Basic RADIUS support - checkpoint

This commit is contained in:
Vlad Grigorescu 2013-11-19 20:20:36 -05:00
parent 3d1fd6ca5e
commit 9e0b0f9187
15 changed files with 928 additions and 3 deletions

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@ -47,6 +47,7 @@
@load base/protocols/irc @load base/protocols/irc
@load base/protocols/modbus @load base/protocols/modbus
@load base/protocols/pop3 @load base/protocols/pop3
@load base/protocols/radius
@load base/protocols/smtp @load base/protocols/smtp
@load base/protocols/socks @load base/protocols/socks
@load base/protocols/ssh @load base/protocols/ssh

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@ -0,0 +1,3 @@
# Generated by binpac_quickstart
@load ./main
#@load-sigs ./dpd.sig

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module RADIUS;
const msg_types: table[count] of string = {
[1] = "Access-Request",
[2] = "Access-Accept",
[3] = "Access-Reject",
[4] = "Accounting-Request",
[5] = "Accounting-Response",
[11] = "Access-Challenge",
[12] = "Status-Server",
[13] = "Status-Client",
} &default=function(i: count): string { return fmt("unknown-%d", i); };
const attr_types: table[count] of string = {
[1] = "User-Name",
[2] = "User-Password",
[3] = "CHAP-Password",
[4] = "NAS-IP-Address",
[5] = "NAS-Port",
[6] = "Service-Type",
[7] = "Framed-Protocol",
[8] = "Framed-IP-Address",
[9] = "Framed-IP-Netmask",
[10] = "Framed-Routing",
[11] = "Filter-Id",
[12] = "Framed-MTU",
[13] = "Framed-Compression",
[14] = "Login-IP-Host",
[15] = "Login-Service",
[16] = "Login-TCP-Port",
[18] = "Reply-Message",
[19] = "Callback-Number",
[20] = "Callback-Id",
[22] = "Framed-Route",
[23] = "Framed-IPX-Network",
[24] = "State",
[25] = "Class",
[26] = "Vendor-Specific",
[27] = "Session-Timeout",
[28] = "Idle-Timeout",
[29] = "Termination-Action",
[30] = "Called-Station-Id",
[31] = "Calling-Station-Id",
[32] = "NAS-Identifier",
[33] = "Proxy-State",
[34] = "Login-LAT-Service",
[35] = "Login-LAT-Node",
[36] = "Login-LAT-Group",
[37] = "Framed-AppleTalk-Link",
[38] = "Framed-AppleTalk-Network",
[39] = "Framed-AppleTalk-Zone",
[40] = "Acct-Status-Type",
[41] = "Acct-Delay-Time",
[42] = "Acct-Input-Octets",
[43] = "Acct-Output-Octets",
[44] = "Acct-Session-Id",
[45] = "Acct-Authentic",
[46] = "Acct-Session-Time",
[47] = "Acct-Input-Packets",
[48] = "Acct-Output-Packets",
[49] = "Acct-Terminate-Cause",
[50] = "Acct-Multi-Session-Id",
[51] = "Acct-Link-Count",
[52] = "Acct-Input-Gigawords",
[53] = "Acct-Output-Gigawords",
[55] = "Event-Timestamp",
[56] = "Egress-VLANID",
[57] = "Ingress-Filters",
[58] = "Egress-VLAN-Name",
[59] = "User-Priority-Table",
[60] = "CHAP-Challenge",
[61] = "NAS-Port-Type",
[62] = "Port-Limit",
[63] = "Login-LAT-Port",
[64] = "Tunnel-Type",
[65] = "Tunnel-Medium-Type",
[66] = "Tunnel-Client-EndPoint",
[67] = "Tunnel-Server-EndPoint",
[68] = "Acct-Tunnel-Connection",
[69] = "Tunnel-Password",
[70] = "ARAP-Password",
[71] = "ARAP-Features",
[72] = "ARAP-Zone-Access",
[73] = "ARAP-Security",
[74] = "ARAP-Security-Data",
[75] = "Password-Retry",
[76] = "Prompt",
[77] = "Connect-Info",
[78] = "Configuration-Token",
[79] = "EAP-Message",
[80] = "Message Authenticator",
[81] = "Tunnel-Private-Group-ID",
[82] = "Tunnel-Assignment-ID",
[83] = "Tunnel-Preference",
[84] = "ARAP-Challenge-Response",
[85] = "Acct-Interim-Interval",
[86] = "Acct-Tunnel-Packets-Lost",
[87] = "NAS-Port-Id",
[88] = "Framed-Pool",
[89] = "CUI",
[90] = "Tunnel-Client-Auth-ID",
[91] = "Tunnel-Server-Auth-ID",
[92] = "NAS-Filter-Rule",
[94] = "Originating-Line-Info",
[95] = "NAS-IPv6-Address",
[96] = "Framed-Interface-Id",
[97] = "Framed-IPv6-Prefix",
[98] = "Login-IPv6-Host",
[99] = "Framed-IPv6-Route",
[100] = "Framed-IPv6-Pool",
[101] = "Error-Cause",
[102] = "EAP-Key-Name",
[103] = "Digest-Response",
[104] = "Digest-Realm",
[105] = "Digest-Nonce",
[106] = "Digest-Response-Auth",
[107] = "Digest-Nextnonce",
[108] = "Digest-Method",
[109] = "Digest-URI",
[110] = "Digest-Qop",
[111] = "Digest-Algorithm",
[112] = "Digest-Entity-Body-Hash",
[113] = "Digest-CNonce",
[114] = "Digest-Nonce-Count",
[115] = "Digest-Username",
[116] = "Digest-Opaque",
[117] = "Digest-Auth-Param",
[118] = "Digest-AKA-Auts",
[119] = "Digest-Domain",
[120] = "Digest-Stale",
[121] = "Digest-HA1",
[122] = "SIP-AOR",
[123] = "Delegated-IPv6-Prefix",
[124] = "MIP6-Feature-Vector",
[125] = "MIP6-Home-Link-Prefix",
[126] = "Operator-Name",
[127] = "Location-Information",
[128] = "Location-Data",
[129] = "Basic-Location-Policy-Rules",
[130] = "Extended-Location-Policy-Rules",
[131] = "Location-Capable",
[132] = "Requested-Location-Info",
[133] = "Framed-Management-Protocol",
[134] = "Management-Transport-Protection",
[135] = "Management-Policy-Id",
[136] = "Management-Privilege-Level",
[137] = "PKM-SS-Cert",
[138] = "PKM-CA-Cert",
[139] = "PKM-Config-Settings",
[140] = "PKM-Cryptosuite-List",
[141] = "PKM-SAID",
[142] = "PKM-SA-Descriptor",
[143] = "PKM-Auth-Key",
[144] = "DS-Lite-Tunnel-Name",
[145] = "Mobile-Node-Identifier",
[146] = "Service-Selection",
[147] = "PMIP6-Home-LMA-IPv6-Address",
[148] = "PMIP6-Visited-LMA-IPv6-Address",
[149] = "PMIP6-Home-LMA-IPv4-Address",
[150] = "PMIP6-Visited-LMA-IPv4-Address",
[151] = "PMIP6-Home-HN-Prefix",
[152] = "PMIP6-Visited-HN-Prefix",
[153] = "PMIP6-Home-Interface-ID",
[154] = "PMIP6-Visited-Interface-ID",
[155] = "PMIP6-Home-IPv4-HoA",
[156] = "PMIP6-Visited-IPv4-HoA",
[157] = "PMIP6-Home-DHCP4-Server-Address",
[158] = "PMIP6-Visited-DHCP4-Server-Address",
[159] = "PMIP6-Home-DHCP6-Server-Address",
[160] = "PMIP6-Visited-DHCP6-Server-Address",
[161] = "PMIP6-Home-IPv4-Gateway",
[162] = "PMIP6-Visited-IPv4-Gateway",
[163] = "EAP-Lower-Layer",
[164] = "GSS-Acceptor-Service-Name",
[165] = "GSS-Acceptor-Host-Name",
[166] = "GSS-Acceptor-Service-Specifics",
[167] = "GSS-Acceptor-Realm-Name",
[168] = "Framed-IPv6-Address",
[169] = "DNS-Server-IPv6-Address",
[170] = "Route-IPv6-Information",
[171] = "Delegated-IPv6-Prefix-Pool",
[172] = "Stateful-IPv6-Address-Pool",
[173] = "IPv6-6rd-Configuration"
} &default=function(i: count): string { return fmt("unknown-%d", i); };
const nas_port_types: table[count] of string = {
[0] = "Async",
[1] = "Sync",
[2] = "ISDN Sync",
[3] = "ISDN Async V.120",
[4] = "ISDN Async V.110",
[5] = "Virtual",
[6] = "PIAFS",
[7] = "HDLC Clear Channel",
[8] = "X.25",
[9] = "X.75",
[10] = "G.3 Fax",
[11] = "SDSL - Symmetric DSL",
[12] = "ADSL-CAP - Asymmetric DSL, Carrierless Amplitude Phase Modulation",
[13] = "ADSL-DMT - Asymmetric DSL, Discrete Multi-Tone",
[14] = "IDSL - ISDN Digital Subscriber Line",
[15] = "Ethernet",
[16] = "xDSL - Digital Subscriber Line of unknown type",
[17] = "Cable",
[18] = "Wireless - Other",
[19] = "Wireless - IEEE 802.11"
} &default=function(i: count): string { return fmt("unknown-%d", i); };
const service_types: table[count] of string = {
[1] = "Login",
[2] = "Framed",
[3] = "Callback Login",
[4] = "Callback Framed",
[5] = "Outbound",
[6] = "Administrative",
[7] = "NAS Prompt",
[8] = "Authenticate Only",
[9] = "Callback NAS Prompt",
[10] = "Call Check",
[11] = "Callback Administrative",
} &default=function(i: count): string { return fmt("unknown-%d", i); };
const framed_protocol_types: table[count] of string = {
[1] = "PPP",
[2] = "SLIP",
[3] = "AppleTalk Remote Access Protocol (ARAP)",
[4] = "Gandalf proprietary SingleLink/MultiLink protocol",
[5] = "Xylogics proprietary IPX/SLIP",
[6] = "X.75 Synchronous"
} &default=function(i: count): string { return fmt("unknown-%d", i); };
const vendor_9_types: table[count] of string = {
[1] = "Cisco-AVPair",
[2] = "Cisco-NAS-Port",
[3] = "Cisco-Fax-Account-Id-Origin",
[4] = "Cisco-Fax-Msg-Id",
[5] = "Cisco-Fax-Pages",
[6] = "Cisco-Fax-Coverpage-Flag",
[7] = "Cisco-Fax-Modem-Time",
[8] = "Cisco-Fax-Connect-Speed",
[9] = "Cisco-Fax-Recipient-Count",
[10] = "Cisco-Fax-Process-Abort-Flag",
[11] = "Cisco-Fax-Dsn-Address",
[12] = "Cisco-Fax-Dsn-Flag",
[13] = "Cisco-Fax-Mdn-Address",
[14] = "Cisco-Fax-Mdn-Flag",
[15] = "Cisco-Fax-Auth-Status",
[16] = "Cisco-Email-Server-Address",
[17] = "Cisco-Email-Server-Ack-Flag",
[18] = "Cisco-Gateway-Id",
[19] = "Cisco-Call-Type",
[20] = "Cisco-Port-Used",
[21] = "Cisco-Abort-Cause",
[23] = "Cisco-h323-remote-address",
[24] = "Cisco-h323-conf-id",
[25] = "Cisco-h323-setup-time",
[26] = "Cisco-h323-call-origin",
[27] = "Cisco-h323-call-type",
[28] = "Cisco-h323-connect-time",
[29] = "Cisco-h323-disconnect-time",
[30] = "Cisco-h323-disconnect-cause",
[31] = "Cisco-h323-voice-quality",
[33] = "Cisco-h323-gw-id",
[35] = "Cisco-h323-incoming-conn-id",
[37] = "Cisco-Policy-Up",
[38] = "Cisco-Policy-Down",
[100] = "Cisco-sip-conf-id",
[101] = "Cisco-h323-credit-amount",
[102] = "Cisco-h323-credit-time",
[103] = "Cisco-h323-return-code",
[104] = "Cisco-h323-prompt-id",
[105] = "Cisco-h323-day-and-time",
[106] = "Cisco-h323-redirect-number",
[107] = "Cisco-h323-preferred-lang",
[108] = "Cisco-h323-redirect-ip-addr",
[109] = "Cisco-h323-billing-model",
[110] = "Cisco-h323-currency",
[111] = "Cisco-subscriber",
[112] = "Cisco-gw-rxd-cdn",
[113] = "Cisco-gw-final-xlated-cdn",
[114] = "Cisco-remote-media-address",
[115] = "Cisco-release-source",
[116] = "Cisco-gw-rxd-cgn",
[117] = "Cisco-gw-final-xlated-cgn",
[141] = "Cisco-call-id",
[142] = "Cisco-session-protocol",
[143] = "Cisco-method",
[144] = "Cisco-prev-hop-via",
[145] = "Cisco-prev-hop-ip",
[146] = "Cisco-incoming-req-uri",
[147] = "Cisco-outgoing-req-uri",
[148] = "Cisco-next-hop-ip",
[149] = "Cisco-next-hop-dn",
[150] = "Cisco-sip-hdr",
[187] = "Cisco-Multilink-ID",
[188] = "Cisco-Num-In-Multilink",
[190] = "Cisco-Pre-Input-Octets",
[191] = "Cisco-Pre-Output-Octets",
[192] = "Cisco-Pre-Input-Packets",
[193] = "Cisco-Pre-Output-Packets",
[194] = "Cisco-Maximum-Time",
[195] = "Cisco-Disconnect-Cause",
[197] = "Cisco-Data-Rate",
[198] = "Cisco-PreSession-Time",
[208] = "Cisco-PW-Lifetime",
[209] = "Cisco-IP-Direct",
[210] = "Cisco-PPP-VJ-Slot-Comp",
[212] = "Cisco-PPP-Async-Map",
[217] = "Cisco-IP-Pool-Definition",
[218] = "Cisco-Assign-IP-Pool",
[228] = "Cisco-Route-IP",
[233] = "Cisco-Link-Compression",
[234] = "Cisco-Target-Util",
[235] = "Cisco-Maximum-Channels",
[242] = "Cisco-Data-Filter",
[243] = "Cisco-Call-Filter",
[244] = "Cisco-Idle-Limit",
[249] = "Cisco-Subscriber-Password",
[250] = "Cisco-Account-Info",
[251] = "Cisco-Service-Info",
[252] = "Cisco-Command-Code",
[253] = "Cisco-Xmit-Rate"
} &default=function(i: count): string { return fmt("Cisco-unknown-%d", i); };
const vendor_255_types: table[count] of string = {
[1] = "CVPN5000-Tunnel-Throughput",
[2] = "CVPN5000-Client-Assigned-IP",
[3] = "CVPN5000-Client-Real-IP",
[4] = "CVPN5000-VPN-GroupInfo",
[5] = "CVPN5000-VPN-Password",
[6] = "CVPN5000-Echo",
[7] = "CVPN5000-Client-Assigned-IPX"
} &default=function(i: count): string { return fmt("CVPN5000-unknown-%d", i); };
const vendor_311_types: table[count] of string = {
[1] = "MS-CHAP-Response",
[2] = "MS-CHAP-Error",
[3] = "MS-CHAP-CPW-1",
[4] = "MS-CHAP-CPW-2",
[5] = "MS-CHAP-LM-Enc-PW",
[6] = "MS-CHAP-NT-Enc-PW",
[7] = "MS-MPPE-Encryption-Policy",
[8] = "MS-MPPE-Encryption-Types",
[9] = "MS-RAS-Vendor",
[10] = "MS-CHAP-Domain",
[11] = "MS-CHAP-Challenge",
[12] = "MS-CHAP-MPPE-Keys",
[13] = "MS-BAP-Usage",
[14] = "MS-Link-Utilization-Threshold",
[15] = "MS-Link-Drop-Time-Limit",
[16] = "MS-MPPE-Send-Key",
[17] = "MS-MPPE-Recv-Key",
[18] = "MS-RAS-Version",
[19] = "MS-Old-ARAP-Password",
[20] = "MS-New-ARAP-Password",
[21] = "MS-ARAP-PW-Change-Reason",
[22] = "MS-Filter",
[23] = "MS-Acct-Auth-Type",
[24] = "MS-Acct-EAP-Type",
[25] = "MS-CHAP2-Response",
[26] = "MS-CHAP2-Success",
[27] = "MS-CHAP2-CPW",
[28] = "MS-Primary-DNS-Server",
[29] = "MS-Secondary-DNS-Server",
[30] = "MS-Primary-NBNS-Server",
[31] = "MS-Secondary-NBNS-Server",
[34] = "MS-RAS-Client-Name",
[35] = "MS-RAS-Client-Version",
[36] = "MS-Quarantine-IPFilter",
[37] = "MS-Quarantine-Session-Timeout",
[40] = "MS-User-Security-Identity",
[41] = "MS-Identity-Type",
[42] = "MS-Service-Class",
[44] = "MS-Quarantine-User-Class",
[45] = "MS-Quarantine-State",
[46] = "MS-Quarantine-Grace-Time",
[47] = "MS-Network-Access-Server-Type",
[48] = "MS-AFW-Zone",
[49] = "MS-AFW-Protection-Level",
[50] = "MS-Machine-Name",
[51] = "MS-IPv6-Filter",
[52] = "MS-IPv4-Remediation-Servers",
[53] = "MS-IPv6-Remediation-Servers",
[54] = "MS-RNAP-Not-Quarantine-Capable",
[55] = "MS-Quarantine-SOH",
[56] = "MS-RAS-Correlation",
[57] = "MS-Extended-Quarantine-State",
[58] = "MS-HCAP-User-Groups",
[59] = "MS-HCAP-Location-Group-Name",
[60] = "MS-HCAP-User-Name",
[61] = "MS-User-IPv4-Address",
[62] = "MS-User-IPv6-Address",
[63] = "MS-TSG-Device-Redirection"
} &default=function(i: count): string { return fmt("MS-unknown-%d", i); };
const vendor_3076_types: table[count] of string = {
[1] = "CVPN3000-Access-Hours",
[2] = "CVPN3000-Simultaneous-Logins",
[3] = "CVPN3000-Min-Password-Length",
[4] = "CVPN3000-Allow-Alpha-Only-Passwords",
[5] = "CVPN3000-Primary-DNS",
[6] = "CVPN3000-Secondary-DNS",
[7] = "CVPN3000-Primary-WINS",
[8] = "CVPN3000-Secondary-WINS",
[9] = "CVPN3000-SEP-Card-Assignment",
[10] = "CVPN3000-Priority-On-SEP",
[11] = "CVPN3000-Tunneling-Protocols",
[12] = "CVPN3000-IPSec-Sec-Association",
[13] = "CVPN3000-IPSec-Authentication",
[15] = "CVPN3000-IPSec-Banner1",
[16] = "CVPN3000-IPSec-Allow-Passwd-Store",
[17] = "CVPN3000-Use-Client-Address",
[18] = "CVPN3000-PPTP-Min-Auth-Protocol",
[19] = "CVPN3000-L2TP-Min-Auth-Protocol",
[20] = "CVPN3000-PPTP-Encryption",
[21] = "CVPN3000-L2TP-Encryption",
[22] = "CVPN3000-Auth-Server-Type",
[23] = "CVPN3000-Auth-Server-Password",
[24] = "CVPN3000-Request-Auth-Vector",
[25] = "CVPN3000-IPSec-LTL-Keepalives",
[26] = "CVPN3000-IPSec-Group-Name",
[27] = "CVPN3000-IPSec-Split-Tunnel-List",
[28] = "CVPN3000-IPSec-Default-Domain",
[29] = "CVPN3000-IPSec-Split-DNS-Names",
[30] = "CVPN3000-IPSec-Tunnel-Type",
[31] = "CVPN3000-IPSec-Mode-Config",
[32] = "CVPN3000-Auth-Server-Priority",
[33] = "CVPN3000-IPSec-User-Group-Lock",
[34] = "CVPN3000-IPSec-Over-UDP",
[35] = "CVPN3000-IPSec-Over-UDP-Port",
[36] = "CVPN3000-IPSec-Banner2",
[37] = "CVPN3000-PPTP-MPPC-Compression",
[38] = "CVPN3000-L2TP-MPPC-Compression",
[39] = "CVPN3000-IPSec-IP-Compression",
[40] = "CVPN3000-IPSec-IKE-Peer-ID-Check",
[41] = "CVPN3000-IKE-Keep-Alives",
[42] = "CVPN3000-IPSec-Auth-On-Rekey",
[45] = "CVPN3000-Reqrd-Client-Fw-Vendor-Code",
[46] = "CVPN3000-Reqrd-Client-Fw-Product-Code",
[47] = "CVPN3000-Reqrd-Client-Fw-Description",
[48] = "CVPN3000-Require-HW-Client-Auth",
[49] = "CVPN3000-Require-Individual-User-Auth",
[50] = "CVPN3000-Authd-User-Idle-Timeout",
[51] = "CVPN3000-Cisco-IP-Phone-Bypass",
[52] = "CVPN3000-User-Auth-Server-Name",
[53] = "CVPN3000-User-Auth-Server-Port",
[54] = "CVPN3000-User-Auth-Server-Secret",
[55] = "CVPN3000-IPSec-Split-Tunneling-Policy",
[56] = "CVPN3000-IPSec-Reqrd-Client-Fw-Cap",
[57] = "CVPN3000-IPSec-Client-Fw-Filter-Name",
[58] = "CVPN3000-IPSec-Client-Fw-Filter-Opt",
[59] = "CVPN3000-IPSec-Backup-Servers",
[60] = "CVPN3000-IPSec-Backup-Server-List",
[61] = "CVPN3000-DHCP-Network-Scope",
[62] = "CVPN3000-MS-Client-Icpt-DHCP-Conf-Msg",
[63] = "CVPN3000-MS-Client-Subnet-Mask",
[64] = "CVPN3000-Allow-Network-Extension-Mode",
[65] = "CVPN3000-IPSec-Authorization-Type",
[66] = "CVPN3000-IPSec-Authorization-Required",
[67] = "CVPN3000-IPSec-DN-Field",
[68] = "CVPN3000-IPSec-Confidence-Level",
[69] = "CVPN3000-WebVPN-Content-Filter",
[70] = "CVPN3000-WebVPN-Enable-functions",
[74] = "CVPN3000-WebVPN-Exchange-Addr",
[75] = "CVPN3000-LEAP-Bypass",
[78] = "CVPN3000-WebVPN-Exchange-NETBIOS-name",
[79] = "CVPN3000-Port-Forwarding-Name",
[80] = "CVPN3000-IE-Proxy-Server",
[81] = "CVPN3000-IE-Proxy-Server-Policy",
[82] = "CVPN3000-IE-Proxy-Exception-List",
[83] = "CVPN3000-IE-Proxy-Bypass-Local",
[84] = "CVPN3000-IKE-Keepalive-Retry-Interval",
[88] = "CVPN3000-Perfect-Forward-Secrecy-Enable",
[89] = "CVPN3000-NAC-Enable",
[90] = "CVPN3000-NAC-Status-Query-Timer",
[91] = "CVPN3000-NAC-Revalidation-Timer",
[92] = "CVPN3000-NAC-Default-ACL",
[93] = "CVPN3000-WebVPN-URL-Entry-Enable",
[94] = "CVPN3000-WebVPN-File-Access-Enable",
[95] = "CVPN3000-WebVPN-File-Svr-Entry-Enable",
[96] = "CVPN3000-WebVPN-File-Svr-Brwsing-Enable",
[97] = "CVPN3000-WebVPN-Port-Forwarding-Enable",
[98] = "CVPN3000-WebVPN-Outlook-Exch-Proxy-Enb",
[99] = "CVPN3000-WebVPN-Port-Fwding-HTTP-Proxy",
[100] = "CVPN3000-WebVPN-Auto-Applet-Downld-Enb",
[101] = "CVPN3000-WebVPN-Citrix-Metaframe-Enable",
[102] = "CVPN3000-WebVPN-Apply-ACL",
[103] = "CVPN3000-WebVPN-SSL-VPN-Client-Enable",
[104] = "CVPN3000-WebVPN-SSL-VPN-Client-Required",
[105] = "CVPN3000-WebVPN-SSL-VPN-Client-Keep-Ins",
[128] = "CVPN3000-Partition-Primary-DHCP",
[129] = "CVPN3000-Partition-Secondary-DHCP",
[131] = "CVPN3000-Partition-Premise-Router",
[132] = "CVPN3000-Partition-Max-Sessions",
[133] = "CVPN3000-Partition-Mobile-IP-Key",
[134] = "CVPN3000-Partition-Mobile-IP-Address",
[135] = "CVPN3000-Partition-Mobile-IP-SPI",
[136] = "CVPN3000-Strip-Realm",
[137] = "CVPN3000-Group-Name"
} &default=function(i: count): string { return fmt("CPNV3000-unknown-%d", i); };
const vendor_14823_types: table[count] of string = {
[1] = "Aruba-User-Role",
[2] = "Aruba-User-Vlan",
[3] = "Aruba-Priv-Admin-User",
[4] = "Aruba-Admin-Role",
[5] = "Aruba-Essid-Name",
[6] = "Aruba-Location-Id",
[7] = "Aruba-Port-Identifier",
[8] = "Aruba-MMS-User-Template",
[9] = "Aruba-Named-User-Vlan",
[10] = "Aruba-AP-Group",
[11] = "Aruba-Framed-IPv6-Address",
[12] = "Aruba-Device-Type",
[13] = "Aruba-AP-Name",
[14] = "Aruba-No-DHCP-Fingerprint",
[15] = "Aruba-Mdps-Device-Udid",
[16] = "Aruba-Mdps-Device-Imei",
[17] = "Aruba-Mdps-Device-Iccid",
[18] = "Aruba-Mdps-Max-Devices",
[19] = "Aruba-Mdps-Device-Name",
[20] = "Aruba-Mdps-Device-Product",
[21] = "Aruba-Mdps-Device-Version",
[22] = "Aruba-Mdps-Device-Serial",
[23] = "Aruba-CPPM-Role",
[24] = "Aruba-AirGroup-User-Name",
[25] = "Aruba-AirGroup-Shared-User",
[26] = "Aruba-AirGroup-Shared-Role",
[27] = "Aruba-AirGroup-Device-Type",
[28] = "Aruba-Auth-Survivability",
[29] = "Aruba-AS-User-Name",
[30] = "Aruba-AS-Credential-Hash",
[31] = "Aruba-WorkSpace-App-Name",
[32] = "Aruba-Mdps-Provisioning-Settings",
[33] = "Aruba-Mdps-Device-Profile"
} &default=function(i: count): string { return fmt("Aruba-unknown-%d", i); };

View file

@ -0,0 +1,7 @@
# Generated by binpac_quickstart
signature dpd_radius {
ip-proto == udp
# TODO: payload /^RADIUS/
enable "radius"
}

View file

@ -0,0 +1,142 @@
##! Implements base functionality for RADIUS analysis. Generates the radius.log file.
# Generated by binpac_quickstart
module RADIUS;
@load ./consts.bro
export {
redef enum Log::ID += { LOG };
type Info: record {
## Timestamp for when the event happened.
ts: time &log;
## Unique ID for the connection.
uid: string &log;
## The connection's 4-tuple of endpoint addresses/ports.
id: conn_id &log;
msg_type: string &log;
};
## Event that can be handled to access the RADIUS record as it is sent on
## to the loggin framework.
global log_radius: event(rec: Info);
}
const ports = { 1812/udp };
event bro_init() &priority=5
{
Log::create_stream(RADIUS::LOG, [$columns=Info, $ev=log_radius]);
Analyzer::register_for_ports(Analyzer::ANALYZER_RADIUS, ports);
}
event radius_message(c: connection, msg_type: count, trans_id: count)
{
local info: Info;
info$ts = network_time();
info$uid = c$uid;
info$id = c$id;
info$msg_type = msg_types[msg_type];
Log::write(RADIUS::LOG, info);
}
event radius_attribute(c: connection, attr_type: count, trans_id: count, value: string)
{
switch ( attr_types[attr_type] ) {
# case "Calling-Station-Id":
# tmp = normalize_mac(value);
# if ( tmp != "" )
# print cat(attr_types[attr_type], " ", tmp);
# else
# print cat(attr_types[attr_type], " ", value);
# break;
# case "Called-Station-Id":
# fallthrough;
## Strings:
case "Reply-Message":
fallthrough;
case "User-Name":
print cat(attr_types[attr_type], ": ", value);
break;
## IPs:
case "Framed-IP-Address":
fallthrough;
case "Framed-IP-Netmask":
fallthrough;
case "NAS-IP-Address":
print cat(attr_types[attr_type], ": ", count_to_v4_addr(bytestring_to_count(value)));
break;
## Counts:
case "Framed-MTU":
fallthrough;
case "NAS-Port":
fallthrough;
case "Session-Timeout":
print cat(attr_types[attr_type], ": ", bytestring_to_count(value));
break;
## Other:
case "NAS-Port-Type":
print cat(attr_types[attr_type], ": ", nas_port_types[bytestring_to_count(value)]);
break;
case "Service-Type":
print cat(attr_types[attr_type], ": ", service_types[bytestring_to_count(value)]);
break;
case "Framed-Protocol":
print cat(attr_types[attr_type], ": ", framed_protocol_types[bytestring_to_count(value)]);
break;
case "Vendor-Specific":
switch(bytestring_to_count(sub_bytes(value, 0, 4))) {
case 9:
# Cisco IOS/PIX 6.0
print cat(vendor_9_types[bytestring_to_count(sub_bytes(value, 5, 1))], ": ", sub_bytes(value, 7, 128));
break;
case 255:
# Cisco VPN 5000
print cat(vendor_255_types[bytestring_to_count(sub_bytes(value, 5, 1))], ": ", sub_bytes(value, 7, 128));
break;
case 311:
# Microsoft
print cat(vendor_311_types[bytestring_to_count(sub_bytes(value, 5, 1))], ": ", sub_bytes(value, 7, 128));
break;
case 3076:
# Cisco VPN 3000
print cat(vendor_3076_types[bytestring_to_count(sub_bytes(value, 5, 1))], ": ", sub_bytes(value, 7, 128));
break;
case 14823:
# Aruba
print cat(vendor_14823_types[bytestring_to_count(sub_bytes(value, 5, 1))], ": ", sub_bytes(value, 7, 128));
break;
default:
print cat("Unknown vendor: ", bytestring_to_count(sub_bytes(value, 0, 4)));
break;
}
break;
default:
print cat(attr_types[attr_type], ": ", value);
break;
}
}
# Called-Station-Id:
# Calling-Station-Id:
# Class:
# NAS-Identifier:
# State:
# Vendor-Specific:
# unknown-185:
# unknown-66:
# unknown-77:
# unknown-79:
# unknown-80:
# unknown-87:
# unknown-95:

View file

@ -1,4 +1,4 @@
##! Functions for parsing and manipulating IP addresses. ##! Functions for parsing and manipulating IP and MAC addresses.
# Regular expressions for matching IP addresses in strings. # Regular expressions for matching IP addresses in strings.
const ipv4_addr_regex = /[[:digit:]]{1,3}\.[[:digit:]]{1,3}\.[[:digit:]]{1,3}\.[[:digit:]]{1,3}/; const ipv4_addr_regex = /[[:digit:]]{1,3}\.[[:digit:]]{1,3}\.[[:digit:]]{1,3}\.[[:digit:]]{1,3}/;
@ -119,3 +119,27 @@ function addr_to_uri(a: addr): string
else else
return fmt("[%s]", a); return fmt("[%s]", a);
} }
## Given a string, extracts the hex digits and returns a MAC address in the
## format: 00:a0:32:d7:81:8f. If the string doesn't contain 12 or 16 hex digits,
## an empty string is returned.
##
## a: the string to normalize
##
## Returns: a normalized MAC address, or an empty string in the case of an error.
function normalize_mac(a: string): string
{
local result = to_lower(gsub(a, /[^A-Fa-f0-9]/, ""));
local octets: string_vec;
if ( |result| == 12 )
{
octets = str_split(result, vector(2, 4, 6, 8, 10));
return fmt("%s:%s:%s:%s:%s:%s", octets[1], octets[2], octets[3], octets[4], octets[5], octets[6]);
}
if ( |result| == 16 )
{
octets = str_split(result, vector(2, 4, 6, 8, 10, 12, 14));
return fmt("%s:%s:%s:%s:%s:%s:%s:%s", octets[1], octets[2], octets[3], octets[4], octets[5], octets[6], octets[7], octets[8]);
}
return "";
}

View file

@ -19,14 +19,15 @@ add_subdirectory(ident)
add_subdirectory(interconn) add_subdirectory(interconn)
add_subdirectory(irc) add_subdirectory(irc)
add_subdirectory(login) add_subdirectory(login)
add_subdirectory(modbus)
add_subdirectory(mime) add_subdirectory(mime)
add_subdirectory(modbus)
add_subdirectory(ncp) add_subdirectory(ncp)
add_subdirectory(netflow)
add_subdirectory(netbios) add_subdirectory(netbios)
add_subdirectory(netflow)
add_subdirectory(ntp) add_subdirectory(ntp)
add_subdirectory(pia) add_subdirectory(pia)
add_subdirectory(pop3) add_subdirectory(pop3)
add_subdirectory(radius)
add_subdirectory(rpc) add_subdirectory(rpc)
add_subdirectory(smb) add_subdirectory(smb)
add_subdirectory(smtp) add_subdirectory(smtp)

View file

@ -0,0 +1,11 @@
# Generated by binpac_quickstart
include(BroPlugin)
include_directories(BEFORE ${CMAKE_CURRENT_SOURCE_DIR} ${CMAKE_CURRENT_BINARY_DIR})
bro_plugin_begin(Bro RADIUS)
bro_plugin_cc(RADIUS.cc Plugin.cc)
bro_plugin_bif(events.bif)
bro_plugin_pac(radius.pac radius-analyzer.pac radius-protocol.pac)
bro_plugin_end()

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@ -0,0 +1,11 @@
// Generated by binpac_quickstart
#include "plugin/Plugin.h"
#include "RADIUS.h"
BRO_PLUGIN_BEGIN(Bro, RADIUS)
BRO_PLUGIN_DESCRIPTION("RADIUS analyzer");
BRO_PLUGIN_ANALYZER("RADIUS", RADIUS::RADIUS_Analyzer);
BRO_PLUGIN_BIF_FILE(events);
BRO_PLUGIN_END

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@ -0,0 +1,45 @@
// Generated by binpac_quickstart
#include "RADIUS.h"
#include "Reporter.h"
#include "events.bif.h"
using namespace analyzer::RADIUS;
RADIUS_Analyzer::RADIUS_Analyzer(Connection* c)
: analyzer::Analyzer("RADIUS", c)
{
interp = new binpac::RADIUS::RADIUS_Conn(this);
}
RADIUS_Analyzer::~RADIUS_Analyzer()
{
delete interp;
}
void RADIUS_Analyzer::Done()
{
Analyzer::Done();
}
void RADIUS_Analyzer::DeliverPacket(int len, const u_char* data,
bool orig, int seq, const IP_Hdr* ip, int caplen)
{
Analyzer::DeliverPacket(len, data, orig, seq, ip, caplen);
try
{
interp->NewData(orig, data, data + len);
}
catch ( const binpac::Exception& e )
{
ProtocolViolation(fmt("Binpac exception: %s", e.c_msg()));
}
}

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@ -0,0 +1,45 @@
// Generated by binpac_quickstart
#ifndef ANALYZER_PROTOCOL_RADIUS_RADIUS_H
#define ANALYZER_PROTOCOL_RADIUS_RADIUS_H
#include "events.bif.h"
#include "analyzer/protocol/udp/UDP.h"
#include "radius_pac.h"
namespace analyzer { namespace RADIUS {
class RADIUS_Analyzer
: public analyzer::Analyzer {
public:
RADIUS_Analyzer(Connection* conn);
virtual ~RADIUS_Analyzer();
// Overriden from Analyzer.
virtual void Done();
virtual void DeliverPacket(int len, const u_char* data, bool orig,
int seq, const IP_Hdr* ip, int caplen);
static analyzer::Analyzer* InstantiateAnalyzer(Connection* conn)
{ return new RADIUS_Analyzer(conn); }
static bool Available()
{
return ( radius_message );
}
protected:
binpac::RADIUS::RADIUS_Conn* interp;
};
} } // namespace analyzer::*
#endif

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@ -0,0 +1,23 @@
# Generated by binpac_quickstart
## Generated for RADIUS messages
##
## See `Wikipedia <http://en.wikipedia.org/wiki/RADIUS>`__ for more information about RADIUS
##
## c: The connection
## msg_type: The value of the code field (1 == Access-Request, 2 == Access-Accept, etc.)
## trans_id: The RADIUS transaction identifier
## authenticator: The value of the authenticator field
##
event radius_message%(c: connection, msg_type: count, trans_id: count%);
## Generated for each RADIUS attribute
##
## See `Wikipedia <http://en.wikipedia.org/wiki/RADIUS>`__ for more information about RADIUS
##
## c: The connection
## attr_type: The value of the code field (1 == User-Name, 2 == User-Password, etc.)
## trans_id: The RADIUS transaction identifier
## authenticator: The value of the authenticator field
##
event radius_attribute%(c: connection, attr_type: count, trans_id: count, value: string%);

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@ -0,0 +1,23 @@
# Generated by binpac_quickstart
refine flow RADIUS_Flow += {
function proc_radius_message(code: uint8, trans_id: uint8): bool
%{
BifEvent::generate_radius_message(connection()->bro_analyzer(), connection()->bro_analyzer()->Conn(), code, trans_id);
return true;
%}
function proc_radius_attribute(code: uint8, trans_id: uint8, value: bytestring): bool
%{
BifEvent::generate_radius_attribute(connection()->bro_analyzer(), connection()->bro_analyzer()->Conn(), code, trans_id, bytestring_to_val(value));
return true;
%}
};
refine typeattr RADIUS_PDU += &let {
proc: bool = $context.flow.proc_radius_message(code, trans_id);
};
refine typeattr RADIUS_Attribute += &let {
proc: bool = $context.flow.proc_radius_attribute(code, trans_id, value);
};

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@ -0,0 +1,15 @@
# Generated by binpac_quickstart
type RADIUS_PDU(is_orig: bool) = record {
code: uint8;
trans_id: uint8;
length: uint16;
authenticator: bytestring &length=16;
attributes: RADIUS_Attribute(trans_id)[] &until($input.length() == 0);
} &byteorder=bigendian;
type RADIUS_Attribute(trans_id: uint8) = record {
code: uint8;
length: uint8;
value: bytestring &length=length-2;
};

View file

@ -0,0 +1,37 @@
# Generated by binpac_quickstart
# Analyzer for RADIUS
# - radius-protocol.pac: describes the RADIUS protocol messages
# - radius-analyzer.pac: describes the RADIUS analyzer code
%include binpac.pac
%include bro.pac
%extern{
#include "events.bif.h"
%}
analyzer RADIUS withcontext {
connection: RADIUS_Conn;
flow: RADIUS_Flow;
};
# Our connection consists of two flows, one in each direction.
connection RADIUS_Conn(bro_analyzer: BroAnalyzer) {
upflow = RADIUS_Flow(true);
downflow = RADIUS_Flow(false);
};
%include radius-protocol.pac
# Now we define the flow:
flow RADIUS_Flow(is_orig: bool) {
# There are two options here: flowunit or datagram.
# flowunit = RADIUS_PDU(is_orig) withcontext(connection, this);
datagram = RADIUS_PDU(is_orig) withcontext(connection, this);
# Using flowunit will cause the anlayzer to buffer incremental input.
# This is needed for &oneline and &length. If you don't need this, you'll
# get better performance with datagram.
};
%include radius-analyzer.pac