProtocolPP::tls_error_t

ERROR types for TLS/SSL

Parameters

CLOSE	- Close the connection
MESSAGE	FATAL - Message was fatal
BAD	RECORD MAC - MAC for record was incorrect
DECRYPT_FATAL	- Decryption error
RECORD	OVERFLOW - Record overflow
DECOMPRESS	FAIL - Decompression failed
HANDSHAKE	FAIL - Handshake failed
NO	CERTIFICATE - Client has no certificate
BAD	CERTIFICATE - Client has bad certificate
UNSUPPORTED	CERTIFICATE - Wrong certificate type
CERTIFICATE	REVOKED - Certificate revoked
CERTIFICATE	EXPIRED - Certificate expired
CERTIFICATE	UNKNOWN - Unknown certificate used
ILLEGAL	PARAMETER - Illegal parameter in the packet
UNKNOWN	CA - Unknown certificate agency
ACCESS	DENIED - Access not allowed
DECODE	ERROR - Unable to decode the packet
DECRYPT	ERROR - Error during decryption
EXPORT	RESTRICTION - Export restriction on this packet
PROTOCOL	VERSION - Incorrect protocol version
INSUFFICIENT	SECURITY - Packet security was insufficient
INTERNAL	ERROR - Internal error during operation
USER	CANCELED - User cancelled connection
NO	RENEGOTIATION - Renegotiation failed
UNSUPPORTED	EXTENSION - Extension requested is unsupported
CERTIFICATE	UNOBTAINABLE - Required certificate was unobtainable
UNRECOGINZED	NAME - Unrecognized name
BAD	CERTIFICATE STATUS RESPONSE - Certificate status took too long
BAD	CERTIFICATE HASH VALUE - Certificate has been tampered with
UNKNOWN	PSK IDENTITY - ID unknown
NO	APPLICATION PROTOCOL - Incorrect Application protocol

Enumerator
CLOSE	0
MESSAGE_FATAL	10
BAD_RECORD_MAC	20
DECRYPT_FATAL	21
RECORD_OVERFLOW	22
DECOMPRESS_FAIL	30
HANDSHAKE_FAIL	40
NO_CERTIFICATE	41
BAD_CERTIFICATE	42
UNSUPPORTED_CERTIFICATE	43
CERTIFICATE_REVOKED	44
CERTIFICATE_EXPIRED	45
CERTIFICATE_UNKNOWN	46
ILLEGAL_PARAMETER	47
UNKNOWN_CA	48
ACCESS_DENIED	49
DECODE_ERROR	50
DECRYPT_ERROR	51
EXPORT_RESTRICTION	60
PROTOCOL_VERSION	70
INSUFFICIENT_SECURITY	71
INTERNAL_ERROR	80
USER_CANCELED	90
NO_RENEGOTIATION	100
UNSUPPORTED_EXTENSION	110
CERTIFICATE_UNOBTAINABLE	111
UNRECOGNIZED_NAME	112
BAD_CERTIFICATE_STATUS_RESPONSE	113
BAD_CERTIFICATE_HASH_VALUE	114
UNKNOWN_PSK_IDENTITY	115
NO_APPLICATION_PROTOCOL	120

tls_handshake_t

enum ProtocolPP::tls_handshake_t

HANDSHAKE types for TLS/SSL

Parameters

HELLO_REQUEST	- Server request to open connection
CLIENT_HELLO	- Client request to open connection
SERVER_HELLO	- Server request to open connection
NEW_SESSION_TICKET	- Request to create new session
CERTIFICATE	- Certificate exchange
SERVER_KEY_EXCHANGE	- Server request to exchange keys
CERTIFICATE_REQUEST	- Request for certificate
SERVER_HELLO_DONE	- Server terminates connection request
CERTIFICATE_VERIFY	- Request to verify certificate
CLIENT_KEY_EXCHANGE	- Client request to exchange keys
FINISHED	- Request to end connection

Enumerator
HELLO_REQUEST	Hello Request - 0.
CLIENT_HELLO	Client Hello - 1.
SERVER_HELLO	Server Hello - 2.
NEW_SESSION_TICKET	New Session Ticket - 4.
CERTIFICATE	Certificate - 11.
SERVER_KEY_EXCHANGE	Server Key Exchange - 12.
CERTIFICATE_REQUEST	Certificate Request - 13.
SERVER_HELLO_DONE	Server Hello Done - 14.
CERTIFICATE_VERIFY	Certificate Verify - 15.
CLIENT_KEY_EXCHANGE	Client Key Exchange - 16.
FINISHED	Finished - 20.

tlslvl_t

enum ProtocolPP::tlslvl_t

ALERT level values for TLS/SSL

Parameters

WARNING	- Warning level of ALERT for TLS
FATAL	- Fatal level of ALERT for TLS

Enumerator
TLSLVL0	Reserved.
WARNING	Warning alert - 2.
FATAL	Fatal alert - 2.

tlstype_t

enum ProtocolPP::tlstype_t

Types of packets for TLS/SSL

Parameters

CHG_CIPHER_SPEC	- Change cipher spec
ALERT	- Alert packet for TLS
HANDSHAKE	- TLS handshake packet
APPLICATION	- TLS application packet
HEARTBEAT	- TLS keep alive packet
ACK	- TLS acknowledge packet

Enumerator
CHG_CIPHER_SPEC	Change Cipher Spec - 0x14.
ALERT	Alert message - 0x15.
HANDSHAKE	Handshake message - 0x16.
APPLICATION	Application message - 0x17.
HEARTBEAT	Keep alive message - 0x18.
ACK	Acknowledge message - 0x1A.

tlsver_t

enum ProtocolPP::tlsver_t

Versions for TLS/SSL

Parameters

SSL30	- Secure Socket Layer v3.0
TLS10	- Transport Layer Security v1.0
TLS11	- Transport Layer Security v1.1
TLS12	- Transport Layer Security v1.2
TLSV13	- Transport Layer Security v1.3
DTLS	- Datagram Transport Layer Security
DTLSV13	- Datagram Transport Layer Security v1.3

Enumerator
SSL30	Secure Socket Layer v3.0 - 0x3000.
TLS10	Transport Layer Security v1.0 - 0x0301.
TLS11	Transport Layer Security v1.1 - 0x0302.
TLS12	Transport Layer Security v1.2 - 0x0303.
TLSV13	Transprot Layer Security v1.3 - 0x0304.
DTLS	Datagram Transport Layer Security - 0xFFFE.
DTLSV13	Datagram Transport Layer Security v1.3 - 0xFFFD.

transform_attr_t

enum ProtocolPP::transform_attr_t

IKEv2 TRANSFORM ATTRIBUTE TYPES fields

Parameters

ATTR_KEY_LENGTH

- Key Length Attribute

Enumerator
ATTR_KEY_LENGTH	Key Length Attribugte.

transform_type_t

enum ProtocolPP::transform_type_t

IKEv2 TRANSFORM TYPES fields

Parameters

IKE_ENCR	- Encryption transform
IKE_INTEG	- Authentication transform
IKE_DH	- Diffie-Hellman transform
IKE_PRF	- Pseudo Random Function transform
IKE_ESN	- Extended Sequence Number transform

Enumerator
IKE_ENCR	Encryption transform.
IKE_PRF	Psuedo Random Function transform.
IKE_INTEG	Authentication transform.
IKE_DH	Diffie-Hellman transform.
IKE_ESN	Extended Sequence Number transform.

wifictlext_t

enum ProtocolPP::wifictlext_t

Wifi Control field extensions

Parameters

WCTRL0	- Reserved
SSW	- Wifi SSW extension
GRANT	- Wifi GRANT extension
WCTRL3	- Reserved
POLL	- Wifi POLL extension
SSWACK	- Wifi SSWACK extension
DMGDTS	- Wifi DMGDTS extension
WCTRL7	- Reserved
WCTRL8	- Reserved
SSWFDBCK	- Wifi SSWFDBCK extension
DMGCTS	- Wifi DMGCTS extension
WCTRL11	- Reserved
SPR	- Wifi SPR extension
WCTRL13	- Reserved
GRANTACK	- Wifi GRANTACK extension

Enumerator
WCTRL0	Reserved.
SSW	Wifi SSW extension.
GRANT	Wifi GRANT extension.
WCTRL3	Reserved.
POLL	Wifi POLL extension.
SSWACK	Wifi SSWACK extension.
DMGDTS	Wifi DMGDTS extension.
WCTRL7	Reserved.
WCTRL8	Reserved.
SSWFDBCK	Wifi SSWFDBCK extension.
DMGCTS	Wifi DMGCTS extension.
WCTRL11	Reserved.
SPR	Wifi SPR extension.
WCTRL13	Reserved.
GRANTACK	Wifi GRANTACK extension.

wifisub_t

enum ProtocolPP::wifisub_t

Wifi subtype field NOTE : bit ordering is opposite to spec (i.e., B4_B5_B6_B7) according to how they appear in the packet header such that WIFI1=0x8, WIFI5=0x2, etc. For example, if it's a management packet with ATM subtype you would use WIFI9. A control packet with RTS subtype would use WIFI11, etc

Due to the various meanings of the subtype based on the type, generic enums are provided for the subtype field

Parameters

WIFI0	- Management(WIFI0) Association Request / Control - RSVD / Data - Data
WIFI8	- Management(WIFI8) Beacon / Control - Block ACK Request (BlockAckReq) / Data - QoS Data
WIFI4	- Management(WIFI4) Probe Request / Control - RSVD / Data - Null (no data)
WIFI12	- Management(WIFI12) Deauthentication / Control - CTS / Data - QoS Null (no data)
WIFI2	- Management(WIFI2) Reassociation Request / Control - RSVD / Data - Data + CF-Poll
WIFI10	- Management(WIFI10) Disassociation / Control - PS-Poll / Data - QoS Data + CF-Poll
WIFI6	- Management(WIFI6) Timing Advertisement / Control - RSVD / Data - CF-Poll (no data)
WIFI14	- Management(WIFI14) Action No ACK / Control - CF-End / Data - QoS CF-Poll (no data)
WIFI1	- Management(WIFI1) Association Response / Control - RSVD / Data - Data + CF-Ack
WIFI9	- Management(WIFI9) ATM / Control - Block ACK (BlockAck) / Data - QoS Data + CF-Ack
WIFI5	- Management(WIFI5) Probe Response / Control - RSVD / Data - CF-Ack (no data)
WIFI13	- Management(WIFI13) Action / Control - ACK / Data - RSVD
WIFI3	- Management(WIFI3) Reassociation Response / Control - RSVD / Data - Data + CF-Ack + CF-Poll
WIFI11	- Management(WIFI11) Authentication / Control - RTS / Data - QoS Data + CF-Ack + CF-Poll
WIFI7	- Management(WIFI7) RSVD / Control - Control Wrapper / Data - CF-Ack + CF-Poll (no data)
WIFI15	- Management(WIFI15) RSVD / Control - CF-End + CF-Ack / Data - QoS CF-Ack + CF-Poll (no data)

Enumerator
WIFI0	Management(WIFI0) - Association Request / Control - RSVD / Data - Data.
WIFI8	Management(WIFI8) - Beacon / Control - Block ACK Request (BlockAckReq) / Data - QoS Data.
WIFI4	Management(WIFI4) - Probe Request / Control - RSVD / Data - Null (no data)
WIFI12	Management(WIFI12) - Deauthentication / Control - CTS / Data - QoS Null (no data)
WIFI2	Management(WIFI2) - Reassociation Request / Control - RSVD / Data - Data + CF-Poll.
WIFI10	Management(WIFI10) - Disassociation / Control - PS-Poll / Data - QoS Data + CF-Poll.
WIFI6	Management(WIFI6) - Timing Advertisement / Control - RSVD / Data - CF-Poll (no data)
WIFI14	Management(WIFI14) - Action No ACK / Control - CF-End / Data - QoS CF-Poll (no data)
WIFI1	Management(WIFI1) - Association Response / Control - RSVD / Data - Data + CF-Ack.
WIFI9	Management(WIFI9) - ATM / Control - Block ACK (BlockAck) / Data - QoS Data + CF-Ack.
WIFI5	Management(WIFI5) - Probe Response / Control - RSVD / Data - CF-Ack (no data)
WIFI13	Management(WIFI13) - Action / Control - ACK / Data - RSVD.
WIFI3	Management(WIFI3) - Reassociation Response / Control - RSVD / Data - Data + CF-Ack + CF-Poll.
WIFI11	Management(WIFI11) - Authentication / Control - RTS / Data - QoS Data + CF-Ack + CF-Poll.
WIFI7	Management(WIFI7) - RSVD / Control - Control Wrapper / Data - CF-Ack + CF-Poll (no data)
WIFI15	Management(WIFI15) - RSVD / Control - CF-End + CF-Ack / Data - QoS CF-Ack + CF-Poll (no data)

wifitype_t

enum ProtocolPP::wifitype_t

Wifi type field

Parameters

WIFIMNG	- Wifi Management frame type
WIFIDAT	- Wifi Data frame type
WIFICTL	- Wifi Control frame type

Enumerator
WIFIMNG	Management frame.
WIFIDAT	Data frame.
WIFICTL	Control frame.

wimaxmode_t

enum ProtocolPP::wimaxmode_t

Wimax fields

Parameters

OFDM	- Orthogonal frequency division multiplexing
OFDMA	- Orthogonal frequency division multiple access
AGMH_OFDM	- Advanced GMH with OFDM
AGMH_OFDMA	- Advanced GMH with OFDMA

Enumerator
OFDM	Orthogonal frequency division multiplexing.
OFDMA	Orthogonal frequency division multiple access.
AGMH_OFDM	Advanced GMH header with OFDM.
AGMH_OFDMA	Advanced GMH header with OFDMA.

xmss_algorithm_t

enum ProtocolPP::xmss_algorithm_t

XMSS Algorithm

XMSS_NO_TYPE - XMSS using SHA256 with n=0, w=0, and h=0 XMSS_SHA2_10_256 - XMSS using SHA256 with n=32, w=16, and h=10 XMSS_SHA2_16_256 - XMSS using SHA256 with n=32, w=16, and h=16 XMSS_SHA2_20_256 - XMSS using SHA256 with n=32, w=16, and h=20 XMSS_SHA2_10_192 - XMSS using SHA256 with n=24, w=16, and h=10 XMSS_SHA2_16_192 - XMSS using SHA256 with n=24, w=16, and h=16 XMSS_SHA2_20_192 - XMSS using SHA256 with n=24, w=16, and h=20 XMSS_SHAKE256_10_256 - XMSS using SHAKE256 with n=32, w=16, and h=10 XMSS_SHAKE256_16_256 - XMSS using SHAKE256 with n=32, w=16, and h=16 XMSS_SHAKE256_20_256 - XMSS using SHAKE256 with n=32, w=16, and h=20 XMSS_SHAKE256_10_192 - XMSS using SHAKE256 with n=24, w=16, and h=10 XMSS_SHAKE256_16_192 - XMSS using SHAKE256 with n=24, w=16, and h=16 XMSS_SHAKE256_20_192 - XMSS using SHAKE256 with n=24, w=16, and h=20

Enumerator
XMSS_NO_TYPE	XMSS no type with n=0, w=0, and h=0.
XMSS_SHA2_10_256	XMSS using SHA256 with n=32, w=16, and h=10.
XMSS_SHA2_16_256	XMSS using SHA256 with n=32, w=16, and h=16.
XMSS_SHA2_20_256	XMSS using SHA256 with n=32, w=16, and h=20.
XMSS_SHA2_10_192	XMSS using SHA256 with n=24, w=16, and h=10.
XMSS_SHA2_16_192	XMSS using SHA256 with n=24, w=16, and h=16.
XMSS_SHA2_20_192	XMSS using SHA256 with n=24, w=16, and h=20.
XMSS_SHAKE256_10_256	XMSS using SHAKE256 with n=32, w=16, and h=10.
XMSS_SHAKE256_16_256	XMSS using SHAKE256 with n=32, w=16, and h=16.
XMSS_SHAKE256_20_256	XMSS using SHAKE256 with n=32, w=16, and h=20.
XMSS_SHAKE256_10_192	XMSS using SHAKE256 with n=24, w=16, and h=10.
XMSS_SHAKE256_16_192	XMSS using SHAKE256 with n=24, w=16, and h=16.
XMSS_SHAKE256_20_192	XMSS using SHAKE256 with n=24, w=16, and h=20.

xmssmt_algorithm_t

enum ProtocolPP::xmssmt_algorithm_t

XMSSMT Signature

XMSSMT_NO_TYPE - XMSSMT no type with n=0, w=0, h=0, and d=0 XMSSMT_SHA2_20_2_256 - XMSSMT using SHA256 with n=32, w=16, h=20, and d=2 XMSSMT_SHA2_20_4_256 - XMSSMT using SHA256 with n=32, w=16, h=20, and d=4 XMSSMT_SHA2_40_2_256 - XMSSMT using SHA256 with n=32, w=16, h=40, and d=2 XMSSMT_SHA2_40_4_256 - XMSSMT using SHA256 with n=32, w=16, h=40, and d=4 XMSSMT_SHA2_40_8_256 - XMSSMT using SHA256 with n=32, w=16, h=40, and d=8 XMSSMT_SHA2_60_3_256 - XMSSMT using SHA256 with n=32, w=16, h=60, and d=3 XMSSMT_SHA2_60_6_256 - XMSSMT using SHA256 with n=32, w=16, h=60, and d=6 XMSSMT_SHA2_60_12_256 - XMSSMT using SHA256 with n=32, w=16, h=60, and d=12 XMSSMT_SHA2_20_2_192 - XMSSMT using SHA256 with n=24, w=16, h=20, and d=2 XMSSMT_SHA2_20_4_192 - XMSSMT using SHA256 with n=24, w=16, h=20, and d=4 XMSSMT_SHA2_40_2_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=2 XMSSMT_SHA2_40_4_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=4 XMSSMT_SHA2_40_8_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=8 XMSSMT_SHA2_60_3_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=3 XMSSMT_SHA2_60_6_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=6 XMSSMT_SHA2_60_12_192 - XMSSMT using SHA256 with n=24, w=16, h=40, and d=12 XMSSMT_SHAKE256_20_2_256 - XMSSMT using SHAKE256 with n=32, w=16, h=20, and d=2 XMSSMT_SHAKE256_20_4_256 - XMSSMT using SHAKE256 with n=32, w=16, h=20, and d=4 XMSSMT_SHAKE256_40_2_256 - XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=2 XMSSMT_SHAKE256_40_4_256 - XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=4 XMSSMT_SHAKE256_40_8_256 - XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=8 XMSSMT_SHAKE256_60_3_256 - XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=3 XMSSMT_SHAKE256_60_6_256 - XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=6 XMSSMT_SHAKE256_60_12_256 - XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=12 XMSSMT_SHAKE256_20_2_192 - XMSSMT using SHAKE256 with n=24, w=16, h=20, and d=2 XMSSMT_SHAKE256_20_4_192 - XMSSMT using SHAKE256 with n=24, w=16, h=20, and d=4 XMSSMT_SHAKE256_40_2_192 - XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=2 XMSSMT_SHAKE256_40_4_192 - XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=4 XMSSMT_SHAKE256_40_8_192 - XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=8 XMSSMT_SHAKE256_60_3_192 - XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=3 XMSSMT_SHAKE256_60_6_192 - XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=6 XMSSMT_SHAKE256_60_12_192 - XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=12

Enumerator
XMSSMT_NO_TYPE	XMSSMT no type.
XMSSMT_SHA2_20_2_256	XMSSMT using SHA256 with n=32, w=16, h=20, and d=2.
XMSSMT_SHA2_20_4_256	XMSSMT using SHA256 with n=32, w=16, h=20, and d=4.
XMSSMT_SHA2_40_2_256	XMSSMT using SHA256 with n=32, w=16, h=40, and d=2.
XMSSMT_SHA2_40_4_256	XMSSMT using SHA256 with n=32, w=16, h=40, and d=4.
XMSSMT_SHA2_40_8_256	XMSSMT using SHA256 with n=32, w=16, h=40, and d=8.
XMSSMT_SHA2_60_3_256	XMSSMT using SHA256 with n=32, w=16, h=60, and d=3.
XMSSMT_SHA2_60_6_256	XMSSMT using SHA256 with n=32, w=16, h=60, and d=6.
XMSSMT_SHA2_60_12_256	XMSSMT using SHA256 with n=32, w=16, h=60, and d=12.
XMSSMT_SHA2_20_2_192	XMSSMT using SHA256 with n=24, w=16, h=20, and d=2.
XMSSMT_SHA2_20_4_192	XMSSMT using SHA256 with n=24, w=16, h=20, and d=4.
XMSSMT_SHA2_40_2_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=2.
XMSSMT_SHA2_40_4_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=4.
XMSSMT_SHA2_40_8_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=8.
XMSSMT_SHA2_60_3_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=3.
XMSSMT_SHA2_60_6_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=6.
XMSSMT_SHA2_60_12_192	XMSSMT using SHA256 with n=24, w=16, h=40, and d=12.
XMSSMT_SHAKE256_20_2_256	XMSSMT using SHAKE256 with n=32, w=16, h=20, and d=2.
XMSSMT_SHAKE256_20_4_256	XMSSMT using SHAKE256 with n=32, w=16, h=20, and d=4.
XMSSMT_SHAKE256_40_2_256	XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=2.
XMSSMT_SHAKE256_40_4_256	XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=4.
XMSSMT_SHAKE256_40_8_256	XMSSMT using SHAKE256 with n=32, w=16, h=40, and d=8.
XMSSMT_SHAKE256_60_3_256	XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=3.
XMSSMT_SHAKE256_60_6_256	XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=6.
XMSSMT_SHAKE256_60_12_256	XMSSMT using SHAKE256 with n=32, w=16, h=60, and d=12.
XMSSMT_SHAKE256_20_2_192	XMSSMT using SHAKE256 with n=24, w=16, h=20, and d=2.
XMSSMT_SHAKE256_20_4_192	XMSSMT using SHAKE256 with n=24, w=16, h=20, and d=4.
XMSSMT_SHAKE256_40_2_192	XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=2.
XMSSMT_SHAKE256_40_4_192	XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=4.
XMSSMT_SHAKE256_40_8_192	XMSSMT using SHAKE256 with n=24, w=16, h=40, and d=8.
XMSSMT_SHAKE256_60_3_192	XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=3.
XMSSMT_SHAKE256_60_6_192	XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=6.
XMSSMT_SHAKE256_60_12_192	XMSSMT using SHAKE256 with n=24, w=16, h=60, and d=12.

Function Documentation

Begin_Enum_String()

ProtocolPP::Begin_Enum_String

(

field_t

)

Direction of processing (ENCAP or DECAP)

Version field for the packet either IPV4 or IPV6 (ICMP or ICMPV6) (SSL30, TLS10, TLS11, TLS12, TLS13, DTLS, DTLS13)

Mode of operation either TUNNEL or TRANSPORT

Security parameter index (SPI)

Sequence number for the packet

Extended sequence number

Length of the anti-replay window

Anti-Replay window represented as a byte array

Cipher for encryption

Length of the cipher key

Cipher key for encryption

Authentication mode

Length of the authentication key

Authentication key

Length fo the initialization vector (IV)

Initializaton Vector (IV)

Length of encryption salt

Encryption salt

Number of bytes encrypted or decrypted by this flow

Amount of time for this flow to exist

Allow SEQNUM overflow during ENCAP

Stateful FRAG bit

Enable bypass of the DONT FRAGMENT bit copy from inner to outer header

Enable bypass of copy from inner to outer header of DiffServices

Enable Network Address Translation (NAT) insertion

Enable NAT checksum generation and checking

Bits for Diff Services/Congestion bits

Time-to-Live field for the packet

Flags field in the IPv4

Source port for NAT

Destination port for NAT

Identification field for IPv4

Label field for IPv6

Fragment offset from first packet

Enable fragmentation of packet

Fragmentation ID for this segment in the overall packet

Maximum Transmission unit (MTU)

Source Address

Destination Address

IPv6 Extension header(s)

Next header in either the extension header or the payload

Length of the AAD

Length of the ICV

Length of the IP headeer

Length of the Traffic flow Confidentiality (TFC) padding

Use extended sequence number

Use random IV rather than user IV

Nodal JUMBOGRAM support

Enable audint of IP flow

Path to the audit log

Enable IPv4 header checksum

Length of the packet (IPv4) or length of the packet minus the standard IPv6 header

ICMP Type

ICMP SubType

Pointer to error in packet

Identifier from the invoking message

Gateway Internet Address

Timestamp from the origination node

Receive timestamp

Transmit timestamp

Message to send

Code to send

Data or Control bit

Control PDU type field

Polling bit

Extension bit

Reset sequence number (RSN)

Sequence number length in bits

Header extension type field

Length indicator field

Hyper frame number indicator (HFNI)

Super Field (SUFI)

PDCP SN of the first Missing PDCP SDU (FMS)

Length of BitMap

Bitmap for LTE

Five LSB(s) of PGK identity

PTK identity

PDCP SDU type (IP, ARP, PC5SIG, NONIP, RSVD)

Kd identity

Number of missing PDCP SDU(s) with associated COUNT value

PDCP SN of the PDCP SDU received on WLAN with highest associated PDCP COUNT value

Bearer value

Fresh value for F9 modes

Count value for F8/F9 modes

Ethernet type

Short length field

TAG Control Information and Association Number

Packet number

Extended packet number

Secure Channel Identifier

Short Secure Channel Identifier

Security Association Key

Enable reception of packets

Enable transmission of packets

Protect packets

MacSEC flow is in use (RX or TX)

Time this MacSEC was created

Time this MacSEC last enabled RX or TX

Time this MacSEC last disabled RX or TX

Padding field

CSRC count field

Marker field

Payload type field

Rollover Counter (ROC)

Timestamp field

Synchronization source identifier (SSRC)

Contributing source identifier (CSRC)

Block size of the encryption cipher

MKI flag

MKI data length

MKI data

Acknowledge number

Data offset

Receive size window

Urgent pointer

TCP state of operation

OPTIONS

SEGLEN

PRECEDENCE

SNDUNA

SNDNXT

SNDWND

SNDUP

SNDW1

SNDW2

ISS

RCVNXT

RCVWND

RCVUP

IRS

TCPTIMEOUT

Epoch number for DTLS

Ciphersuite for the TLS protocol

Encrypt-then-MAC the TLS packet

Implicit or Explicit IV for TLS

Frame control sequence in entirety

Control Frame extension

Protocol version

SubType

To Data Stream

From Data Stream

More fragmentation

Retry

Power management

More data field

Wireless Encryption Protection (WEP)

Order

Key derivation function (KDF) algorithm

First address

Second address

Third address

Sequence control

Fourth address

Quality of Service field

HT control field

Extended IV flag

Key identification

SPP Cap

Enable CRC checking for packet

Header Type where zero for generic MAC header

Encryption Control 0=no encryption 1=encryption

Extended Subheader Field ESF=1 then ESF is present and follows MAC header

CRC Indicator 0=no CRC, 1=CRC present

Encryption Key Sequence. Index of TEK and IV used to encrypt the payload

Connection Identifier

Flow Identifier (AGHM header only)

Extended Header Group Indicator (AGHM header only)

Header Check Sequence 8-bit header checksum

IKE Conneciton Name

IKE Exchange Type

IKE Next Payload Value

IKE Major Revision Number

IKE Minor Revision Number

IKE Message Identifier when Initiator

IKE Message Identifier when Responder

IKE Initiator Security Parameter Index

IKE Responder Security Parameter Index

IKE Initiator Nonce

IKE Responder Nonce

IKE Child SA Key Generation Seed

IKE Initiator Encryption Key

IKE Responder Encryption Key

IKE Initiator Salt Value

IKE Responder Salt Value

IKE Integrity Algorithm

IKE Initiator Integrity Algorithm Key

IKE Responder Integrity Algorithm Key

IKE Psuedo Random Function Algorithm

IKE Psuedo Random Total Key Length

IKE Initiator Psuedo Random Key

IKE Responder Psuedo Random Key

IKE Diffie-Hellman Group ID

IKE Signature Algorithm

IKE Hash Algorithm

Size fo the Private Key

RSA Padding type

RSA Encrypt type

Key pair

Private Key

Public Key

Prime value for DSA (usually called "p")

Subprime value for DSA (usually called "q")

Generator value for DSA (usually called "g")

X-coordinate for the ECDSA curve

Y-coordinate for the ECDSA curve

Hash function for ECDSA

Name of the current curve

First 802.1Q VLAN tag

Second 802.1Q VLAN tag

Postprocessing flag

Setup flag

Size field

Name of the stream object

Output address of the packet

Output length of the packet

Input length of the packet

Output length of the packet

Expected length of the packet

Name of the stream associated with this packet

Previous packet to this one (set to "begin" if this is the first packet)

Status word for this packet

INPUT data for this packet

OUTPUT data for this packet

EXPECT data for this packet

Size of the block cipher data

Zero initial value for CRC calculations

Swap input data before CRC calculation

Swap output data before CRC calculation

Complement output CRC

Polynomial for CRC

Testbench seed

Use cryptographic quality random numbers

Number of errors

Number of flows

Number of packets

Number of bytes sent to responder(s)

Number of bytes received from responder(s)

Logging level

Pointer size for testbench

Scatter-gather table entry size

Width of buffers in bytes (0, 64, 128, 192, 256, 384, 512)

Width of buffer type in bytes (0, 1, 2, 4, 8)

Number of buffers in the memory (default: 16384)

Log to std::cout

Endianness for testbench

Burst length for flows

Platform to run testbench with

Color of debug messages in the testbench

Color of information messages in the testbench

Color of warning messages in the testbench

Color of error messages in the testbench

Color of fatal messages in the testbench

Color of pass messages in the testbench

Memory Blob Key Encryption Key (BKEK)

Memory Blob Key Length (BKEKLEN)

Memory Blob Key

Memory Blob Key Length

WOTS+ Algorithm

Address of the tree layer

Address in the binary tree

Height of the binary tree

Value of the TYPE (Enum_String(0), Enum_String(1), or 2)

One-Time Signature Enum_String(Address), LTREE Enum_String(address), or padding

Chain Address or Tree Height

Hash address in tree or Tree Index

Key and mask address

Convert OTS addresses to byte array

Signature length

Stack in XMSS/LMS

Winternitz parameter

XMSS algorithm

Push to the XMSS/LMS stack

Pop the top of the XMSS/LMS stack

Return top of the XMSS/LMS stack

Access index of the XMSS/LMS stack

Height of the top node fo the XMSS/LMS stack

XMSS parameters

LMOTSQ value of 'q' parameter

LMOTS length of hash function

LMOTS Winternitz parameter

LMOTS number of w-bit elements in signature

LMOTS number of left-shift bits on checksum calculation

LMOTS signature length

LMOTS key pair identifier

LMOTS seed value

LMOTS c-array value

LMOTS engine

LMS Algorithm value as jarray<uint8_t>

LMOTS Algorithm value as jarray<uint8_t>

Number of tree levels in LMS (2-8 are valid)

Private key length

Public key length

Field that indicates CHKSUM field is present in GRE

Field that indicates KEY field is present in GRE

Field that indicates SEQNUM field is present in GRE

Field that indicates CID field is present in DTLSv13

DTLSv13 ICV failure counter

FlowID field in GRE

Protocol type field for GRE

VXLAN Network Identifier

DTLSv1.3 Application per EPOCH traffic secret

Priavte intermediate key length

Public intermediate key length

Length of the signature

Kyber K parameter

Kyber N parameter

Kyber Q parameter

Length of the polynomial

Length of the polynomial vector

Length of ss bytes

Length of compressed polynomial

Length of compressed polynomial vector

Length of intermediate message

Length of intermediate message

Kyber Q inverse parameters (// q^-1 mod 2^16 = 62209)

Kyber ETA1 parameter

Kyber ETA2 parameter

do_recursion()

static void ProtocolPP::do_recursion ( w128_t *  r, w128_t *  a, w128_t *  b, w128_t *  c, w128_t *  d  )

inlinestatic

This function represents the recursion formula.

Parameters

r	output
a	a 128-bit part of the internal state array
b	a 128-bit part of the internal state array
c	a 128-bit part of the internal state array
d	a 128-bit part of the internal state array

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gen_rand_array() [1/4]

static void ProtocolPP::gen_rand_array ( w128_t *  array, int  size  )

inlinestatic

This function fills the user-specified array with pseudorandom integers.

Parameters

array	an 128-bit array to be filled by pseudorandom numbers.
size	number of 128-bit pesudorandom numbers to be generated.

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gen_rand_array() [2/4]

static void ProtocolPP::gen_rand_array ( w128_t *  array, int  size  )

static

This function fills the user-specified array with pseudorandom integers.

Parameters

array	an 128-bit array to be filled by pseudorandom numbers.
size	number of 128-bit pseudorandom numbers to be generated.

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gen_rand_array() [3/4]

static void ProtocolPP::gen_rand_array ( w128_t *  array, int  size  )

static

This function fills the user-specified array with pseudorandom integers.

Parameters

array	an 128-bit array to be filled by pseudorandom numbers.
size	number of 128-bit pseudorandom numbers to be generated.

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gen_rand_array() [4/4]

static void ProtocolPP::gen_rand_array ( w128_t *  array, int  size  )

static

This function fills the user-specified array with pseudorandom integers.

Parameters

array	an 128-bit array to be filled by pseudorandom numbers.
size	number of 128-bit pseudorandom numbers to be generated.

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lshift128()

static void ProtocolPP::lshift128 ( w128_t *  out, w128_t const *  in, int  shift  )

inlinestatic

This function simulates SIMD 128-bit left shift by the standard C. The 128-bit integer given in in is shifted by (shift * 8) bits. This function simulates the LITTLE ENDIAN SIMD.

Parameters

out	the output of this function
in	the 128-bit data to be shifted
shift	the shift value

mm_recursion() [1/2]

static void ProtocolPP::mm_recursion ( __m128i *  r, __m128i  a, __m128i  b, __m128i  c, __m128i *  d  )

inlinestatic

This function represents the recursion formula.

Parameters

r	an output
a	a 128-bit part of the interal state array
b	a 128-bit part of the interal state array
c	a 128-bit part of the interal state array
d	a 128-bit part of the interal state array

mm_recursion() [2/2]

static void ProtocolPP::mm_recursion ( __m128i *  r, __m128i  a, __m128i  b, __m128i  c, __m128i  d  )

inlinestatic

This function represents the recursion formula.

Parameters

r	an output
a	a 128-bit part of the interal state array
b	a 128-bit part of the interal state array
c	a 128-bit part of the interal state array
d	a 128-bit part of the interal state array

neon_recursion()

static void ProtocolPP::neon_recursion ( uint32x4_t *  r, uint32x4_t  a, uint32x4_t  b, uint32x4_t  c, uint32x4_t  d  )

inlinestatic

This function represents the recursion formula.

Parameters

r	an output
a	a 128-bit part of the interal state array
b	a 128-bit part of the interal state array
c	a 128-bit part of the interal state array
d	a 128-bit part of the interal state array

rshift128()

static void ProtocolPP::rshift128 ( w128_t *  out, w128_t const *  in, int  shift  )

inlinestatic

This function simulates SIMD 128-bit right shift by the standard C. The 128-bit integer given in in is shifted by (shift * 8) bits. This function simulates the LITTLE ENDIAN SIMD.

Parameters

out	the output of this function
in	the 128-bit data to be shifted
shift	the shift value

sfmt_gen_rand_all()

void ProtocolPP::sfmt_gen_rand_all

(

)

This function fills the internal state array with pseudorandom integers.

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swap()

static void ProtocolPP::swap ( w128_t *  array, int  size  )

inlinestatic

This function swaps high and low 32-bit of 64-bit integers in user specified array.

Parameters

array	an 128-bit array to be swaped.
size	size of 128-bit array.

vec_recursion()

static vector unsigned int ProtocolPP::vec_recursion ( vector unsigned int  a, vector unsigned int  b, vector unsigned int  c, vector unsigned int  d  )

inlinestatic

This function represents the recursion formula in AltiVec and BIG ENDIAN.

Parameters

a	a 128-bit part of the interal state array
b	a 128-bit part of the interal state array
c	a 128-bit part of the interal state array
d	a 128-bit part of the interal state array

Returns

output