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/* packet-radius.c
*
* Routines for RADIUS packet disassembly
* Copyright 1999 Johan Feyaerts
* Changed 03/12/2003 Rui Carmo (http://the.taoofmac.com - added all 3GPP VSAs, some parsing)
*
* RFC 2865, RFC 2866, RFC 2867, RFC 2868, RFC 2869
*
* $Id: packet-radius.c,v 1.100 2004/03/22 16:05:48 gerald Exp $
*
* Ethereal - Network traffic analyzer
* By Gerald Combs <gerald@ethereal.com>
* Copyright 1998 Gerald Combs
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <ctype.h>
#include <glib.h>
#include <time.h>
#include <epan/packet.h>
#include <epan/resolv.h>
#include "packet-q931.h"
#include "packet-gtp.h"
#include "prefs.h"
#include "crypt-md5.h"
static int proto_radius = -1;
static int hf_radius_length = -1;
static int hf_radius_code = -1;
static int hf_radius_id =-1;
static char *shared_secret = NULL;
static gpointer authenticator = NULL;
static gint ett_radius = -1;
static gint ett_radius_avp = -1;
static gint ett_radius_eap = -1;
static gint ett_radius_vsa = -1;
static dissector_handle_t eap_fragment_handle;
#define UDP_PORT_RADIUS 1645
#define UDP_PORT_RADIUS_NEW 1812
#define UDP_PORT_RADACCT 1646
#define UDP_PORT_RADACCT_NEW 1813
#define TEXTBUFFER 2000
#define VSABUFFER 10
typedef struct _e_radiushdr {
guint8 rh_code;
guint8 rh_ident;
guint16 rh_pktlength;
} e_radiushdr;
typedef struct _e_avphdr {
guint8 avp_type;
guint8 avp_length;
} e_avphdr;
typedef struct _radius_attr_info {
guint16 attr_type;
guint16 value_type;
gchar *str;
const value_string *vs;
} radius_attr_info;
typedef struct _rd_vsa_table {
guint32 vendor;
const radius_attr_info *attrib;
} rd_vsa_table;
typedef struct _rd_vsa_buffer {
gchar *str;
int offset;
guint8 length;
} rd_vsa_buffer;
#define AUTHENTICATOR_LENGTH 16
#define RD_HDR_LENGTH 4
#define RADIUS_ACCESS_REQUEST 1
#define RADIUS_ACCESS_ACCEPT 2
#define RADIUS_ACCESS_REJECT 3
#define RADIUS_ACCOUNTING_REQUEST 4
#define RADIUS_ACCOUNTING_RESPONSE 5
#define RADIUS_ACCOUNTING_STATUS 6
#define RADIUS_ACCESS_PASSWORD_REQUEST 7
#define RADIUS_ACCESS_PASSWORD_ACK 8
#define RADIUS_ACCESS_PASSWORD_REJECT 9
#define RADIUS_ACCOUNTING_MESSAGE 10
#define RADIUS_ACCESS_CHALLENGE 11
#define RADIUS_STATUS_SERVER 12
#define RADIUS_STATUS_CLIENT 13
#define RADIUS_VENDOR_SPECIFIC_CODE 26
#define RADIUS_ASCEND_ACCESS_NEXT_CODE 29
#define RADIUS_ASCEND_ACCESS_NEW_PIN 30
#define RADIUS_ASCEND_PASSWORD_EXPIRED 32
#define RADIUS_ASCEND_ACCESS_EVENT_REQUEST 33
#define RADIUS_ASCEND_ACCESS_EVENT_RESPONSE 34
#define RADIUS_DISCONNECT_REQUEST 40
#define RADIUS_DISCONNECT_REQUEST_ACK 41
#define RADIUS_DISCONNECT_REQUEST_NAK 42
#define RADIUS_CHANGE_FILTER_REQUEST 43
#define RADIUS_CHANGE_FILTER_REQUEST_ACK 44
#define RADIUS_CHANGE_FILTER_REQUEST_NAK 45
#define RADIUS_RESERVED 255
/*
* List of types for RADIUS attributes. "Type" refers to how it's
* formatted for display in Ethereal.
*
* Not every RADIUS attribute gets its own type. If an attribute is
* an integer or a tagged integer, but happens to have particular strings
* associated with particular values, it doesn't get its own type -
* you just put a pointer to the appropriate value_string table in
* the entry for that attribute in the appropriate radius_attr_info
* table. Only if it has to get formatted in some non-standard fashion
* (as is the case for the CoSine VPI/VCI attribute) does it get a type
* of its own.
*/
enum {
RADIUS_STRING,
RADIUS_BINSTRING,
RADIUS_USERPASSWORD,
RADIUS_INTEGER4,
RADIUS_IP_ADDRESS,
RADIUS_IP6_ADDRESS,
RADIUS_IP6_PREFIX,
RADIUS_IP6_INTF_ID,
RADIUS_UNKNOWN,
RADIUS_IPX_ADDRESS,
RADIUS_STRING_TAGGED,
RADIUS_VENDOR_SPECIFIC,
RADIUS_TIMESTAMP,
RADIUS_INTEGER4_TAGGED,
RADIUS_EAP_MESSAGE,
COSINE_VPI_VCI,
THE3GPP_IMSI,
THE3GPP_QOS,
THE3GPP_IMSI_MCC_MNC,
THE3GPP_GGSN_MCC_MNC,
THE3GPP_NSAPI,
THE3GPP_SESSION_STOP_INDICATOR,
THE3GPP_SELECTION_MODE,
THE3GPP_CHARGING_CHARACTERISTICS,
THE3GPP_IPV6_DNS_SERVERS,
THE3GPP_SGSN_MCC_MNC
};
static const value_string radius_vals[] =
{
{RADIUS_ACCESS_REQUEST, "Access Request"},
{RADIUS_ACCESS_ACCEPT, "Access Accept"},
{RADIUS_ACCESS_REJECT, "Access Reject"},
{RADIUS_ACCOUNTING_REQUEST, "Accounting Request"},
{RADIUS_ACCOUNTING_RESPONSE, "Accounting Response"},
{RADIUS_ACCOUNTING_STATUS, "Accounting Status"},
{RADIUS_ACCESS_PASSWORD_REQUEST, "Access Password Request"},
{RADIUS_ACCESS_PASSWORD_ACK, "Access Password Ack"},
{RADIUS_ACCESS_PASSWORD_REJECT, "Access Password Reject"},
{RADIUS_ACCOUNTING_MESSAGE, "Accounting Message"},
{RADIUS_ACCESS_CHALLENGE, "Access challenge"},
{RADIUS_STATUS_SERVER, "StatusServer"},
{RADIUS_STATUS_CLIENT, "StatusClient"},
{RADIUS_VENDOR_SPECIFIC_CODE, "Vendor Specific"},
{RADIUS_ASCEND_ACCESS_NEXT_CODE, "Ascend Access Next Code"},
{RADIUS_ASCEND_ACCESS_NEW_PIN, "Ascend Access New Pin"},
{RADIUS_ASCEND_PASSWORD_EXPIRED, "Ascend Password Expired"},
{RADIUS_ASCEND_ACCESS_EVENT_REQUEST, "Ascend Access Event Request"},
{RADIUS_ASCEND_ACCESS_EVENT_RESPONSE, "Ascend Access Event Response"},
{RADIUS_DISCONNECT_REQUEST, "Disconnect Request"},
{RADIUS_DISCONNECT_REQUEST_ACK, "Disconnect Request ACK"},
{RADIUS_DISCONNECT_REQUEST_NAK, "Disconnect Request NAK"},
{RADIUS_CHANGE_FILTER_REQUEST, "Change Filter Request"},
{RADIUS_CHANGE_FILTER_REQUEST_ACK, "Change Filter Request ACK"},
{RADIUS_CHANGE_FILTER_REQUEST_NAK, "Change Filter Request NAK"},
{RADIUS_RESERVED, "Reserved"},
{0, NULL}
};
/*
* These are SMI Network Management Private Enterprise Codes for
* organizations; see
*
* http://www.iana.org/assignments/enterprise-numbers
*
* for a list.
*
* XXX - these also appear in FreeRadius dictionary files, with items such
* as
*
* VENDOR Cisco 9
*/
#define VENDOR_ACC 5
#define VENDOR_CISCO 9
#define VENDOR_MERIT 61
#define VENDOR_SHIVA 166
#define VENDOR_LIVINGSTON 307
#define VENDOR_MICROSOFT 311
#define VENDOR_3COM 429
#define VENDOR_ASCEND 529
#define VENDOR_BAY 1584
#define VENDOR_FOUNDRY 1991
#define VENDOR_VERSANET 2180
#define VENDOR_REDBACK 2352
#define VENDOR_JUNIPER 2636
#define VENDOR_APTIS 2637
#define VENDOR_COSINE 3085
#define VENDOR_SHASTA 3199
#define VENDOR_NOMADIX 3309
#define VENDOR_SIEMENS 4329
#define VENDOR_UNISPHERE 4874
#define VENDOR_ISSANNI 5948
#define VENDOR_QUINTUM 6618
#define VENDOR_INTERLINK 6728
#define VENDOR_COLUBRIS 8744
#define VENDOR_COLUMBIA_UNIVERSITY 11862
#define VENDOR_THE3GPP 10415
static const value_string radius_vendor_specific_vendors[] =
{
{VENDOR_ACC, "ACC"},
{VENDOR_CISCO, "Cisco"},
{VENDOR_MERIT, "Merit"},
{VENDOR_SHIVA, "Shiva"},
{VENDOR_MICROSOFT, "Microsoft"},
{VENDOR_LIVINGSTON, "Livingston"},
{VENDOR_3COM, "3Com"},
{VENDOR_ASCEND, "Ascend"},
{VENDOR_BAY, "Bay Networks"},
{VENDOR_FOUNDRY, "Foundry"},
{VENDOR_VERSANET, "Versanet"},
{VENDOR_REDBACK, "Redback"},
{VENDOR_JUNIPER, "Juniper Networks"},
{VENDOR_APTIS, "Aptis"},
{VENDOR_COSINE, "CoSine Communications"},
{VENDOR_SHASTA, "Shasta"},
{VENDOR_NOMADIX, "Nomadix"},
{VENDOR_SIEMENS, "SIEMENS"},
{VENDOR_UNISPHERE, "Unisphere Networks"},
{VENDOR_ISSANNI, "Issanni Communications"},
{VENDOR_QUINTUM, "Quintum"},
{VENDOR_INTERLINK, "Interlink"},
{VENDOR_COLUBRIS, "Colubris"},
{VENDOR_COLUMBIA_UNIVERSITY, "Columbia University"},
{VENDOR_THE3GPP, "3GPP"},
{0, NULL}
};
/*
* XXX - should we construct these tables in Ethereal at start-up time by
* reading files such as FreeRadius dictionary files? For example,
* the FreeRadius "dictionary" file has
*
* ATTRIBUTE User-Name 1 string
*
* for the attribute that's
*
* {1, RADIUS_STRING, "User Name"},
*
* In our tables:
*
* "string" -> RADIUS_STRING
* "octets" -> RADIUS_BINSTRING
* "integer" -> RADIUS_INTEGER4
* "ipaddr" -> RADIUS_IP_ADDRESS
*
* In addition, it has entries such as
*
* VALUE Service-Type Login-User 1
*
* to handle translation of integral values to strings, which we'd use to
* construct value_string tables.
*/
static const value_string radius_service_type_vals[] =
{
{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"},
{0, NULL}
};
static const value_string radius_framed_protocol_vals[] =
{
{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"},
{255, "Ascend ARA"},
{256, "Ascend MPP"},
{257, "Ascend EURAW"},
{258, "Ascend EUUI"},
{259, "Ascend X25"},
{260, "Ascend COMB"},
{261, "Ascend FR"},
{262, "Ascend MP"},
{263, "Ascend FR-CIR"},
{264, "Ascend ATM-1483"},
{265, "Ascend ATM-FR-CIR"},
{0, NULL}
};
static const value_string radius_framed_routing_vals[] =
{
{1, "Send Routing Packets"},
{2, "Listen for routing packets"},
{3, "Send and Listen"},
{0, "None"},
{0, NULL}
};
static const value_string radius_framed_compression_vals[] =
{
{1, "VJ TCP/IP Header Compression"},
{2, "IPX Header Compression"},
{3, "Stac-LZS compression"},
{0, "None"},
{0, NULL}
};
static const value_string radius_login_service_vals[] =
{
{1, "Rlogin"},
{2, "TCP Clear"},
{3, "Portmaster"},
{4, "LAT"},
{5, "X.25 PAD"},
{6, "X.25 T3POS"},
{8, "TCP Clear Quit"},
{0, "Telnet"},
{0, NULL}
};
static const value_string radius_terminating_action_vals[] =
{
{1, "RADIUS Request"},
{0, "Default"},
{0, NULL}
};
static const value_string radius_accounting_status_type_vals[] =
{
{1, "Start"},
{2, "Stop"},
{3, "Interim Update"},
{7, "Accounting On"},
{8, "Accounting Off"},
{9, "Tunnel Start"}, /* Tunnel accounting */
{10, "Tunnel Stop"}, /* Tunnel accounting */
{11, "Tunnel Reject"}, /* Tunnel accounting */
{12, "Tunnel Link Start"}, /* Tunnel accounting */
{13, "Tunnel Link Stop"}, /* Tunnel accounting */
{14, "Tunnel Link Reject"}, /* Tunnel accounting */
{0, NULL}
};
static const value_string radius_accounting_authentication_vals[] =
{
{1, "Radius"},
{2, "Local"},
{3, "Remote"},
/* RFC 2866 says 3 is Remote. Is 7 a mistake? */
{7, "Remote"},
{0, NULL}
};
static const value_string radius_acct_terminate_cause_vals[] =
{
{1, "User Request"},
{2, "Lost Carrier"},
{3, "Lost Service"},
{4, "Idle Timeout"},
{5, "Session Timeout"},
{6, "Admin Reset"},
{7, "Admin Reboot"},
{8, "Port Error"},
{9, "NAS Error"},
{10, "NAS Request"},
{11, "NAS Reboot"},
{12, "Port Unneeded"},
{13, "Port Preempted"},
{14, "Port Suspended"},
{15, "Service Unavailable"},
{16, "Callback"},
{17, "User Error"},
{18, "Host Request"},
{0, NULL}
};
static const value_string radius_tunnel_type_vals[] =
{
{1, "PPTP"},
{2, "L2F"},
{3, "L2TP"},
{4, "ATMP"},
{5, "VTP"},
{6, "AH"},
{7, "IP-IP-Encap"},
{8, "MIN-IP-IP"},
{9, "ESP"},
{10, "GRE"},
{11, "DVS"},
{12, "IP-IP"},
{0, NULL}
};
static const value_string radius_tunnel_medium_type_vals[] =
{
{1, "IPv4"},
{2, "IPv6"},
{3, "NSAP"},
{4, "HDLC"},
{5, "BBN"},
{6, "IEEE 802"},
{7, "E.163"},
{8, "E.164"},
{9, "F.69"},
{10, "X.121"},
{11, "IPX"},
{12, "Appletalk"},
{13, "Decnet4"},
{14, "Vines"},
{15, "E.164 NSAP"},
{0, NULL}
};
static const value_string radius_nas_port_type_vals[] =
{
{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"},
{12, "ADSL CAP"},
{13, "ADSL DMT"},
{14, "IDSL ISDN"},
{15, "Ethernet"},
{16, "xDSL"},
{17, "Cable"},
{18, "Wireless Other"},
{19, "Wireless IEEE 802.11"},
{0, NULL}
};
static const radius_attr_info radius_attrib[] =
{
{1, RADIUS_STRING, "User Name", NULL},
{2, RADIUS_USERPASSWORD, "User Password", NULL},
{3, RADIUS_BINSTRING, "CHAP Password", NULL},
{4, RADIUS_IP_ADDRESS, "NAS IP Address", NULL},
{5, RADIUS_INTEGER4, "NAS Port", NULL},
{6, RADIUS_INTEGER4, "Service Type", radius_service_type_vals},
{7, RADIUS_INTEGER4, "Framed Protocol", radius_framed_protocol_vals},
{8, RADIUS_IP_ADDRESS, "Framed IP Address", NULL},
{9, RADIUS_IP_ADDRESS, "Framed IP Netmask", NULL},
{10, RADIUS_INTEGER4, "Framed Routing", radius_framed_routing_vals},
{11, RADIUS_STRING, "Filter Id", NULL},
{12, RADIUS_INTEGER4, "Framed MTU", NULL},
{13, RADIUS_INTEGER4, "Framed Compression", radius_framed_compression_vals},
{14, RADIUS_IP_ADDRESS, "Login IP Host", NULL},
{15, RADIUS_INTEGER4, "Login Service", radius_login_service_vals},
{16, RADIUS_INTEGER4, "Login TCP Port", NULL},
{17, RADIUS_UNKNOWN, "Unassigned", NULL},
{18, RADIUS_STRING, "Reply Message", NULL},
{19, RADIUS_STRING, "Callback Number", NULL},
{20, RADIUS_STRING, "Callback Id", NULL},
{21, RADIUS_UNKNOWN, "Unassigned", NULL},
{22, RADIUS_STRING, "Framed Route", NULL},
{23, RADIUS_IPX_ADDRESS, "Framed IPX network", NULL},
{24, RADIUS_BINSTRING, "State", NULL},
{25, RADIUS_BINSTRING, "Class", NULL},
{26, RADIUS_VENDOR_SPECIFIC, "Vendor Specific", NULL},
{27, RADIUS_INTEGER4, "Session Timeout", NULL},
{28, RADIUS_INTEGER4, "Idle Timeout", NULL},
{29, RADIUS_INTEGER4, "Terminating Action", radius_terminating_action_vals},
{30, RADIUS_STRING, "Called Station Id", NULL},
{31, RADIUS_STRING, "Calling Station Id", NULL},
{32, RADIUS_STRING, "NAS identifier", NULL},
{33, RADIUS_BINSTRING, "Proxy State", NULL},
{34, RADIUS_STRING, "Login LAT Service", NULL},
{35, RADIUS_STRING, "Login LAT Node", NULL},
{36, RADIUS_BINSTRING, "Login LAT Group", NULL},
{37, RADIUS_INTEGER4, "Framed AppleTalk Link", NULL},
{38, RADIUS_INTEGER4, "Framed AppleTalk Network", NULL},
{39, RADIUS_STRING, "Framed AppleTalk Zone", NULL},
{40, RADIUS_INTEGER4, "Acct Status Type", radius_accounting_status_type_vals},
{41, RADIUS_INTEGER4, "Acct Delay Time", NULL},
{42, RADIUS_INTEGER4, "Acct Input Octets", NULL},
{43, RADIUS_INTEGER4, "Acct Output Octets", NULL},
{44, RADIUS_STRING, "Acct Session Id", NULL},
{45, RADIUS_INTEGER4, "Acct Authentic", radius_accounting_authentication_vals},
{46, RADIUS_INTEGER4, "Acct Session Time", NULL},
{47, RADIUS_INTEGER4, "Acct Input Packets", NULL},
{48, RADIUS_INTEGER4, "Acct Output Packets", NULL},
{49, RADIUS_INTEGER4, "Acct Terminate Cause", radius_acct_terminate_cause_vals},
{50, RADIUS_STRING, "Acct Multi Session Id", NULL},
{51, RADIUS_INTEGER4, "Acct Link Count", NULL},
{52, RADIUS_INTEGER4, "Acct Input Gigawords", NULL},
{53, RADIUS_INTEGER4, "Acct Output Gigawords", NULL},
/* 54 Unused */
{55, RADIUS_TIMESTAMP, "Event Timestamp", NULL},
/* 56-59 Unused */
{60, RADIUS_BINSTRING, "CHAP Challenge", NULL},
{61, RADIUS_INTEGER4, "NAS Port Type", radius_nas_port_type_vals},
{62, RADIUS_INTEGER4, "Port Limit", NULL},
{63, RADIUS_BINSTRING, "Login LAT Port", NULL},
{64, RADIUS_INTEGER4_TAGGED, "Tunnel Type", radius_tunnel_type_vals},
{65, RADIUS_INTEGER4_TAGGED, "Tunnel Medium Type", radius_tunnel_medium_type_vals},
{66, RADIUS_STRING_TAGGED, "Tunnel Client Endpoint", NULL},
{67, RADIUS_STRING_TAGGED, "Tunnel Server Endpoint", NULL},
{68, RADIUS_STRING, "Tunnel Connection", NULL},
{69, RADIUS_STRING_TAGGED, "Tunnel Password", NULL},
{70, RADIUS_STRING, "ARAP Password", NULL},
{71, RADIUS_STRING, "ARAP Features", NULL},
{72, RADIUS_INTEGER4, "ARAP Zone-Access", NULL},
{73, RADIUS_INTEGER4, "ARAP Security", NULL},
{74, RADIUS_STRING, "ARAP Security Data", NULL},
{75, RADIUS_INTEGER4, "Password Retry", NULL},
{76, RADIUS_INTEGER4, "Prompt", NULL},
{77, RADIUS_STRING, "Connect Info", NULL},
{78, RADIUS_STRING, "Configuration Token", NULL},
{79, RADIUS_EAP_MESSAGE, "EAP Message", NULL},
{80, RADIUS_BINSTRING, "Message Authenticator", NULL},
{81, RADIUS_STRING_TAGGED, "Tunnel Private Group ID", NULL},
{82, RADIUS_STRING_TAGGED, "Tunnel Assignment ID", NULL},
{83, RADIUS_INTEGER4_TAGGED, "Tunnel Preference", NULL},
{84, RADIUS_STRING, "ARAP Challenge Response", NULL},
{85, RADIUS_INTEGER4, "Acct Interim Interval", NULL},
{86, RADIUS_INTEGER4, "Tunnel Packets Lost", NULL},
{87, RADIUS_STRING, "NAS Port ID", NULL},
{88, RADIUS_STRING, "Framed Pool", NULL},
{90, RADIUS_STRING_TAGGED, "Tunnel Client Auth ID", NULL},
{91, RADIUS_STRING_TAGGED, "Tunnel Server Auth ID", NULL},
{95, RADIUS_IP6_ADDRESS, "NAS IPv6 Address", NULL},
{96, RADIUS_IP6_INTF_ID, "Framed Interface Id", NULL},
{97, RADIUS_IP6_PREFIX, "Framed IPv6 Prefix", NULL},
{98, RADIUS_IP6_ADDRESS, "Login IPv6 Host", NULL},
{99, RADIUS_STRING, "Framed IPV6 Route", NULL},
{100, RADIUS_STRING, "Framed IPV6 Pool", NULL},
{120, RADIUS_INTEGER4, "Ascend Modem Port No", NULL},
{121, RADIUS_INTEGER4, "Ascend Modem Slot No", NULL},
{187, RADIUS_INTEGER4, "Ascend Multilink ID", NULL},
{188, RADIUS_INTEGER4, "Ascend Num In Multilink", NULL},
{189, RADIUS_IP_ADDRESS, "Ascend First Dest", NULL},
{190, RADIUS_INTEGER4, "Ascend Pre Input Octets", NULL},
{191, RADIUS_INTEGER4, "Ascend Pre Output Octets", NULL},
{192, RADIUS_INTEGER4, "Ascend Pre Input Packets", NULL},
{193, RADIUS_INTEGER4, "Ascend Pre Output Packets", NULL},
{194, RADIUS_INTEGER4, "Ascend Maximum Time", NULL},
{195, RADIUS_INTEGER4, "Ascend Disconnect Cause", NULL},
{196, RADIUS_INTEGER4, "Ascend Connect Progress", NULL},
{197, RADIUS_INTEGER4, "Ascend Data Rate", NULL},
{198, RADIUS_INTEGER4, "Ascend PreSession Time", NULL},
{211, RADIUS_STRING, "Merit Proxy-Action", NULL},
{218, RADIUS_INTEGER4, "Ascend Assign IP Pool", NULL},
{222, RADIUS_STRING, "Merit User-Id", NULL},
{223, RADIUS_STRING, "Merit User-Realm", NULL},
{255, RADIUS_INTEGER4, "Ascend Xmit Rate", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.acc' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.acc
*/
static const value_string radius_vendor_acc_reason_code_vals[] =
{
{0, "No reason No Failure"},
{1, "Resource shortage"},
{2, "Session already open"},
{3, "Too many RADIUS users"},
{4, "No authentification server"},
{5, "No authentification response"},
{6, "No accounting server"},
{7, "No accounting response"},
{8, "Access Denied"},
{9, "Temporary buffer shortage"},
{10, "Protocol error"},
{11, "Invalid attribute"},
{12, "Invalid service type"},
{13, "Invalid framed protocol"},
{14, "Invalid attribute value"},
{15, "Invalid user information"},
{16, "Invalid IP address"},
{17, "Invalid integer syntax"},
{18, "Invalid NAS port"},
{19, "Requested by user"},
{20, "Network disconnect"},
{21, "Service interruption"},
{22, "Physical port error"},
{23, "Idle timeout"},
{24, "Session timeout"},
{25, "Administrative reset"},
{26, "NAS reload or reset"},
{27, "NAS error"},
{28, "NAS request"},
{29, "Undefined reason given"},
{30, "Conflicting attributes"},
{31, "Port limit exceeded"},
{32, "Facility not available"},
{33, "Internal config error"},
{34, "Bad route specification"},
{35, "Access Partition bind failure"},
{36, "Security violation"},
{37, "Request type conflict"},
{38, "Configuration disallowed"},
{39, "Missing attribute"},
{40, "Invalid request"},
{41, "Missing parameter"},
{42, "Invalid parameter"},
{43, "Call cleared with cause"},
{44, "Inopportune config request"},
{45, "Invalid config parameter"},
{46, "Missing config parameter"},
{47, "Incompatible service profile"},
{48, "Administrative reset"},
{49, "Administrative reload"},
{50, "Port unneeded"},
{51, "Port preempted"},
{52, "Port suspended"},
{53, "Service unavailable"},
{54, "Callback"},
{55, "User error"},
{56, "Host request"},
{0, NULL}
};
static const value_string radius_vendor_acc_ccp_option_vals[] =
{
{1, "Disabled"},
{2, "Enabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_route_policy_vals[] =
{
{1, "Funnel"},
{2, "Direct"},
{0, NULL}
};
static const value_string radius_vendor_acc_ml_mlx_admin_state_vals[] =
{
{1, "Enabled"},
{2, "Disabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_request_type_vals[] =
{
{1, "Ring Indication"},
{2, "Dial Request"},
{3, "User Authentification"},
{4, "Tunnel Authentification"},
{0, NULL}
};
static const value_string radius_vendor_acc_bridging_support_vals[] =
{
{1, "Disabled"},
{2, "Enabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_apsm_oversubscribed_vals[] =
{
{1, "False"},
{2, "True"},
{0, NULL}
};
static const value_string radius_vendor_acc_acct_on_off_reason_vals[] =
{
{0, "NAS Reset"},
{1, "NAS Reload"},
{2, "Configuration Reset"},
{3, "Configuration Reload"},
{4, "Enabled"},
{5, "Disabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_ip_compression_vals[] =
{
{1, "Disabled"},
{2, "Enabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_ipx_compression_vals[] =
{
{1, "Disabled"},
{2, "Enabled"},
{0, NULL}
};
static const value_string radius_vendor_acc_callback_mode_vals[] =
{
{0, "User Auth"},
{3, "User Specified E.164"},
{6, "CBCP Callback"},
{7, "CLI Callback"},
{0, NULL}
};
static const value_string radius_vendor_acc_callback_cbcp_type_vals[] =
{
{1, "CBCP None"},
{2, "CBCP User Specified"},
{3, "CBCP Pre Specified"},
{0, NULL}
};
static const value_string radius_vendor_acc_dialout_auth_mode_vals[] =
{
{1, "PAP"},
{2, "CHAP"},
{3, "CHAP PAP"},
{4, "NONE"},
{0, NULL}
};
static const value_string radius_vendor_acc_access_community_vals[] =
{
{1, "PUBLIC"},
{2, "NETMAN"},
{0, NULL}
};
static const radius_attr_info radius_vendor_acc_attrib[] =
{
{1, RADIUS_INTEGER4, "Acc Reason Code", radius_vendor_acc_reason_code_vals},
{2, RADIUS_INTEGER4, "Acc Ccp Option", radius_vendor_acc_ccp_option_vals},
{3, RADIUS_INTEGER4, "Acc Input Errors", NULL},
{4, RADIUS_INTEGER4, "Acc Output Errors", NULL},
{5, RADIUS_STRING, "Acc Access Partition", NULL},
{6, RADIUS_STRING, "Acc Customer Id", NULL},
{7, RADIUS_IP_ADDRESS, "Acc Ip Gateway Pri", NULL},
{8, RADIUS_IP_ADDRESS, "Acc Ip Gateway Sec", NULL},
{9, RADIUS_INTEGER4, "Acc Route Policy", radius_vendor_acc_route_policy_vals},
{10, RADIUS_INTEGER4, "Acc ML MLX Admin State", radius_vendor_acc_ml_mlx_admin_state_vals},
{11, RADIUS_INTEGER4, "Acc ML Call Threshold", NULL},
{12, RADIUS_INTEGER4, "Acc ML Clear Threshold", NULL},
{13, RADIUS_INTEGER4, "Acc ML Damping Factor", NULL},
{14, RADIUS_STRING, "Acc Tunnel Secret", NULL},
{15, RADIUS_INTEGER4, "Acc Clearing Cause", q931_cause_code_vals},
{16, RADIUS_INTEGER4, "Acc Clearing Location", q931_cause_location_vals},
{17, RADIUS_STRING, "Acc Service Profile", NULL},
{18, RADIUS_INTEGER4, "Acc Request Type", radius_vendor_acc_request_type_vals},
{19, RADIUS_INTEGER4, "Acc Bridging Support", radius_vendor_acc_bridging_support_vals},
{20, RADIUS_INTEGER4, "Acc Apsm Oversubscribed", radius_vendor_acc_apsm_oversubscribed_vals},
{21, RADIUS_INTEGER4, "Acc Acct On Off Reason", radius_vendor_acc_acct_on_off_reason_vals},
{22, RADIUS_INTEGER4, "Acc Tunnel Port", NULL},
{23, RADIUS_IP_ADDRESS, "Acc Dns Server Pri", NULL},
{24, RADIUS_IP_ADDRESS, "Acc Dns Server Sec", NULL},
{25, RADIUS_IP_ADDRESS, "Acc Nbns Server Pri", NULL},
{26, RADIUS_IP_ADDRESS, "Acc Nbns Server Sec", NULL},
{27, RADIUS_INTEGER4, "Acc Dial Port Index", NULL},
{28, RADIUS_INTEGER4, "Acc Ip Compression", radius_vendor_acc_ip_compression_vals},
{29, RADIUS_INTEGER4, "Acc Ipx Compression", radius_vendor_acc_ipx_compression_vals},
{30, RADIUS_INTEGER4, "Acc Connect Tx Speed", NULL},
{31, RADIUS_INTEGER4, "Acc Connect Rx Speed", NULL},
{32, RADIUS_STRING, "Acc Modem Modulation Type", NULL},
{33, RADIUS_STRING, "Acc Modem Error Protocol", NULL},
{34, RADIUS_INTEGER4, "Acc Callback Delay", NULL},
{35, RADIUS_STRING, "Acc Callback Num Valid", NULL},
{36, RADIUS_INTEGER4, "Acc Callback Mode", radius_vendor_acc_callback_mode_vals},
{37, RADIUS_INTEGER4, "Acc Callback CBCP Type", radius_vendor_acc_callback_cbcp_type_vals},
{38, RADIUS_INTEGER4, "Acc Dialout Auth Mode", radius_vendor_acc_dialout_auth_mode_vals},
{39, RADIUS_STRING, "Acc Dialout Auth Password", NULL},
{40, RADIUS_STRING, "Acc Dialout Auth Username", NULL},
{42, RADIUS_INTEGER4, "Acc Access Community", radius_vendor_acc_access_community_vals},
{0, 0, NULL, NULL},
};
/*
references:
'dictionary.cisco' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.cisco
http://www.cisco.com/univercd/cc/td/doc/product/access/acs_serv/vapp_dev/vsaig3.htm
http://www.cisco.com/univercd/cc/td/doc/product/software/ios122/122cgcr/fsecur_c/fappendx/fradattr/scfrdat3.pdf
http://www.missl.cs.umd.edu/wireless/ethereal/cisco-vsa.pdf
*/
static const value_string radius_vendor_cisco_disconnect_cause_vals[] =
{
{2, "Unknown"},
{4, "CLID Authentication Failure"},
{10, "No Carrier"},
{11, "Lost Carrier"},
{12, "No Detected Result Codes"},
{20, "User Ends Session"},
{21, "Idle Timeout"},
{22, "Exit Telnet Session"},
{23, "No Remote IP Addr"},
{24, "Exit Raw TCP"},
{25, "Password Fail"},
{26, "Raw TCP Disabled"},
{27, "Control C Detected"},
{28, "EXEC Program Destroyed"},
{40, "Timeout PPP LCP"},
{41, "Failed PPP LCP Negotiation"},
{42, "Failed PPP PAP Auth Fail"},
{43, "Failed PPP CHAP Auth"},
{44, "Failed PPP Remote Auth"},
{45, "PPP Remote Terminate"},
{46, "PPP Closed Event"},
{100, "Session Timeout"},
{101, "Session Failed Security"},
{102, "Session End Callback"},
{120, "Invalid Protocol"},
{0, NULL}
};
static const radius_attr_info radius_vendor_cisco_attrib[] =
{
/* stanard attributes */
{1, RADIUS_STRING, "Cisco AV Pair", NULL},
{2, RADIUS_STRING, "Cisco NAS Port", NULL},
/* fax */
{3, RADIUS_STRING, "Fax Account Id Origin", NULL},
{4, RADIUS_STRING, "Fax Msg Id", NULL},
{5, RADIUS_STRING, "Fax Pages", NULL},
{6, RADIUS_STRING, "Fax Cover Page Flag", NULL},
{7, RADIUS_STRING, "Fax Modem Time", NULL},
{8, RADIUS_STRING, "Fax Connect Speed", NULL},
{9, RADIUS_STRING, "Fax Recipent Count", NULL},
{10, RADIUS_STRING, "Fax Process Abort Flag", NULL},
{11, RADIUS_STRING, "Fax DSN Address", NULL},
{12, RADIUS_STRING, "Fax DSN Flag", NULL},
{13, RADIUS_STRING, "Fax MDN Address", NULL},
{14, RADIUS_STRING, "Fax MDN Flag", NULL},
{15, RADIUS_STRING, "Fax Auth Status", NULL},
{16, RADIUS_STRING, "Email Server Address", NULL},
{17, RADIUS_STRING, "Email Server Ack Flag", NULL},
{18, RADIUS_STRING, "Gateway Id", NULL},
{19, RADIUS_STRING, "Call Type", NULL},
{20, RADIUS_STRING, "Port Used", NULL},
{21, RADIUS_STRING, "Abort Cause", NULL},
/* #22 */
/* H323 - Voice over IP attributes. */
{23, RADIUS_STRING, "H323 Remote Address", NULL},
{24, RADIUS_STRING, "H323 Conf Id", NULL},
{25, RADIUS_STRING, "H323 Setup Time", NULL},
{26, RADIUS_STRING, "H323 Call Origin", NULL},
{27, RADIUS_STRING, "H323 Call Type", NULL},
{28, RADIUS_STRING, "H323 Connect Time", NULL},
{29, RADIUS_STRING, "H323 Disconnect Time", NULL},
{30, RADIUS_STRING, "H323 Disconnect Cause", NULL},
{31, RADIUS_STRING, "H323 Voice Quality", NULL},
/* #32 */
{33, RADIUS_STRING, "H323 GW Id", NULL},
/* #34 */
{35, RADIUS_STRING, "H323 Incoming Conf Id", NULL},
/* #36-#100 */
{101, RADIUS_STRING, "H323 Credit Amount", NULL},
{102, RADIUS_STRING, "H323 Credit Time", NULL},
{103, RADIUS_STRING, "H323 Return Code", NULL},
{104, RADIUS_STRING, "H323 Prompt Id", NULL},
{105, RADIUS_STRING, "H323 Time And Day", NULL},
{106, RADIUS_STRING, "H323 Redirect Number", NULL},
{107, RADIUS_STRING, "H323 Preferred Lang", NULL},
{108, RADIUS_STRING, "H323 Redirect Ip Address", NULL},
{109, RADIUS_STRING, "H323 Billing Model", NULL},
{110, RADIUS_STRING, "H323 Currency Type", NULL},
/* #111-#186 */
/*
Extra attributes sent by the Cisco, if you configure
"radius-server vsa accounting" (requires IOS11.2+).
*/
{187, RADIUS_INTEGER4, "Cisco Multilink ID", NULL},
{188, RADIUS_INTEGER4, "Cisco Num In Multilink", NULL},
/* #189 */
{190, RADIUS_INTEGER4, "Cisco Pre Input Octets", NULL},
{191, RADIUS_INTEGER4, "Cisco Pre Output Octets", NULL},
{192, RADIUS_INTEGER4, "Cisco Pre Input Packets", NULL},
{193, RADIUS_INTEGER4, "Cisco Pre Output Packets", NULL},
{194, RADIUS_INTEGER4, "Cisco Maximum Time", NULL},
{195, RADIUS_INTEGER4, "Cisco Disconnect Cause", radius_vendor_cisco_disconnect_cause_vals},
/* #196 */
{197, RADIUS_INTEGER4, "Cisco Data Rate", NULL},
{198, RADIUS_INTEGER4, "Cisco PreSession Time", NULL},
/* #199-#207 */
{208, RADIUS_INTEGER4, "Cisco PW Lifetime", NULL},
{209, RADIUS_INTEGER4, "Cisco IP Direct", NULL},
{210, RADIUS_INTEGER4, "Cisco PPP VJ Slot Comp", NULL},
/* #211 */
{212, RADIUS_INTEGER4, "Cisco PPP Async Map", NULL},
/* #213-#216 */
{217, RADIUS_INTEGER4, "Cisco IP Pool Definition", NULL},
{218, RADIUS_INTEGER4, "Cisco Asing IP Pool", NULL},
/* #219-#227 */
{228, RADIUS_INTEGER4, "Cisco Route IP", NULL},
/* #229-#232 */
{233, RADIUS_INTEGER4, "Cisco Link Compression", NULL},
{234, RADIUS_INTEGER4, "Cisco Target Util", NULL},
{235, RADIUS_INTEGER4, "Cisco Maximum Channels", NULL},
/* #236-#241 */
{242, RADIUS_INTEGER4, "Cisco Data Filter", NULL},
{243, RADIUS_INTEGER4, "Cisco Call Filter", NULL},
{244, RADIUS_INTEGER4, "Cisco Idle Limit", NULL},
/* Cisco SSG Service Selection Gateway Attributes */
{250, RADIUS_STRING, "Cisco Account Info", NULL},
{251, RADIUS_STRING, "Cisco Service Info", NULL},
{252, RADIUS_BINSTRING, "Cisco Command Info", NULL},
{253, RADIUS_STRING, "Cisco Control Info", NULL},
{255, RADIUS_INTEGER4, "Cisco Xmit Rate", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.shiva' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.shiva
*/
static const value_string radius_vendor_shiva_type_of_service_vals[] =
{
{1, "Analog"},
{2, "Digitized Analog"},
{3, "Digital"},
{4, "Digital V.110"},
{5, "Digital V.120"},
{6, "Digital Leased Line"},
{0, NULL}
};
static const value_string radius_vendor_shiva_link_protocol_vals[] =
{
{1, "HDLC"},
{2, "ARAV1"},
{3, "ARAV2"},
{4, "SHELL"},
{5, "AALAP"},
{6, "SLIP"},
{0, NULL}
};
static const value_string radius_vendor_shiva_disconnect_reason_vals[] =
{
{1, "Remote"},
{2, "Error"},
{3, "Idle Timeout"},
{4, "Session Timeout"},
{5, "Admin Disconnect"},
{6, "Dialback"},
{7, "Virtual Connection"},
{8, "Bandwidth On Demand"},
{9, "Failed Authentication"},
{10, "Preempted"},
{11, "Blocked"},
{12, "Tariff Management"},
{13, "Backup"},
{0, NULL}
};
static const value_string radius_vendor_shiva_function_vals[] =
{
{0, "Unknown"},
{1, "Dialin"},
{2, "Dialout"},
{3, "Lan To Lan"},
{0, NULL}
};
static const value_string radius_vendor_shiva_connect_reason_vals[] =
{
{1, "Remote"},
{2, "Dialback"},
{3, "Virtual Connection"},
{4, "Bandwidth On Demand"},
{0, NULL}
};
static const radius_attr_info radius_vendor_shiva_attrib[] =
{
{1, RADIUS_STRING, "Shiva User Attributes", NULL},
{90, RADIUS_STRING, "Shiva Called Number", NULL},
{91, RADIUS_STRING, "Shiva Calling Number", NULL},
{92, RADIUS_STRING, "Shiva Customer Id", NULL},
{93, RADIUS_INTEGER4, "Shiva Type Of Service", radius_vendor_shiva_type_of_service_vals},
{94, RADIUS_INTEGER4, "Shiva Link Speed", NULL},
{95, RADIUS_INTEGER4, "Shiva Links In Bundle", NULL},
{96, RADIUS_INTEGER4, "Shiva Compression Type", NULL},
{97, RADIUS_INTEGER4, "Shiva Link Protocol", radius_vendor_shiva_link_protocol_vals},
{98, RADIUS_INTEGER4, "Shiva Network Protocols", NULL},
{99, RADIUS_INTEGER4, "Shiva Session Id", NULL},
{100, RADIUS_INTEGER4, "Shiva Disconnect Reason", radius_vendor_shiva_disconnect_reason_vals},
{101, RADIUS_IP_ADDRESS, "Shiva Acct Serv Switch", NULL},
{102, RADIUS_INTEGER4, "Shiva Event Flags", NULL},
{103, RADIUS_INTEGER4, "Shiva Function", radius_vendor_shiva_function_vals},
{104, RADIUS_INTEGER4, "Shiva Connect Reason", radius_vendor_shiva_connect_reason_vals},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.livingston' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.livingston
*/
static const value_string radius_vendor_livingston_ipsec_log_options_vals[] =
{
{1, "SA Success On"},
{2, "SA Failure On"},
{3, "Console On"},
{4, "Syslog On"},
{5, "SA Success Off"},
{6, "SA Failure Off"},
{7, "Console Off"},
{8, "Syslog Off"},
{0, NULL}
};
static const value_string radius_vendor_livingston_ipsec_deny_action_vals[] =
{
{1, "Drop"},
{2, "ICMP Reject"},
{3, "Pass Through"},
{0, NULL}
};
static const value_string radius_vendor_livingston_nat_log_options_vals[] =
{
{1, "Session Success On"},
{2, "Session Failure On"},
{3, "Console On"},
{4, "Syslog On"},
{5, "Success Off"},
{6, "Failure Off"},
{7, "Console Off"},
{8, "Syslog Off"},
{0, NULL}
};
static const value_string radius_vendor_livingston_nat_sess_dir_fail_action_vals[] =
{
{1, "Drop"},
{2, "ICMP Reject"},
{3, "Pass Through"},
{0, NULL}
};
static const value_string radius_vendor_livingston_multicast_client_vals[] =
{
{1, "On"},
{0, NULL}
};
static const radius_attr_info radius_vendor_livingston_attrib[] =
{
{2, RADIUS_STRING, "LE Terminate Detail", NULL},
{3, RADIUS_STRING, "LE Advice of Charge", NULL},
{4, RADIUS_STRING, "LE Connect Detail", NULL},
{6, RADIUS_STRING, "LE IP Pool", NULL},
{7, RADIUS_IP_ADDRESS, "LE IP Gateway", NULL},
{8, RADIUS_STRING, "LE Modem Info", NULL},
{9, RADIUS_INTEGER4, "LE IPSec Log Options", radius_vendor_livingston_ipsec_log_options_vals},
{10, RADIUS_INTEGER4, "LE IPSec Deny Action", radius_vendor_livingston_ipsec_deny_action_vals},
{11, RADIUS_STRING, "LE IPSec Active Profile", NULL},
{12, RADIUS_STRING, "LE IPSec Outsource Profile", NULL},
{13, RADIUS_STRING, "LE IPSec Passive Profile", NULL},
{14, RADIUS_INTEGER4, "LE NAT TCP Session Timeout", NULL},
{15, RADIUS_INTEGER4, "LE NAT Other Session Timeout", NULL},
{16, RADIUS_INTEGER4, "LE NAT Log Options", radius_vendor_livingston_nat_log_options_vals},
{17, RADIUS_INTEGER4, "LE NAT Sess Dir Fail Action", radius_vendor_livingston_nat_sess_dir_fail_action_vals},
{18, RADIUS_STRING, "LE NAT Inmap", NULL},
{19, RADIUS_STRING, "LE NAT Outmap", NULL},
{20, RADIUS_STRING, "LE NAT Outsource Inmap", NULL},
{21, RADIUS_STRING, "LE NAT Outsource Outmap", NULL},
{22, RADIUS_STRING, "LE Admin Group", NULL},
{23, RADIUS_INTEGER4, "LE Multicast Client", radius_vendor_livingston_multicast_client_vals},
{0, 0, NULL, NULL},
};
static const value_string radius_vendor_microsoft_bap_usage_vals[] =
{
{0, "Not Allowed"},
{1, "Allowed"},
{2, "Required"},
{0, NULL}
};
static const value_string radius_vendor_microsoft_arap_pw_change_reason_vals[] =
{
{1, "Just Change Password"},
{2, "Expired Password"},
{3, "Admin Required Password Change"},
{4, "Password Too Short"},
{0, NULL}
};
static const value_string radius_vendor_microsoft_acct_auth_type_vals[] =
{
{1, "PAP"},
{2, "CHAP"},
{3, "MS CHAP 1"},
{4, "MS CHAP 2"},
{5, "EAP"},
{0, NULL}
};
static const value_string radius_vendor_microsoft_acct_eap_type_vals[] =
{
{4, "MD5"},
{5, "OTP"},
{6, "Generic Token Card"},
{13, "TLS"},
{0, NULL}
};
static const radius_attr_info radius_vendor_microsoft_attrib[] =
{
{1, RADIUS_BINSTRING, "MS CHAP Response", NULL},
{2, RADIUS_STRING, "MS CHAP Error", NULL},
{3, RADIUS_BINSTRING, "MS CHAP CPW 1", NULL},
{4, RADIUS_BINSTRING, "MS CHAP CPW 2", NULL},
{5, RADIUS_BINSTRING, "MS CHAP LM Enc PW", NULL},
{6, RADIUS_BINSTRING, "MS CHAP NT Enc PW", NULL},
{7, RADIUS_BINSTRING, "MS MPPE Encryption Policy", NULL},
{8, RADIUS_BINSTRING, "MS MPPE Encryption Type", NULL},
{9, RADIUS_INTEGER4, "MS RAS Vendor", NULL},
{10, RADIUS_STRING, "MS CHAP Domain", NULL},
{11, RADIUS_BINSTRING, "MS CHAP Challenge", NULL},
{12, RADIUS_BINSTRING, "MS CHAP MPPE Keys", NULL},
{13, RADIUS_INTEGER4, "MS BAP Usage", radius_vendor_microsoft_bap_usage_vals},
{14, RADIUS_INTEGER4, "MS Link Utilization Threshold", NULL},
{15, RADIUS_INTEGER4, "MS Link Drop Time Limit", NULL},
{16, RADIUS_BINSTRING, "MS MPPE Send Key", NULL},
{17, RADIUS_BINSTRING, "MS MPPE Recv Key", NULL},
{18, RADIUS_STRING, "MS RAS Version", NULL},
{19, RADIUS_BINSTRING, "MS Old ARAP Password", NULL},
{20, RADIUS_BINSTRING, "MS New ARAP Password", NULL},
{21, RADIUS_INTEGER4, "MS ARAP PW Change Reason", radius_vendor_microsoft_arap_pw_change_reason_vals},
{22, RADIUS_BINSTRING, "MS Filter", NULL},
{23, RADIUS_INTEGER4, "MS Acct Auth Type", radius_vendor_microsoft_acct_auth_type_vals},
{24, RADIUS_INTEGER4, "MS Acct EAP Type", radius_vendor_microsoft_acct_eap_type_vals},
{25, RADIUS_BINSTRING, "MS CHAP2 Response", NULL},
{26, RADIUS_BINSTRING, "MS CHAP2 Success", NULL},
{27, RADIUS_BINSTRING, "MS CHAP2 CPW", NULL},
{28, RADIUS_IP_ADDRESS, "MS Primary DNS Server", NULL},
{29, RADIUS_IP_ADDRESS, "MS Secondary DNS Server", NULL},
{30, RADIUS_IP_ADDRESS, "MS Primary NBNS Server", NULL},
{31, RADIUS_IP_ADDRESS, "MS Secondary NBNS Server", NULL},
{0, 0, NULL, NULL}
};
static const value_string radius_vendor_ascend_calling_id_type_of_number_vals[] =
{
{0, "Unknown"},
{1, "International Number"},
{2, "National Number"},
{3, "Network Specific"},
{4, "Subscriber Number"},
{6, "Abbreviated Number"},
{0, NULL}
};
static const value_string radius_vendor_ascend_calling_id_numbering_plan_vals[] =
{
{0, "Unknown"},
{1, "ISDN Telephony"},
{3, "Data"},
{4, "Telex"},
{8, "National"},
{9, "Private"},
{0, NULL}
};
static const value_string radius_vendor_ascend_calling_id_presentation_vals[] =
{
{0, "Allowed"},
{1, "Restricted"},
{2, "Number Not Available"},
{0, NULL}
};
static const value_string radius_vendor_ascend_calling_id_screening_vals[] =
{
{0, "User Not Screened"},
{1, "User Provided Passed"},
{2, "User Provided Failed"},
{3, "Network Provided"},
{0, NULL}
};
static const radius_attr_info radius_vendor_ascend_attrib[] =
{
{7, RADIUS_STRING, "Ascend UU Info", NULL},
{9, RADIUS_INTEGER4, "Ascend CIR Timer", NULL},
{10, RADIUS_INTEGER4, "Ascend FR 08 Mode", NULL},
{11, RADIUS_INTEGER4, "Ascend Destination Nas Port", NULL},
{12, RADIUS_STRING, "Ascend FR SVC Addr", NULL},
{13, RADIUS_INTEGER4, "Ascend NAS Port Format", NULL},
{14, RADIUS_INTEGER4, "Ascend ATM Fault Management", NULL},
{15, RADIUS_INTEGER4, "Ascend ATM Loopback Cell Loss", NULL},
{16, RADIUS_INTEGER4, "Ascend Ckt Type", NULL},
{17, RADIUS_INTEGER4, "Ascend SVC Enabled", NULL},
{18, RADIUS_INTEGER4, "Ascend Session Type", NULL},
{19, RADIUS_IP_ADDRESS, "Ascend H323 Gatekeeper", NULL},
{20, RADIUS_STRING, "Ascend Global Call Id", NULL},
{21, RADIUS_INTEGER4, "Ascend H323 Conference Id", NULL},
{22, RADIUS_IP_ADDRESS, "Ascend H323 Fegw Address", NULL},
{23, RADIUS_INTEGER4, "Ascend H323 Dialed Time", NULL},
{24, RADIUS_STRING, "Ascend Dialed Number", NULL},
{25, RADIUS_INTEGER4, "Ascend Inter Arrival Jitter", NULL},
{26, RADIUS_INTEGER4, "Ascend Dropped Octets", NULL},
{27, RADIUS_INTEGER4, "Ascend Dropped Packets", NULL},
{29, RADIUS_INTEGER4, "Ascend X25 Pad X3 Profile", NULL},
{30, RADIUS_STRING, "Ascend X25 Pad X3 Parameters", NULL},
{31, RADIUS_STRING, "Ascend Tunnel VRouter Name", NULL},
{32, RADIUS_INTEGER4, "Ascend X25 Reverse Charging", NULL},
{33, RADIUS_STRING, "Ascend X25 Nui Prompt", NULL},
{34, RADIUS_STRING, "Ascend X25 Nui Password Prompt", NULL},
{35, RADIUS_STRING, "Ascend X25 Cug", NULL},
{36, RADIUS_STRING, "Ascend X25 Pad Alias 1", NULL},
{37, RADIUS_STRING, "Ascend X25 Pad Alias 2", NULL},
{38, RADIUS_STRING, "Ascend X25 Pad Alias 3", NULL},
{39, RADIUS_STRING, "Ascend X25 X121 Address", NULL},
{40, RADIUS_STRING, "Ascend X25 Nui", NULL},
{41, RADIUS_STRING, "Ascend X25 Rpoa", NULL},
{42, RADIUS_STRING, "Ascend X25 Pad Prompt", NULL},
{43, RADIUS_STRING, "Ascend X25 Pad Banner", NULL},
{44, RADIUS_STRING, "Ascend X25 Profile Name", NULL},
{45, RADIUS_STRING, "Ascend Recv Name", NULL},
{46, RADIUS_INTEGER4, "Ascend Bi Directional Auth", NULL},
{47, RADIUS_INTEGER4, "Ascend MTU", NULL},
{48, RADIUS_INTEGER4, "Ascend Call Direction", NULL},
{49, RADIUS_INTEGER4, "Ascend Service Type", NULL},
{50, RADIUS_INTEGER4, "Ascend Filter Required", NULL},
{51, RADIUS_INTEGER4, "Ascend Traffic Shaper", NULL},
{52, RADIUS_STRING, "Ascend Access Intercept LEA", NULL},
{53, RADIUS_STRING, "Ascend Access Intercept Log", NULL},
{54, RADIUS_STRING, "Ascend Private Route Table ID", NULL},
{55, RADIUS_INTEGER4, "Ascend Private Route Required", NULL},
{56, RADIUS_INTEGER4, "Ascend Cache Refresh", NULL},
{57, RADIUS_INTEGER4, "Ascend Cache Time", NULL},
{58, RADIUS_INTEGER4, "Ascend Egress Enabled", NULL},
{59, RADIUS_STRING, "Ascend QOS Upstream", NULL},
{60, RADIUS_STRING, "Ascend QOS Downstream", NULL},
{61, RADIUS_INTEGER4, "Ascend ATM Connect Vpi", NULL},
{62, RADIUS_INTEGER4, "Ascend ATM Connect Vci", NULL},
{63, RADIUS_INTEGER4, "Ascend ATM Connect Group", NULL},
{64, RADIUS_INTEGER4, "Ascend ATM Group", NULL},
{65, RADIUS_INTEGER4, "Ascend IPX Header Compression", NULL},
{66, RADIUS_INTEGER4, "Ascend Calling Id Type Of Number", radius_vendor_ascend_calling_id_type_of_number_vals},
{67, RADIUS_INTEGER4, "Ascend Calling Id Numbering Plan", radius_vendor_ascend_calling_id_numbering_plan_vals},
{68, RADIUS_INTEGER4, "Ascend Calling Id Presentation", radius_vendor_ascend_calling_id_presentation_vals},
{69, RADIUS_INTEGER4, "Ascend Calling Id Screening", radius_vendor_ascend_calling_id_screening_vals},
{70, RADIUS_INTEGER4, "Ascend BIR Enable", NULL},
{71, RADIUS_INTEGER4, "Ascend BIR Proxy", NULL},
{72, RADIUS_INTEGER4, "Ascend BIR Bridge Group", NULL},
{73, RADIUS_STRING, "Ascend IPSEC Profile", NULL},
{74, RADIUS_INTEGER4, "Ascend PPPoE Enable", NULL},
{75, RADIUS_INTEGER4, "Ascend Bridge Non PPPoE", NULL},
{76, RADIUS_INTEGER4, "Ascend ATM Direct", NULL},
{77, RADIUS_STRING, "Ascend ATM Direct Profile", NULL},
{78, RADIUS_IP_ADDRESS, "Ascend Client Primary WINS", NULL},
{79, RADIUS_IP_ADDRESS, "Ascend Client Secondary WINS", NULL},
{80, RADIUS_INTEGER4, "Ascend Client Assign WINS", NULL},
{81, RADIUS_INTEGER4, "Ascend Auth Type", NULL},
{82, RADIUS_INTEGER4, "Ascend Port Redir Protocol", NULL},
{83, RADIUS_INTEGER4, "Ascend Port Redir Portnum", NULL},
{84, RADIUS_IP_ADDRESS, "Ascend Port Redir Server", NULL},
{85, RADIUS_INTEGER4, "Ascend IP Pool Chaining", NULL},
{86, RADIUS_IP_ADDRESS, "Ascend Owner IP Addr", NULL},
{87, RADIUS_INTEGER4, "Ascend IP TOS", NULL},
{88, RADIUS_INTEGER4, "Ascend IP TOS Precedence", NULL},
{89, RADIUS_INTEGER4, "Ascend IP TOS Apply To", NULL},
{90, RADIUS_STRING, "Ascend Filter", NULL},
{91, RADIUS_STRING, "Ascend Telnet Profile", NULL},
{92, RADIUS_INTEGER4, "Ascend Dsl Rate Type", NULL},
{93, RADIUS_STRING, "Ascend Redirect Number", NULL},
{94, RADIUS_INTEGER4, "Ascend ATM Vpi", NULL},
{95, RADIUS_INTEGER4, "Ascend ATM Vci", NULL},
{96, RADIUS_INTEGER4, "Ascend Source IP Check", NULL},
{97, RADIUS_INTEGER4, "Ascend Dsl Rate Mode", NULL},
{98, RADIUS_INTEGER4, "Ascend Dsl Upstream Limit", NULL},
{99, RADIUS_INTEGER4, "Ascend Dsl Downstream Limit", NULL},
{100, RADIUS_INTEGER4, "Ascend Dsl CIR Recv Limit", NULL},
{101, RADIUS_INTEGER4, "Ascend Dsl CIR Xmit Limit", NULL},
{102, RADIUS_STRING, "Ascend VRouter Name", NULL},
{103, RADIUS_STRING, "Ascend Source Auth", NULL},
{104, RADIUS_STRING, "Ascend Private Route", NULL},
{105, RADIUS_INTEGER4, "Ascend Numbering Plan ID", NULL},
{106, RADIUS_INTEGER4, "Ascend FR Link Status DLCI", NULL},
{107, RADIUS_STRING, "Ascend Calling Subaddress", NULL},
{108, RADIUS_INTEGER4, "Ascend Callback Delay", NULL},
{109, RADIUS_STRING, "Ascend Endpoint Disc", NULL},
{110, RADIUS_STRING, "Ascend Remote FW", NULL},
{111, RADIUS_INTEGER4, "Ascend Multicast GLeave Delay", NULL},
{112, RADIUS_INTEGER4, "Ascend CBCP Enable", NULL},
{113, RADIUS_INTEGER4, "Ascend CBCP Mode", NULL},
{114, RADIUS_INTEGER4, "Ascend CBCP Delay", NULL},
{115, RADIUS_INTEGER4, "Ascend CBCP Trunk Group", NULL},
{116, RADIUS_STRING, "Ascend Appletalk Route", NULL},
{117, RADIUS_INTEGER4, "Ascend Appletalk Peer Mode", NULL},
{118, RADIUS_INTEGER4, "Ascend Route Appletalk", NULL},
{119, RADIUS_STRING, "Ascend FCP Parameter", NULL},
{120, RADIUS_INTEGER4, "Ascend Modem Port No", NULL},
{121, RADIUS_INTEGER4, "Ascend Modem Slot No", NULL},
{122, RADIUS_INTEGER4, "Ascend Modem Shelf No", NULL},
{123, RADIUS_INTEGER4, "Ascend Call Attempt Limit", NULL},
{124, RADIUS_INTEGER4, "Ascend Call Block Duration", NULL},
{125, RADIUS_INTEGER4, "Ascend Maximum Call Duration", NULL},
{126, RADIUS_INTEGER4, "Ascend Temporary Rtes", NULL},
{127, RADIUS_INTEGER4, "Ascend Tunneling Protocol", NULL},
{128, RADIUS_INTEGER4, "Ascend Shared Profile Enable", NULL},
{129, RADIUS_STRING, "Ascend Primary Home Agent", NULL},
{130, RADIUS_STRING, "Ascend Secondary Home Agent", NULL},
{131, RADIUS_INTEGER4, "Ascend Dialout Allowed", NULL},
{132, RADIUS_IP_ADDRESS, "Ascend Client Gateway", NULL},
{133, RADIUS_INTEGER4, "Ascend BACP Enable", NULL},
{134, RADIUS_INTEGER4, "Ascend DHCP Maximum Leases", NULL},
{135, RADIUS_IP_ADDRESS, "Ascend Client Primary DNS", NULL},
{136, RADIUS_IP_ADDRESS, "Ascend Client Secondary DNS", NULL},
{137, RADIUS_INTEGER4, "Ascend Client Assign DNS", NULL},
{138, RADIUS_INTEGER4, "Ascend User Acct Type", NULL},
{139, RADIUS_IP_ADDRESS, "Ascend User Acct Host", NULL},
{140, RADIUS_INTEGER4, "Ascend User Acct Port", NULL},
{141, RADIUS_STRING, "Ascend User Acct Key", NULL},
{142, RADIUS_INTEGER4, "Ascend User Acct Base", NULL},
{143, RADIUS_INTEGER4, "Ascend User Acct Time", NULL},
{144, RADIUS_IP_ADDRESS, "Ascend Assign IP Client", NULL},
{145, RADIUS_IP_ADDRESS, "Ascend Assign IP Server", NULL},
{146, RADIUS_STRING, "Ascend Assign IP Global Pool", NULL},
{147, RADIUS_INTEGER4, "Ascend DHCP Reply", NULL},
{148, RADIUS_INTEGER4, "Ascend DHCP Pool Number", NULL},
{149, RADIUS_INTEGER4, "Ascend Expect Callback", NULL},
{150, RADIUS_INTEGER4, "Ascend Event Type", NULL},
{151, RADIUS_STRING, "Ascend Session Svr Key", NULL},
{152, RADIUS_INTEGER4, "Ascend Multicast Rate Limit", NULL},
{153, RADIUS_IP_ADDRESS, "Ascend IF Netmask", NULL},
{154, RADIUS_IP_ADDRESS, "Ascend Remote Addr", NULL},
{155, RADIUS_INTEGER4, "Ascend Multicast Client", NULL},
{156, RADIUS_STRING, "Ascend FR Circuit Name", NULL},
{157, RADIUS_INTEGER4, "Ascend FR LinkUp", NULL},
{158, RADIUS_INTEGER4, "Ascend FR Nailed Grp", NULL},
{159, RADIUS_INTEGER4, "Ascend FR Type", NULL},
{160, RADIUS_INTEGER4, "Ascend FR Link Mgt", NULL},
{161, RADIUS_INTEGER4, "Ascend FR N391", NULL},
{162, RADIUS_INTEGER4, "Ascend FR DCE N392", NULL},
{163, RADIUS_INTEGER4, "Ascend FR DTE N392", NULL},
{164, RADIUS_INTEGER4, "Ascend FR DCE N393", NULL},
{165, RADIUS_INTEGER4, "Ascend FR DTE N393", NULL},
{166, RADIUS_INTEGER4, "Ascend FR T391", NULL},
{167, RADIUS_INTEGER4, "Ascend FR T392", NULL},
{168, RADIUS_STRING, "Ascend Bridge Address", NULL},
{169, RADIUS_INTEGER4, "Ascend TS Idle Limit", NULL},
{170, RADIUS_INTEGER4, "Ascend TS Idle Mode", NULL},
{171, RADIUS_INTEGER4, "Ascend DBA Monitor", NULL},
{172, RADIUS_INTEGER4, "Ascend Base Channel Count", NULL},
{173, RADIUS_INTEGER4, "Ascend Minimum Channels", NULL},
{174, RADIUS_STRING, "Ascend IPX Route", NULL},
{175, RADIUS_INTEGER4, "Ascend FT1 Caller", NULL},
{176, RADIUS_STRING, "Ascend Backup", NULL},
{177, RADIUS_INTEGER4, "Ascend Call Type", NULL},
{178, RADIUS_STRING, "Ascend Group", NULL},
{179, RADIUS_INTEGER4, "Ascend FR DLCI", NULL},
{180, RADIUS_STRING, "Ascend FR Profile Name", NULL},
{181, RADIUS_STRING, "Ascend Ara PW", NULL},
{182, RADIUS_STRING, "Ascend IPX Node Addr", NULL},
{183, RADIUS_IP_ADDRESS, "Ascend Home Agent IP Addr", NULL},
{184, RADIUS_STRING, "Ascend Home Agent Password", NULL},
{185, RADIUS_STRING, "Ascend Home Network Name", NULL},
{186, RADIUS_INTEGER4, "Ascend Home Agent UDP Port", NULL},
{187, RADIUS_INTEGER4, "Ascend Multilink ID", NULL},
{188, RADIUS_INTEGER4, "Ascend Num In Multilink", NULL},
{189, RADIUS_IP_ADDRESS, "Ascend First Dest", NULL},
{190, RADIUS_INTEGER4, "Ascend Pre Input Octets", NULL},
{191, RADIUS_INTEGER4, "Ascend Pre Output Octets", NULL},
{192, RADIUS_INTEGER4, "Ascend Pre Input Packets", NULL},
{193, RADIUS_INTEGER4, "Ascend Pre Output Packets", NULL},
{194, RADIUS_INTEGER4, "Ascend Maximum Time", NULL},
{195, RADIUS_INTEGER4, "Ascend Disconnect Cause", NULL},
{196, RADIUS_INTEGER4, "Ascend Connect Progress", NULL},
{197, RADIUS_INTEGER4, "Ascend Data Rate", NULL},
{198, RADIUS_INTEGER4, "Ascend PreSession Time", NULL},
{199, RADIUS_INTEGER4, "Ascend Token Idle", NULL},
{200, RADIUS_INTEGER4, "Ascend Token Immediate", NULL},
{201, RADIUS_INTEGER4, "Ascend Require Auth", NULL},
{202, RADIUS_STRING, "Ascend Number Sessions", NULL},
{203, RADIUS_STRING, "Ascend Authen Alias", NULL},
{204, RADIUS_INTEGER4, "Ascend Token Expiry", NULL},
{205, RADIUS_STRING, "Ascend Menu Selector", NULL},
{206, RADIUS_STRING, "Ascend Menu Item", NULL},
{207, RADIUS_INTEGER4, "Ascend PW Warntime", NULL},
{208, RADIUS_INTEGER4, "Ascend PW Lifetime", NULL},
{209, RADIUS_IP_ADDRESS, "Ascend IP Direct", NULL},
{210, RADIUS_INTEGER4, "Ascend PPP VJ Slot Comp", NULL},
{211, RADIUS_INTEGER4, "Ascend PPP VJ 1172", NULL},
{212, RADIUS_INTEGER4, "Ascend PPP Async Map", NULL},
{213, RADIUS_STRING, "Ascend Third Prompt", NULL},
{214, RADIUS_STRING, "Ascend Send Secret", NULL},
{215, RADIUS_STRING, "Ascend Receive Secret", NULL},
{216, RADIUS_INTEGER4, "Ascend IPX Peer Mode", NULL},
{217, RADIUS_STRING, "Ascend IP Pool Definition", NULL},
{218, RADIUS_INTEGER4, "Ascend Assign IP Pool", NULL},
{219, RADIUS_INTEGER4, "Ascend FR Direct", NULL},
{220, RADIUS_STRING, "Ascend FR Direct Profile", NULL},
{221, RADIUS_INTEGER4, "Ascend FR Direct DLCI", NULL},
{222, RADIUS_INTEGER4, "Ascend Handle IPX", NULL},
{223, RADIUS_INTEGER4, "Ascend Netware timeout", NULL},
{224, RADIUS_INTEGER4, "Ascend IPX Alias", NULL},
{225, RADIUS_INTEGER4, "Ascend Metric", NULL},
{226, RADIUS_INTEGER4, "Ascend PRI Number Type", NULL},
{227, RADIUS_STRING, "Ascend Dial Number", NULL},
{228, RADIUS_INTEGER4, "Ascend Route IP", NULL},
{229, RADIUS_INTEGER4, "Ascend Route IPX", NULL},
{230, RADIUS_INTEGER4, "Ascend Bridge", NULL},
{231, RADIUS_INTEGER4, "Ascend Send Auth", NULL},
{232, RADIUS_STRING, "Ascend Send Passwd", NULL},
{233, RADIUS_INTEGER4, "Ascend Link Compression", NULL},
{234, RADIUS_INTEGER4, "Ascend Target Util", NULL},
{235, RADIUS_INTEGER4, "Ascend Maximum Channels", NULL},
{236, RADIUS_INTEGER4, "Ascend Inc Channel Count", NULL},
{237, RADIUS_INTEGER4, "Ascend Dec Channel Count", NULL},
{238, RADIUS_INTEGER4, "Ascend Seconds Of History", NULL},
{239, RADIUS_INTEGER4, "Ascend History Weigh Type", NULL},
{240, RADIUS_INTEGER4, "Ascend Add Seconds", NULL},
{241, RADIUS_INTEGER4, "Ascend Remove Seconds", NULL},
{242, RADIUS_BINSTRING, "Ascend Data Filter", NULL},
{243, RADIUS_BINSTRING, "Ascend Call Filter", NULL},
{244, RADIUS_INTEGER4, "Ascend Idle Limit", NULL},
{245, RADIUS_INTEGER4, "Ascend Preempt Limit", NULL},
{246, RADIUS_INTEGER4, "Ascend Callback", NULL},
{247, RADIUS_INTEGER4, "Ascend Data Svc", NULL},
{248, RADIUS_INTEGER4, "Ascend Force 56", NULL},
{249, RADIUS_STRING, "Ascend Billing Number", NULL},
{250, RADIUS_INTEGER4, "Ascend Call By Call", NULL},
{251, RADIUS_STRING, "Ascend Transit Number", NULL},
{252, RADIUS_STRING, "Ascend Host Info", NULL},
{253, RADIUS_IP_ADDRESS, "Ascend PPP Address", NULL},
{254, RADIUS_INTEGER4, "Ascend MPP Idle Percent", NULL},
{255, RADIUS_INTEGER4, "Ascend Xmit Rate", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.bay' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.bay
*/
static const value_string radius_vendor_bay_tunnel_authen_type_vals[] =
{
{0, "none"},
{1, "kmd5 128"},
{0, NULL}
};
static const value_string radius_vendor_bay_tunnel_authen_mode_vals[] =
{
{0, "none"},
{1, "prefix suffix"},
{0, NULL}
};
static const value_string radius_vendor_bay_user_server_location_vals[] =
{
{1, "local"},
{2, "remote"},
{0, NULL}
};
static const value_string radius_vendor_bay_system_disc_reason_vals[] =
{
{0, "Unknown"},
{1, "Line disconnected"},
{2, "Dial failed"},
{3, "WAN manager error"},
{4, "Disconnect reset"},
{5, "Error from adm_notify"},
{6, "Modem down adm_notify"},
{7, "PPP protocol disconnect"},
{8, "Inactivity timer"},
{9, "CLI Hangup command"},
{10, "CLI last job"},
{11, "Session timeout"},
{12, "Slave termination"},
{13, "Abnormal termination"},
{14, "DCD wait failed"},
{15, "CLI inactivity"},
{16, "Admin port reset"},
{17, "CLI auth failed"},
{18, "Slave auth failed"},
{19, "PAP auth failed"},
{20, "CHAP auth failed"},
{21, "Local modem reset"},
{22, "Modem dead"},
{23, "PPP LCP failure"},
{24, "PPP IPCP failure"},
{25, "PPP IPXCP failure"},
{26, "PPP ATCP failure"},
{27, "PPP CCP failure"},
{28, "PPP MP failure"},
{29, "PPP IPCP timeout"},
{30, "PPP IPXCP timeout"},
{31, "PPP ATCP timeout"},
{32, "PPP CCP timeout"},
{33, "PPP MP timeout"},
{34, "PPP init failure"},
{35, "PPP Unknown"},
{36, "PPP Dialback failed"},
{37, "PPP Address In Use"},
{38, "PPP No device"},
{39, "PPP Modem hangup rcvd"},
{40, "PPP Hangup rcvd"},
{41, "PPP Termination rcvd"},
{42, "PPP Kill rcvd"},
{43, "PPP Time rcvd"},
{44, "PPP No memory"},
{45, "PPP Connection Abort"},
{46, "PPP VPN LCP failure"},
{47, "PPP VPN Auth failure"},
{48, "PPP MP invalid port"},
{49, "PPP Invalid device"},
{50, "PPP MMP bundle failure"},
{51, "DVS Registration failure"},
{52, "DVS Home agent dereg"},
{53, "DVS Tunnel no renew"},
{54, "DVS Tunnel expired"},
{0, NULL}
};
static const value_string radius_vendor_bay_modem_disc_reason_vals[] =
{
{0, "Unknown"},
{1, "Local disconnect"},
{2, "CD Timer Expired"},
{4, "Remote protocol disc"},
{5, "Clear down"},
{6, "Long Space disconnect"},
{7, "Carrier Lost"},
{8, "Modem Retrain Timeout"},
{0, NULL}
};
static const value_string radius_vendor_bay_addr_resolution_protocol_vals[] =
{
{0, "none"},
{1, "DHCP"},
{0, NULL}
};
static const value_string radius_vendor_bay_user_level_vals[] =
{
{2, "Manager"},
{4, "User"},
{8, "Operator"},
{0, NULL}
};
static const value_string radius_vendor_bay_audit_level_vals[] =
{
{2, "Manager"},
{4, "User"},
{8, "Operator"},
{0, NULL}
};
static const radius_attr_info radius_vendor_bay_attrib[] =
{
{28, RADIUS_STRING, "Annex Filter", NULL},
{29, RADIUS_STRING, "Annex CLI Command", NULL},
{30, RADIUS_STRING, "Annex CLI Filter", NULL},
{31, RADIUS_STRING, "Annex Host Restrict", NULL},
{32, RADIUS_STRING, "Annex Host Allow", NULL},
{33, RADIUS_STRING, "Annex Product Name", NULL},
{34, RADIUS_STRING, "Annex SW Version", NULL},
{35, RADIUS_IP_ADDRESS, "Annex Local IP Address", NULL},
{36, RADIUS_INTEGER4, "Annex Callback Portlist", NULL},
{37, RADIUS_INTEGER4, "Annex Sec Profile Index", NULL},
{38, RADIUS_INTEGER4, "Annex Tunnel Authen Type", radius_vendor_bay_tunnel_authen_type_vals},
{39, RADIUS_INTEGER4, "Annex Tunnel Authen Mode", radius_vendor_bay_tunnel_authen_mode_vals},
{40, RADIUS_STRING, "Annex Authen Servers", NULL},
{41, RADIUS_STRING, "Annex Acct Servers", NULL},
{42, RADIUS_INTEGER4, "Annex User Server Location", radius_vendor_bay_user_server_location_vals},
{43, RADIUS_STRING, "Annex Local Username", NULL},
{44, RADIUS_INTEGER4, "Annex System Disc Reason", radius_vendor_bay_system_disc_reason_vals},
{45, RADIUS_INTEGER4, "Annex Modem Disc Reason", radius_vendor_bay_modem_disc_reason_vals},
{46, RADIUS_INTEGER4, "Annex Disconnect Reason", NULL},
{47, RADIUS_INTEGER4, "Annex Addr Resolution Protocol", radius_vendor_bay_addr_resolution_protocol_vals},
{48, RADIUS_STRING, "Annex Addr Resolution Servers", NULL},
{49, RADIUS_STRING, "Annex Domain Name", NULL},
{50, RADIUS_INTEGER4, "Annex Transmit Speed", NULL},
{51, RADIUS_INTEGER4, "Annex Receive Speed", NULL},
{52, RADIUS_STRING, "Annex Input Filter", NULL},
{53, RADIUS_STRING, "Annex Output Filter", NULL},
{54, RADIUS_IP_ADDRESS, "Annex Primary DNS Server", NULL},
{55, RADIUS_IP_ADDRESS, "Annex Secondary DNS Server", NULL},
{56, RADIUS_IP_ADDRESS, "Annex Primary NBNS Server", NULL},
{57, RADIUS_IP_ADDRESS, "Annex Secondary NBNS Server", NULL},
{58, RADIUS_INTEGER4, "Annex Syslog Tap", NULL},
{59, RADIUS_INTEGER4, "Annex Keypress Timeout", NULL},
{60, RADIUS_INTEGER4, "Annex Unauthenticated Time", NULL},
{61, RADIUS_INTEGER4, "Annex Re CHAP Timeout", NULL},
{62, RADIUS_INTEGER4, "Annex MRRU", NULL},
{63, RADIUS_STRING, "Annex EDO", NULL},
{64, RADIUS_INTEGER4, "Annex PPP Trace Level", NULL},
{65, RADIUS_INTEGER4, "Annex Pre Input Octets", NULL},
{66, RADIUS_INTEGER4, "Annex Pre Output Octets", NULL},
{67, RADIUS_INTEGER4, "Annex Pre Input Packets", NULL},
{68, RADIUS_INTEGER4, "Annex Pre Output Packets", NULL},
{69, RADIUS_INTEGER4, "Annex Connect Progress", NULL},
{73, RADIUS_INTEGER4, "Annex Multicast Rate Limit", NULL},
{74, RADIUS_INTEGER4, "Annex Maximum Call Duration", NULL},
{75, RADIUS_INTEGER4, "Annex Multilink Id", NULL},
{76, RADIUS_INTEGER4, "Annex Num In Multilink", NULL},
{81, RADIUS_INTEGER4, "Annex Logical Channel Number", NULL},
{82, RADIUS_INTEGER4, "Annex Wan Number", NULL},
{83, RADIUS_INTEGER4, "Annex Port", NULL},
{85, RADIUS_INTEGER4, "Annex Pool Id", NULL},
{86, RADIUS_STRING, "Annex Compression Protocol", NULL},
{87, RADIUS_INTEGER4, "Annex Transmitted Packets", NULL},
{88, RADIUS_INTEGER4, "Annex Retransmitted Packets", NULL},
{89, RADIUS_INTEGER4, "Annex Signal to Noise Ratio", NULL},
{90, RADIUS_INTEGER4, "Annex Retrain Requests Sent", NULL},
{91, RADIUS_INTEGER4, "Annex Retrain Requests Rcvd", NULL},
{92, RADIUS_INTEGER4, "Annex Rate Reneg Req Sent", NULL},
{93, RADIUS_INTEGER4, "Annex Rate Reneg Req Rcvd", NULL},
{94, RADIUS_INTEGER4, "Annex Begin Receive Line Level", NULL},
{95, RADIUS_INTEGER4, "Annex End Receive Line Level", NULL},
{96, RADIUS_STRING, "Annex Begin Modulation", NULL},
{97, RADIUS_STRING, "Annex Error Correction Prot", NULL},
{98, RADIUS_STRING, "Annex End Modulation", NULL},
{100, RADIUS_INTEGER4, "Annex User Level", radius_vendor_bay_user_level_vals},
{101, RADIUS_INTEGER4, "Annex Audit Level", radius_vendor_bay_audit_level_vals},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.foundry' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.foundry
*/
static const radius_attr_info radius_vendor_foundry_attrib[] =
{
{1, RADIUS_INTEGER4, "Foundry Privilege Level", NULL},
{2, RADIUS_STRING, "Foundry Command String", NULL},
{3, RADIUS_INTEGER4, "Foundry Command Exception Flag", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.versanet' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.versanet
*/
static const value_string radius_vendor_versanet_termination_cause_vals[] =
{
{0, "Normal Hangup No Error Occurred"},
{3, "Call Waiting Caused Disconnect"},
{4, "Physical Carrier Loss"},
{5, "No err correction at other end"},
{6, "No resp to feature negotiation"},
{7, "1st modem async only 2nd sync"},
{8, "No framing technique in common"},
{9, "No protocol in common"},
{10, "Bad resp to feature negotiation"},
{11, "No sync info from remote modem"},
{12, "Normal Hangup by Remote modem"},
{13, "Retransmission limit reached"},
{14, "Protocol violation occurred"},
{15, "Lost DTR"},
{16, "Received GSTN cleardown"},
{17, "Inactivity timeout"},
{18, "Speed not supported"},
{19, "Long space disconnect"},
{20, "Key abort disconnect"},
{21, "Clears previous disc reason"},
{22, "No connection established"},
{23, "Disconnect after three retrains"},
{0, NULL}
};
static const radius_attr_info radius_vendor_versanet_attrib[] =
{
{1, RADIUS_INTEGER4, "Versanet Termination Cause", radius_vendor_versanet_termination_cause_vals},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.redback' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.redback
*/
static const value_string radius_vendor_redback_tunnel_function_vals[] =
{
{1, "LAC Only"},
{2, "LNS Only"},
{3, "LAC LNS"},
{0, NULL}
};
static const value_string radius_vendor_redback_mcast_send_vals[] =
{
{1, "NO SEND"},
{2, "SEND"},
{3, "UNSOLICITED SEND"},
{0, NULL}
};
static const value_string radius_vendor_redback_mcast_receive_vals[] =
{
{1, "NO RECEIVE"},
{2, "RECEIVE"},
{0, NULL}
};
static const value_string radius_vendor_redback_tunnel_dnis_vals[] =
{
{1, "DNIS"},
{2, "DNIS Only"},
{0, NULL}
};
static const value_string radius_vendor_redback_pvc_encapsulation_type_vals[] =
{
{1, "AAA ENCAPS ATM RAW"},
{2, "AAA ENCAPS ATM ROUTE1483"},
{3, "AAA ENCAPS ATM AUTO1483"},
{4, "AAA ENCAPS ATM MULTI"},
{5, "AAA ENCAPS ATM BRIDGE1483"},
{6, "AAA ENCAPS ATM PPP"},
{7, "AAA ENCAPS ATM PPP SERIAL"},
{8, "AAA ENCAPS ATM PPP NLPID"},
{9, "AAA ENCAPS ATM PPP AUTO"},
{10, "AAA ENCAPS ATM PPPOE"},
{11, "AAA ENCAPS ATM L2TP"},
{12, "AAA ENCAPS ATM PPP LLC"},
{13, "AAA ENCAPS FRAME AUTO1490"},
{14, "AAA ENCAPS FRAME MULTI"},
{15, "AAA ENCAPS FRAME BRIDGE1490"},
{16, "AAA ENCAPS FRAME PPP"},
{17, "AAA ENCAPS FRAME PPP AUTO"},
{18, "AAA ENCAPS FRAME PPPOE"},
{19, "AAA ENCAPS FRAME ROUTE1490"},
{20, "AAA ENCAPS FRAME L2TP"},
{21, "AAA ENCAPS L2TP VC MUXED"},
{22, "AAA ENCAPS ETH"},
{23, "AAA ENCAPS ETH PPPOE"},
{24, "AAA ENCAPS ETH MULTI"},
{0, NULL}
};
static const value_string radius_vendor_redback_pvc_circuit_padding_vals[] =
{
{1, "AAA CIRCUIT PADDING"},
{2, "AAA CIRCUIT NO PADDING"},
{0, NULL}
};
static const value_string radius_vendor_redback_bind_type_vals[] =
{
{1, "AAA AUTH BIND"},
{2, "AAA BYPASS BIND"},
{3, "AAA INTERFACE BIND"},
{4, "AAA SUBSCRIBE BIND"},
{5, "AAA TUNNEL BIND"},
{6, "AAA SESSION BIND"},
{7, "AAA Q8021 BIND"},
{8, "AAA MULTI BIND"},
{0, NULL}
};
static const value_string radius_vendor_redback_bind_auth_protocol_vals[] =
{
{1, "AAA PPP PAP"},
{2, "AAA PPP CHAP"},
{3, "AAA PPP CHAP WAIT"},
{4, "AAA PPP CHAP PAP"},
{5, "AAA PPP CHAP WAIT PAP"},
{0, NULL}
};
static const value_string radius_vendor_redback_lac_port_type_vals[] =
{
{40, "NAS PORT TYPE 10BT"},
{41, "NAS PORT TYPE 100BT"},
{42, "NAS PORT TYPE DS3 FR"},
{43, "NAS PORT TYPE DS3 ATM"},
{44, "NAS PORT TYPE OC3"},
{45, "NAS PORT TYPE HSSI"},
{46, "NAS PORT TYPE EIA530"},
{47, "NAS PORT TYPE T1"},
{48, "NAS PORT TYPE CHAN T3"},
{49, "NAS PORT TYPE DS1 FR"},
{50, "NAS PORT TYPE E3 ATM"},
{51, "NAS PORT TYPE IMA ATM"},
{52, "NAS PORT TYPE DS3 ATM 2"},
{53, "NAS PORT TYPE OC3 ATM 2"},
{54, "NAS PORT TYPE 1000BSX"},
{55, "NAS PORT TYPE E1 FR"},
{56, "NAS PORT TYPE E1 ATM"},
{57, "NAS PORT TYPE E3 FR"},
{58, "NAS PORT TYPE OC3 POS"},
{59, "NAS PORT TYPE OC12 POS"},
{60, "NAS PORT TYPE PPPOE"},
{0, NULL}
};
static const value_string radius_vendor_redback_lac_real_port_type_vals[] =
{
{40, "NAS PORT TYPE 10BT"},
{41, "NAS PORT TYPE 100BT"},
{42, "NAS PORT TYPE DS3 FR"},
{43, "NAS PORT TYPE DS3 ATM"},
{44, "NAS PORT TYPE OC3"},
{45, "NAS PORT TYPE HSSI"},
{46, "NAS PORT TYPE EIA530"},
{47, "NAS PORT TYPE T1"},
{48, "NAS PORT TYPE CHAN T3"},
{49, "NAS PORT TYPE DS1 FR"},
{50, "NAS PORT TYPE E3 ATM"},
{51, "NAS PORT TYPE IMA ATM"},
{52, "NAS PORT TYPE DS3 ATM 2"},
{53, "NAS PORT TYPE OC3 ATM 2"},
{54, "NAS PORT TYPE 1000BSX"},
{55, "NAS PORT TYPE E1 FR"},
{56, "NAS PORT TYPE E1 ATM"},
{57, "NAS PORT TYPE E3 FR"},
{58, "NAS PORT TYPE OC3 POS"},
{59, "NAS PORT TYPE OC12 POS"},
{60, "NAS PORT TYPE PPPOE"},
{0, NULL}
};
static const radius_attr_info radius_vendor_redback_attrib[] =
{
{1, RADIUS_IP_ADDRESS, "Client DNS Pri", NULL},
{2, RADIUS_IP_ADDRESS, "Client DNS Sec", NULL},
{3, RADIUS_INTEGER4, "DHCP Max Leases", NULL},
{4, RADIUS_STRING, "Context Name", NULL},
{5, RADIUS_STRING, "Bridge Group", NULL},
{6, RADIUS_STRING, "BG Aging Time", NULL},
{7, RADIUS_STRING, "BG Path Cost", NULL},
{8, RADIUS_STRING, "BG Span Dis", NULL},
{9, RADIUS_STRING, "BG Trans BPDU", NULL},
{10, RADIUS_INTEGER4, "Rate Limit Rate", NULL},
{11, RADIUS_INTEGER4, "Rate Limit Burst", NULL},
{12, RADIUS_INTEGER4, "Police Rate", NULL},
{13, RADIUS_INTEGER4, "Police Burst", NULL},
{14, RADIUS_INTEGER4, "Source Validation", NULL},
{15, RADIUS_INTEGER4, "Tunnel Domain", NULL},
{16, RADIUS_STRING, "Tunnel Local Name", NULL},
{17, RADIUS_STRING, "Tunnel Remote Name", NULL},
{18, RADIUS_INTEGER4, "Tunnel Function", radius_vendor_redback_tunnel_function_vals},
{21, RADIUS_INTEGER4, "Tunnel Max Sessions", NULL},
{22, RADIUS_INTEGER4, "Tunnel Max Tunnels", NULL},
{23, RADIUS_INTEGER4, "Tunnel Session Auth", NULL},
{24, RADIUS_INTEGER4, "Tunnel Window", NULL},
{25, RADIUS_INTEGER4, "Tunnel Retransmit", NULL},
{26, RADIUS_INTEGER4, "Tunnel Cmd Timeout", NULL},
{27, RADIUS_STRING, "PPPOE URL", NULL},
{28, RADIUS_STRING, "PPPOE MOTM", NULL},
{29, RADIUS_INTEGER4, "Tunnel Group", NULL},
{30, RADIUS_STRING, "Tunnel Context", NULL},
{31, RADIUS_INTEGER4, "Tunnel Algorithm", NULL},
{32, RADIUS_INTEGER4, "Tunnel Deadtime", NULL},
{33, RADIUS_INTEGER4, "Mcast Send", radius_vendor_redback_mcast_send_vals},
{34, RADIUS_INTEGER4, "Mcast Receive", radius_vendor_redback_mcast_receive_vals},
{35, RADIUS_INTEGER4, "Mcast MaxGroups", NULL},
{36, RADIUS_STRING, "Ip Address Pool Name", NULL},
{37, RADIUS_INTEGER4, "Tunnel DNIS", radius_vendor_redback_tunnel_dnis_vals},
{38, RADIUS_INTEGER4, "Medium Type", NULL},
{39, RADIUS_INTEGER4, "PVC Encapsulation Type", radius_vendor_redback_pvc_encapsulation_type_vals},
{40, RADIUS_STRING, "PVC Profile Name", NULL},
{41, RADIUS_INTEGER4, "PVC Circuit Padding", radius_vendor_redback_pvc_circuit_padding_vals},
{42, RADIUS_INTEGER4, "Bind Type", radius_vendor_redback_bind_type_vals},
{43, RADIUS_INTEGER4, "Bind Auth Protocol", radius_vendor_redback_bind_auth_protocol_vals},
{44, RADIUS_INTEGER4, "Bind Auth Max Sessions", NULL},
{45, RADIUS_STRING, "Bind Bypass Bypass", NULL},
{46, RADIUS_STRING, "Bind Auth Context", NULL},
{47, RADIUS_STRING, "Bind Auth Service Grp", NULL},
{48, RADIUS_STRING, "Bind Bypass Context", NULL},
{49, RADIUS_STRING, "Bind Int Context", NULL},
{50, RADIUS_STRING, "Bind Tun Context", NULL},
{51, RADIUS_STRING, "Bind Ses Context", NULL},
{52, RADIUS_INTEGER4, "Bind Dot1q Slot", NULL},
{53, RADIUS_INTEGER4, "Bind Dot1q Port", NULL},
{54, RADIUS_INTEGER4, "Bind Dot1q Vlan Tag Id", NULL},
{55, RADIUS_STRING, "Bind Int Interface Name", NULL},
{56, RADIUS_STRING, "Bind L2TP Tunnel Name", NULL},
{57, RADIUS_INTEGER4, "Bind L2TP Flow Control", NULL},
{58, RADIUS_STRING, "Bind Sub User At Context", NULL},
{59, RADIUS_STRING, "Bind Sub Password", NULL},
{60, RADIUS_STRING, "Ip Host Addr", NULL},
{61, RADIUS_INTEGER4, "IP TOS Field", NULL},
{62, RADIUS_INTEGER4, "NAS Real Port", NULL},
{63, RADIUS_STRING, "Tunnel Session Auth Ctx", NULL},
{64, RADIUS_STRING, "Tunnel Session Auth Service Grp", NULL},
{65, RADIUS_INTEGER4, "Tunnel Rate Limit Rate", NULL},
{66, RADIUS_INTEGER4, "Tunnel Rate Limit Burst", NULL},
{67, RADIUS_INTEGER4, "Tunnel Police Rate", NULL},
{68, RADIUS_INTEGER4, "Tunnel Police Burst", NULL},
{69, RADIUS_STRING, "Tunnel L2F Second Password", NULL},
{128, RADIUS_INTEGER4, "Acct Input Octets 64", NULL},
{129, RADIUS_INTEGER4, "Acct Output Octets 64", NULL},
{130, RADIUS_INTEGER4, "Acct Input Packets 64", NULL},
{131, RADIUS_INTEGER4, "Acct Output Packets 64", NULL},
{132, RADIUS_IP_ADDRESS, "Assigned IP Address", NULL},
{133, RADIUS_INTEGER4, "Acct Mcast In Octets", NULL},
{134, RADIUS_INTEGER4, "Acct Mcast Out Octets", NULL},
{135, RADIUS_INTEGER4, "Acct Mcast In Packets", NULL},
{136, RADIUS_INTEGER4, "Acct Mcast Out Packets", NULL},
{137, RADIUS_INTEGER4, "LAC Port", NULL},
{138, RADIUS_INTEGER4, "LAC Real Port", NULL},
{139, RADIUS_INTEGER4, "LAC Port Type", radius_vendor_redback_lac_port_type_vals},
{140, RADIUS_INTEGER4, "LAC Real Port Type", radius_vendor_redback_lac_real_port_type_vals},
{141, RADIUS_STRING, "Acct Dyn Ac Ent", NULL},
{142, RADIUS_INTEGER4, "Session Error Code", NULL},
{143, RADIUS_STRING, "Session Error Msg", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
http://www.juniper.net/techpubs/software/junos53/swconfig53-getting-started/html/sys-mgmt-authentication2.html
*/
static const radius_attr_info radius_vendor_juniper_attrib[] =
{
{1, RADIUS_STRING, "Juniper Local User Name", NULL},
{2, RADIUS_STRING, "Juniper Allow Commands", NULL},
{3, RADIUS_STRING, "Juniper Deny Commands", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.aptis' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.aptis
*/
static const radius_attr_info radius_vendor_aptis_attrib[] =
{
{1, RADIUS_STRING, "CVX Identification", NULL},
{2, RADIUS_INTEGER4, "CVX VPOP ID", NULL},
{3, RADIUS_INTEGER4, "CVX SS7 Session ID Type", NULL},
{4, RADIUS_INTEGER4, "CVX Radius Redirect", NULL},
{5, RADIUS_INTEGER4, "CVX IPSVC AZNLVL", NULL},
{6, RADIUS_INTEGER4, "CVX IPSVC Mask", NULL},
{7, RADIUS_INTEGER4, "CVX Multilink Match Info", NULL},
{8, RADIUS_INTEGER4, "CVX Multilink Group Number", NULL},
{9, RADIUS_INTEGER4, "CVX PPP Log Mask", NULL},
{10, RADIUS_STRING, "CVX Modem Begin Modulation", NULL},
{11, RADIUS_STRING, "CVX Modem End Modulation", NULL},
{12, RADIUS_STRING, "CVX Modem Error Correction", NULL},
{13, RADIUS_STRING, "CVX Modem Data Compression", NULL},
{14, RADIUS_INTEGER4, "CVX Modem Tx Packets", NULL},
{15, RADIUS_INTEGER4, "CVX Modem ReTx Packets", NULL},
{16, RADIUS_INTEGER4, "CVX Modem SNR", NULL},
{17, RADIUS_INTEGER4, "CVX Modem Local Retrains", NULL},
{18, RADIUS_INTEGER4, "CVX Modem Remote Retrains", NULL},
{19, RADIUS_INTEGER4, "CVX Modem Local Rate Negs", NULL},
{20, RADIUS_INTEGER4, "CVX Modem Remote Rate Negs", NULL},
{21, RADIUS_INTEGER4, "CVX Modem Begin Recv Line Lvl", NULL},
{22, RADIUS_INTEGER4, "CVX Modem End Recv Line Lvl", NULL},
{0, 0, NULL, NULL},
};
static const radius_attr_info radius_vendor_cosine_attrib[] =
{
{1, RADIUS_STRING, "Connection Profile Name", NULL},
{2, RADIUS_STRING, "Enterprise ID", NULL},
{3, RADIUS_STRING, "Address Pool Name", NULL},
{4, RADIUS_INTEGER4, "DS Byte", NULL},
{5, COSINE_VPI_VCI, "VPI/VCI", NULL},
{6, RADIUS_INTEGER4, "DLCI", NULL},
{7, RADIUS_IP_ADDRESS, "LNS IP Address", NULL},
{8, RADIUS_STRING, "CLI User Permission ID", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.shasta' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.shasta
*/
static const value_string radius_vendor_shasta_user_privilege_vals[] =
{
{1, "User"},
{2, "Super User"},
{3, "SSuper User"},
{0, NULL}
};
static const radius_attr_info radius_vendor_shasta_attrib[] =
{
{1, RADIUS_INTEGER4, "Shasta User Privilege", radius_vendor_shasta_user_privilege_vals},
{2, RADIUS_STRING, "Shasta Service Profile", NULL},
{3, RADIUS_STRING, "Shasta VPN Name", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.nomadix' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.nomadix
*/
static const radius_attr_info radius_vendor_nomadix_attrib[] =
{
{1, RADIUS_INTEGER4, "Nomadix Bw Up", NULL},
{2, RADIUS_INTEGER4, "Nomadix Bw Down", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.erx' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.erx
*/
static const radius_attr_info radius_vendor_unisphere_attrib[] =
{
{1, RADIUS_STRING, "ERX Virtual Router Name", NULL},
{2, RADIUS_STRING, "ERX Address Pool Name", NULL},
{3, RADIUS_STRING, "ERX Local Loopback Interface", NULL},
{4, RADIUS_IP_ADDRESS, "ERX Primary Dns", NULL},
{5, RADIUS_IP_ADDRESS, "ERX Primary Wins", NULL},
{6, RADIUS_IP_ADDRESS, "ERX Secondary Dns", NULL},
{7, RADIUS_IP_ADDRESS, "ERX Secondary Wins", NULL},
{8, RADIUS_STRING, "ERX Tunnel Virtual Router", NULL},
{9, RADIUS_STRING, "ERX Tunnel Password", NULL},
{10, RADIUS_STRING, "ERX Ingress Policy Name", NULL},
{11, RADIUS_STRING, "ERX Egress Policy Name", NULL},
{12, RADIUS_STRING, "ERX Ingress Statistics", NULL},
{13, RADIUS_STRING, "ERX Egress Statistics", NULL},
{14, RADIUS_STRING, "ERX Atm Service Category", NULL},
{15, RADIUS_STRING, "ERX Atm PCR", NULL},
{16, RADIUS_STRING, "ERX Atm SCR", NULL},
{17, RADIUS_STRING, "ERX Atm MBS", NULL},
{18, RADIUS_STRING, "ERX Cli Initial Access Level", NULL},
{19, RADIUS_INTEGER4, "ERX Cli Allow All VR Access", NULL},
{20, RADIUS_STRING, "ERX Alternate Cli Access Level", NULL},
{21, RADIUS_STRING, "ERX Alternate Cli Vrouter Name", NULL},
{22, RADIUS_INTEGER4, "ERX Sa Validate", NULL},
{23, RADIUS_INTEGER4, "ERX Igmp Enable", NULL},
{0, 0, NULL, NULL},
};
static const radius_attr_info radius_vendor_issanni_attrib[] =
{
{1, RADIUS_STRING, "Softflow Template", NULL},
{2, RADIUS_STRING, "NAT Pool", NULL},
{3, RADIUS_STRING, "Virtual Routing Domain", NULL},
{4, RADIUS_STRING, "Tunnel Name", NULL},
{5, RADIUS_STRING, "IP Pool Name", NULL},
{6, RADIUS_STRING, "PPPoE URL", NULL},
{7, RADIUS_STRING, "PPPoE MOTM", NULL},
{8, RADIUS_STRING, "PPPoE Service", NULL},
{9, RADIUS_IP_ADDRESS, "Primary DNS", NULL},
{10, RADIUS_IP_ADDRESS, "Secondary DNS", NULL},
{11, RADIUS_IP_ADDRESS, "Primary NBNS", NULL},
{12, RADIUS_IP_ADDRESS, "Secondary NBNS", NULL},
{13, RADIUS_STRING, "Policing Traffic Class", NULL},
{14, RADIUS_INTEGER4, "Tunnel Type", NULL},
{15, RADIUS_INTEGER4, "NAT Type", NULL},
{16, RADIUS_STRING, "QoS Traffic Class", NULL},
{17, RADIUS_STRING, "Interface Name", NULL},
{0, 0, NULL, NULL}
};
/*
reference:
'dictionary.quintum' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.quintum
*/
static const radius_attr_info radius_vendor_quintum_attrib[] =
{
{1, RADIUS_STRING, "Quintum AVPair", NULL},
{2, RADIUS_STRING, "Quintum NAS Port", NULL},
{23, RADIUS_STRING, "Quintum h323 remote address", NULL},
{24, RADIUS_STRING, "Quintum h323 conf id", NULL},
{25, RADIUS_STRING, "Quintum h323 setup time", NULL},
{26, RADIUS_STRING, "Quintum h323 call origin", NULL},
{27, RADIUS_STRING, "Quintum h323 call type", NULL},
{28, RADIUS_STRING, "Quintum h323 connect time", NULL},
{29, RADIUS_STRING, "Quintum h323 disconnect time", NULL},
{30, RADIUS_STRING, "Quintum h323 disconnect cause", NULL},
{31, RADIUS_STRING, "Quintum h323 voice quality", NULL},
{33, RADIUS_STRING, "Quintum h323 gw id", NULL},
{35, RADIUS_STRING, "Quintum h323 incoming conf id", NULL},
{101, RADIUS_STRING, "Quintum h323 credit amount", NULL},
{102, RADIUS_STRING, "Quintum h323 credit time", NULL},
{103, RADIUS_STRING, "Quintum h323 return code", NULL},
{104, RADIUS_STRING, "Quintum h323 prompt id", NULL},
{105, RADIUS_STRING, "Quintum h323 time and day", NULL},
{106, RADIUS_STRING, "Quintum h323 redirect number", NULL},
{107, RADIUS_STRING, "Quintum h323 preferred lang", NULL},
{108, RADIUS_STRING, "Quintum h323 redirect ip address", NULL},
{109, RADIUS_STRING, "Quintum h323 billing model", NULL},
{110, RADIUS_STRING, "Quintum h323 currency type", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
http://download.colubris.com/library/product_doc/CN3500_AdminGuide.pdf
*/
static const radius_attr_info radius_vendor_colubris_attrib[] =
{
{0, RADIUS_STRING, "Colubris AV Pair", NULL},
{0, 0, NULL, NULL},
};
/*
reference:
'dictionary.columbia_university' file from FreeRADIUS
http://www.freeradius.org/radiusd/raddb/dictionary.columbia_university
*/
static const value_string radius_vendor_columbia_university_sip_method_vals[] =
{
{0, "INVITE"},
{1, "BYE"},
{2, "REGISTER"},
{3, "OTHER"},
{0, NULL}
};
static const radius_attr_info radius_vendor_columbia_university_attrib[] =
{
{0, RADIUS_INTEGER4, "SIP Method", radius_vendor_columbia_university_sip_method_vals},
{1, RADIUS_STRING, "SIP From", NULL},
{2, RADIUS_STRING, "SIP To", NULL},
{4, RADIUS_STRING, "SIP Translated Request URI", NULL},
{0, 0, NULL, NULL},
};
static const value_string the3gpp_pdp_type_vals[] = {
{0, "IP"},
{1, "PPP"},
{2, "IPv6"},
{0, NULL}
};
static const radius_attr_info radius_vendor_3gpp_attrib[] =
{
/* According to 3GPP TS 29.061 V4.8.0 (2003-06) */
{1, THE3GPP_IMSI, "IMSI", NULL},
{2, RADIUS_INTEGER4, "Charging ID", NULL},
{3, RADIUS_INTEGER4, "PDP Type", the3gpp_pdp_type_vals},
{4, RADIUS_IP_ADDRESS, "Charging Gateway Address", NULL},
{5, THE3GPP_QOS, "QoS Profile", NULL},
{6, RADIUS_IP_ADDRESS, "SGSN Address", NULL},
{7, RADIUS_IP_ADDRESS, "GGSN Address", NULL},
{8, THE3GPP_IMSI_MCC_MNC, "IMSI MCC-MNC", NULL},
{9, THE3GPP_GGSN_MCC_MNC, "GGSN MCC-MNC", NULL},
{10, THE3GPP_NSAPI, "NSAPI", NULL},
{11, THE3GPP_SESSION_STOP_INDICATOR, "Session Stop Indicator", NULL},
{12, THE3GPP_SELECTION_MODE, "Selection Mode", NULL},
{13, THE3GPP_CHARGING_CHARACTERISTICS, "Charging Characteristics", NULL},
{14, RADIUS_IP6_ADDRESS, "Charging Gateway IPv6 Address", NULL},
{15, RADIUS_IP6_ADDRESS, "SGSN IPv6 Address", NULL},
{16, RADIUS_IP6_ADDRESS, "GGSN IPv6 Address", NULL},
{17, THE3GPP_IPV6_DNS_SERVERS, "IPv6 DNS Servers", NULL},
{18, THE3GPP_SGSN_MCC_MNC, "SGSN MCC-MNC", NULL},
{0, 0, NULL, NULL},
};
static rd_vsa_table radius_vsa_table[] =
{
{VENDOR_ACC, radius_vendor_acc_attrib},
{VENDOR_CISCO, radius_vendor_cisco_attrib},
{VENDOR_SHIVA, radius_vendor_shiva_attrib},
{VENDOR_LIVINGSTON, radius_vendor_livingston_attrib},
{VENDOR_MICROSOFT, radius_vendor_microsoft_attrib},
{VENDOR_ASCEND, radius_vendor_ascend_attrib},
{VENDOR_BAY, radius_vendor_bay_attrib},
{VENDOR_FOUNDRY, radius_vendor_foundry_attrib},
{VENDOR_VERSANET, radius_vendor_versanet_attrib},
{VENDOR_REDBACK, radius_vendor_redback_attrib},
{VENDOR_JUNIPER, radius_vendor_juniper_attrib},
{VENDOR_APTIS, radius_vendor_aptis_attrib},
{VENDOR_COSINE, radius_vendor_cosine_attrib},
{VENDOR_SHASTA, radius_vendor_shasta_attrib},
{VENDOR_NOMADIX, radius_vendor_nomadix_attrib},
{VENDOR_UNISPHERE, radius_vendor_unisphere_attrib},
{VENDOR_ISSANNI, radius_vendor_issanni_attrib},
{VENDOR_QUINTUM, radius_vendor_quintum_attrib},
{VENDOR_COLUBRIS, radius_vendor_colubris_attrib},
{VENDOR_COLUMBIA_UNIVERSITY, radius_vendor_columbia_university_attrib},
{VENDOR_THE3GPP, radius_vendor_3gpp_attrib},
{0, NULL},
};
static const radius_attr_info *get_attr_info_table(guint32 vendor)
{
guint32 i;
for (i = 0; radius_vsa_table[i].vendor; i++)
if (radius_vsa_table[i].vendor == vendor)
return(radius_vsa_table[i].attrib);
return(NULL);
}
static const radius_attr_info *
find_radius_attr_info(guint32 attr_type, const radius_attr_info *table)
{
guint32 i;
for (i = 0; table[i].str; i++)
if (table[i].attr_type == attr_type)
return(&table[i]);
return(NULL);
}
#if GLIB_MAJOR_VERSION >= 2
/*
* XXX - "isprint()" can return "true" for non-ASCII characters, but
* those don't work with GTK+ 1.3 or later, as they take UTF-8 strings
* as input. Until we fix up Ethereal to properly handle non-ASCII
* characters in all output (both GUI displays and text printouts)
* in those versions of GTK+, we work around the problem by escaping
* all characters that aren't printable ASCII.
*
* We don't know what version of GTK+ we're using, as dissectors don't
* use any GTK+ stuff; we use GLib as a proxy for that, with GLib 2.x
* implying GTK+ 1.3 or later (we don't support GLib 1.3[.x]).
*/
#undef isprint
#define isprint(c) (c >= 0x20 && c < 0x7f)
#endif
static void
rdconvertbufftostr(gchar *dest, tvbuff_t *tvb, int offset, int length)
{
/*converts the raw buffer into printable text */
guint32 i;
guint32 totlen=0;
const guint8 *pd = tvb_get_ptr(tvb, offset, length);
dest[0]='"';
dest[1]=0;
totlen=1;
for (i=0; i < (guint32)length; i++)
{
if( isprint((int)pd[i])) {
dest[totlen]=(gchar)pd[i];
totlen++;
}
else
{
sprintf(&(dest[totlen]), "\\%03o", pd[i]);
totlen=totlen+strlen(&(dest[totlen]));
}
}
dest[totlen]='"';
dest[totlen+1]=0;
}
static void
rdconvertbufftobinstr(gchar *dest, tvbuff_t *tvb, int offset, int length)
{
/*converts the raw buffer into printable hex display */
guint32 i;
guint32 totlen=0;
const guint8 *pd = tvb_get_ptr(tvb, offset, length);
static const char hex[16] = { '0', '1', '2', '3', '4', '5', '6', '7',
'8', '9', 'A', 'B', 'C', 'D', 'E', 'F' };
for (i=0; i < (guint32)length; i++)
{
dest[totlen] = hex[pd[i] >> 4];
totlen++;
dest[totlen] = hex[pd[i] & 0xF];
totlen++;
}
dest[totlen]='\0';
}
static void
rddecryptpass(gchar *dest,tvbuff_t *tvb,int offset,int length)
{
md5_state_t md_ctx;
md5_byte_t digest[16];
guint32 i;
guint32 totlen;
const guint8 *pd;
guchar c;
if (shared_secret[0] == '\0' || !authenticator ) {
rdconvertbufftobinstr(dest,tvb,offset,length);
return;
}
dest[0] = '"';
dest[1] = '\0';
totlen = 1;
md5_init(&md_ctx);
md5_append(&md_ctx,shared_secret,strlen(shared_secret));
md5_append(&md_ctx,authenticator,16);
md5_finish(&md_ctx,digest);
pd = tvb_get_ptr(tvb,offset,length);
for( i = 0 ; i < 16 && i < (guint32)length ; i++ ) {
c = pd[i] ^ digest[i];
if ( isprint(c)) {
dest[totlen] = c;
totlen++;
} else {
sprintf(&(dest[totlen]),"\\%03o",c);
totlen += strlen(&(dest[totlen]));
}
}
while(i<(guint32)length) {
if ( isprint(pd[i]) ) {
dest[totlen] = (gchar)pd[i];
totlen++;
} else {
sprintf(&(dest[totlen]), "\\%03o", pd[i]);
totlen=totlen+strlen(&(dest[totlen]));
}
i++;
}
dest[totlen]='"';
dest[totlen+1] = '\0';
}
static gchar *rd_match_strval(guint32 val, const value_string *vs) {
return val_to_str(val, vs, "Undefined");
}
/* NOTE: This function's signature has been changed with the addition of the
* tree parameter at the end.
*
* The function behaves EXACTLY AS BEFORE for parameters which do not
* imply THE3GPP_QOS; I had to change the signature because the function
* decode_qos_umts() wants to write on the protocol tree :)
*
* If you think it is better to DUPLICATE the code copying decode_qos_umts
* here, and adapting it, feel free; only keep in mind that changes will have
* to be doubled if any bug is found.
*
* At last, forgive me if I've messed up some indentation...
* */
static void rd_value_to_str(gchar *dest, rd_vsa_buffer (*vsabuffer)[VSABUFFER],
const e_avphdr *avph, tvbuff_t *tvb,
int offset, const radius_attr_info *attr_info,
proto_tree *tree)
{
/* Variable to peek which will be the next print_type for VENDOR-SPECIFIC
* RADIUS attributes
* */
const radius_attr_info *next_attr_info;
/* Temporary variable to perform some trick on the cont variable; again, this
* is needed only when THE3GPP_QOS in involved.
* */
gchar *tmp_punt;
gchar *cont;
guint32 intval;
gint32 timeval;
const guint8 *pd;
guint8 tag;
guint8 ipv6_prefix_length;
guint8 ipv6_addr_temp[16];
int vsa_length;
int vsa_len;
int vsa_index;
const radius_attr_info *vsa_attr_info_table;
const e_avphdr *vsa_avph;
/* Default begin */
strcpy(dest, "Value:");
cont=&dest[strlen(dest)];
if(attr_info == NULL) {
strcpy(cont,"Unknown Value Type");
return;
}
switch(attr_info->value_type)
{
case( RADIUS_STRING ):
rdconvertbufftostr(cont,tvb,offset+2,avph->avp_length-2);
break;
case( RADIUS_BINSTRING ):
rdconvertbufftobinstr(cont,tvb,offset+2,avph->avp_length-2);
break;
case( RADIUS_USERPASSWORD ):
rddecryptpass(cont,tvb,offset+2,avph->avp_length-2);
break;
case( RADIUS_INTEGER4 ):
intval = tvb_get_ntohl(tvb,offset+2);
if (attr_info->vs != NULL)
sprintf(cont, "%s(%u)", rd_match_strval(intval, attr_info->vs), intval);
else
sprintf(cont,"%u", intval);
break;
case( RADIUS_IP_ADDRESS ):
ip_to_str_buf(tvb_get_ptr(tvb,offset+2,4),cont);
break;
case( RADIUS_IP6_ADDRESS ):
ip6_to_str_buf((const struct e_in6_addr *)tvb_get_ptr(tvb,offset+2,16),cont);
break;
case( RADIUS_IP6_PREFIX ):
ipv6_prefix_length = tvb_get_guint8(tvb,offset+3);
memset(ipv6_addr_temp, 0, 16);
if (ipv6_prefix_length > 16) ipv6_prefix_length = 16;
tvb_memcpy(tvb, ipv6_addr_temp, offset+4, ipv6_prefix_length);
ip6_to_str_buf((const struct e_in6_addr *)ipv6_addr_temp, cont);
break;
case( RADIUS_IP6_INTF_ID ):
ipv6_prefix_length = tvb_get_guint8(tvb,offset+1);
memset(ipv6_addr_temp, 0, 16);
if (ipv6_prefix_length > 16) ipv6_prefix_length = 16;
tvb_memcpy(tvb, ipv6_addr_temp, offset+2, ipv6_prefix_length);
ip6_to_str_buf((const struct e_in6_addr *)ipv6_addr_temp, cont);
break;
case( RADIUS_IPX_ADDRESS ):
pd = tvb_get_ptr(tvb,offset+2,4);
sprintf(cont,"%u:%u:%u:%u",pd[0],pd[1],pd[2],pd[3]);
break;
case( RADIUS_STRING_TAGGED ):
/* Tagged ? */
tag = tvb_get_guint8(tvb,offset+2);
if (tag > 0 && tag <= 0x1f) {
sprintf(dest, "Tag:%u, Value:",
tag);
cont=&cont[strlen(cont)];
rdconvertbufftostr(cont,tvb,offset+3,avph->avp_length-3);
break;
}
rdconvertbufftostr(cont,tvb,offset+2,avph->avp_length-2);
break;
case ( RADIUS_VENDOR_SPECIFIC ):
intval = tvb_get_ntohl(tvb,offset+2);
sprintf(dest, "Vendor:%s(%u)", rd_match_strval(intval,radius_vendor_specific_vendors), intval);
cont = &dest[strlen(dest)];
vsa_length = avph->avp_length;
vsa_len = 6;
vsa_index = 0;
vsa_attr_info_table = get_attr_info_table(intval);
do
{
vsa_avph = (const e_avphdr*)tvb_get_ptr(tvb, offset+vsa_len,
avph->avp_length-vsa_len);
if (vsa_attr_info_table)
next_attr_info = find_radius_attr_info(vsa_avph->avp_type,
vsa_attr_info_table);
else
next_attr_info = NULL;
cont = &cont[strlen(cont)+1];
tmp_punt = cont;
(*vsabuffer)[vsa_index].str = cont;
(*vsabuffer)[vsa_index].offset = offset+vsa_len;
(*vsabuffer)[vsa_index].length = vsa_avph->avp_length;
sprintf(cont, "t:%s(%u) l:%u, ",
(next_attr_info
? next_attr_info->str
: "Unknown Type"),
vsa_avph->avp_type, vsa_avph->avp_length);
cont = &cont[strlen(cont)];
rd_value_to_str(cont, vsabuffer, vsa_avph, tvb,
offset+vsa_len, next_attr_info,
tree);
vsa_index++;
vsa_len += vsa_avph->avp_length;
if (next_attr_info != NULL &&
next_attr_info->value_type == THE3GPP_QOS )
{
cont = tmp_punt;
vsa_index--;
(*vsabuffer)[vsa_index].str = 0;
}
} while (vsa_length > vsa_len && vsa_index < VSABUFFER);
break;
case( COSINE_VPI_VCI ):
sprintf(cont,"%u/%u",
tvb_get_ntohs(tvb,offset+2),
tvb_get_ntohs(tvb,offset+4));
break;
case( THE3GPP_IMSI ):
case( THE3GPP_IMSI_MCC_MNC ):
case( THE3GPP_GGSN_MCC_MNC ):
case( THE3GPP_SGSN_MCC_MNC ):
case( THE3GPP_SELECTION_MODE ):
case( THE3GPP_CHARGING_CHARACTERISTICS ):
sprintf(cont,"(encoded in UTF-8 format)");
break;
case( THE3GPP_NSAPI ):
case( THE3GPP_SESSION_STOP_INDICATOR ):
sprintf(cont,"(not parsed)");
break;
case( THE3GPP_IPV6_DNS_SERVERS ):
/* XXX - this is described as a list of IPv6 addresses of
DNS servers, so we probably need to process more than
one IPv6 address. */
ip6_to_str_buf((const struct e_in6_addr *)tvb_get_ptr(tvb,offset+2,16),cont);
break;
case( THE3GPP_QOS ):
/* Find the ponter to the already-built label
* */
tmp_punt = dest - 2;
while (*tmp_punt)
tmp_punt--;
tmp_punt++;
/* Call decode_qos_umts from packet-gtp package
* */
decode_qos_umts(tvb, offset + 1, tree, tmp_punt, 3);
break;
case( RADIUS_TIMESTAMP ):
timeval=tvb_get_ntohl(tvb,offset+2);
sprintf(cont,"%d (%s)", timeval, abs_time_secs_to_str(timeval));
break;
case( RADIUS_INTEGER4_TAGGED ):
tag = tvb_get_guint8(tvb,offset+2);
intval = tvb_get_ntoh24(tvb,offset+3);
/* Tagged ? */
if (tag) {
if (attr_info->vs != NULL) {
sprintf(dest, "Tag:%u, Value:%s(%u)",
tag,
rd_match_strval(intval, attr_info->vs),
intval);
} else {
sprintf(dest, "Tag:%u, Value:%u",
tag, intval);
}
} else {
if (attr_info->vs != NULL)
sprintf(cont, "%s(%u)",
rd_match_strval(intval, attr_info->vs),
intval);
else
sprintf(cont,"%u", intval);
}
break;
case( RADIUS_UNKNOWN ):
strcpy(cont,"Unknown Value Type");
break;
default:
g_assert_not_reached();
}
cont=&cont[strlen(cont)];
if (cont == dest) {
strcpy(cont,"Unknown Value");
}
}
static void
dissect_attribute_value_pairs(tvbuff_t *tvb, int offset,proto_tree *tree,
int avplength,packet_info *pinfo)
{
/* adds the attribute value pairs to the tree */
e_avphdr avph;
const radius_attr_info *attr_info;
proto_item *ti = NULL;
guint8 *reassembled_data = NULL;
int reassembled_data_len = 0;
int data_needed = 0;
char *attr_info_str = "(Invalid)";
if (avplength==0)
{
if (tree)
proto_tree_add_text(tree, tvb,offset,0,"No Attribute Value Pairs Found");
return;
}
/*
* In case we throw an exception, clean up whatever stuff we've
* allocated (if any).
*/
CLEANUP_PUSH(g_free, reassembled_data);
while (avplength > 0)
{
tvb_memcpy(tvb,(guint8 *)&avph,offset,sizeof(e_avphdr));
attr_info = find_radius_attr_info(avph.avp_type, radius_attrib);
if (avph.avp_length < 2) {
/*
* This AVP is bogus - the length includes the type and length
* fields, so it must be >= 2.
*/
if (tree) {
if (attr_info) {
attr_info_str = attr_info->str;
}
proto_tree_add_text(tree, tvb, offset, avph.avp_length,
"t:%s(%u) l:%u (length not >= 2)",
attr_info_str, avph.avp_type, avph.avp_length);
}
break;
}
if (tree) {
ti = proto_tree_add_text(tree, tvb, offset, avph.avp_length,
"t:%s(%u) l:%u",
attr_info ? attr_info->str : "Unknown Type",
avph.avp_type, avph.avp_length);
}
if (attr_info != NULL && attr_info->value_type == RADIUS_EAP_MESSAGE) {
/* EAP Message */
proto_tree *eap_tree = NULL;
gint tvb_len;
tvbuff_t *next_tvb;
int data_len;
int result;
if (tree)
eap_tree = proto_item_add_subtree(ti, ett_radius_eap);
tvb_len = tvb_length_remaining(tvb, offset+2);
data_len = avph.avp_length-2;
if (data_len < tvb_len)
tvb_len = data_len;
next_tvb = tvb_new_subset(tvb, offset+2, tvb_len, data_len);
/*
* Set the columns non-writable, so that the packet list
* shows this as an RADIUS packet, not as an EAP packet.
*/
col_set_writable(pinfo->cinfo, FALSE);
/*
* RFC 2869 says, in section 5.13, describing the EAP-Message
* attribute:
*
* The String field contains EAP packets, as defined in [3]. If
* multiple EAP-Message attributes are present in a packet their
* values should be concatenated; this allows EAP packets longer than
* 253 octets to be passed by RADIUS.
*
* Do reassembly of EAP-Message attributes.
*/
/* Are we in the process of reassembling? */
if (reassembled_data != NULL) {
/* Yes - show this as an EAP fragment. */
if (tree)
proto_tree_add_text(eap_tree, next_tvb, 0, -1, "EAP fragment");
/*
* Do we have all of the data in this fragment?
*/
if (tvb_len >= data_len) {
/*
* Yes - add it to the reassembled data.
*/
tvb_memcpy(next_tvb, reassembled_data + reassembled_data_len,
0, data_len);
reassembled_data_len += data_len;
data_needed -= data_len;
if (data_needed <= 0) {
/*
* We got at least as much data as we needed; we're done
* reassembling.
* XXX - what if we got more?
*/
/*
* Allocate a new tvbuff, referring to the reassembled payload.
*/
next_tvb = tvb_new_real_data(reassembled_data, reassembled_data_len,
reassembled_data_len);
/*
* We have a tvbuff that refers to this data, so we shouldn't
* free this data if we throw an exception; clear
* "reassembled_data", so the cleanup handler won't free it.
*/
reassembled_data = NULL;
reassembled_data_len = 0;
data_needed = 0;
/*
* Arrange that the allocated packet data copy be freed when the
* tvbuff is freed.
*/
tvb_set_free_cb(next_tvb, g_free);
/*
* Add the tvbuff to the list of tvbuffs to which the tvbuff we
* were handed refers, so it'll get cleaned up when that tvbuff
* is cleaned up.
*/
tvb_set_child_real_data_tvbuff(tvb, next_tvb);
/* Add the defragmented data to the data source list. */
add_new_data_source(pinfo, next_tvb, "Reassembled EAP");
/* Now dissect it. */
call_dissector(eap_fragment_handle, next_tvb, pinfo, eap_tree);
}
}
} else {
/*
* No - hand it to the dissector.
*/
result = call_dissector(eap_fragment_handle, next_tvb, pinfo, eap_tree);
if (result < 0) {
/* This is only part of the full EAP packet; start reassembly. */
proto_tree_add_text(eap_tree, next_tvb, 0, -1, "EAP fragment");
reassembled_data_len = data_len;
data_needed = -result;
reassembled_data = g_malloc(reassembled_data_len + data_needed);
tvb_memcpy(next_tvb, reassembled_data, 0, reassembled_data_len);
}
}
} else {
if (tree) {
proto_tree *vsa_tree = NULL;
int i;
gchar textbuffer[TEXTBUFFER];
rd_vsa_buffer vsabuffer[VSABUFFER];
/* We pre-add a text and a subtree to allow 3GPP QoS decoding
* to access the protocol tree.
* */
vsa_tree = proto_item_add_subtree(ti, ett_radius_vsa);
for (i = 0; i < VSABUFFER; i++)
vsabuffer[i].str = NULL;
rd_value_to_str(textbuffer, &vsabuffer, &avph, tvb, offset,
attr_info, vsa_tree);
proto_item_append_text(ti, ", %s", textbuffer);
for (i = 0; vsabuffer[i].str && i < VSABUFFER; i++)
proto_tree_add_text(vsa_tree, tvb, vsabuffer[i].offset,
vsabuffer[i].length, "%s", vsabuffer[i].str);
}
}
offset = offset+avph.avp_length;
avplength = avplength-avph.avp_length;
}
/*
* Call the cleanup handler to free any reassembled data we haven't
* attached to a tvbuff, and pop the handler.
*/
CLEANUP_CALL_AND_POP;
}
static void dissect_radius(tvbuff_t *tvb, packet_info *pinfo, proto_tree *tree)
{
proto_tree *radius_tree = NULL, *avptree = NULL;
proto_item *ti,*avptf;
guint rhlength;
guint rhcode;
guint rhident;
guint avplength,hdrlength;
e_radiushdr rh;
gchar *hex_authenticator;
gchar *codestrval;
if (check_col(pinfo->cinfo, COL_PROTOCOL))
col_set_str(pinfo->cinfo, COL_PROTOCOL, "RADIUS");
if (check_col(pinfo->cinfo, COL_INFO))
col_clear(pinfo->cinfo, COL_INFO);
tvb_memcpy(tvb,(guint8 *)&rh,0,sizeof(e_radiushdr));
rhcode= rh.rh_code;
rhident= rh.rh_ident;
rhlength= g_ntohs(rh.rh_pktlength);
codestrval= match_strval(rhcode,radius_vals);
if (codestrval==NULL)
{
codestrval="Unknown Packet";
}
/* XXX Check for valid length value:
* Length
*
* The Length field is two octets. It indicates the length of the
* packet including the Code, Identifier, Length, Authenticator and
* Attribute fields. Octets outside the range of the Length field
* MUST be treated as padding and ignored on reception. If the
* packet is shorter than the Length field indicates, it MUST be
* silently discarded. The minimum length is 20 and maximum length
* is 4096.
*/
if (check_col(pinfo->cinfo, COL_INFO))
{
col_add_fstr(pinfo->cinfo,COL_INFO,"%s(%d) (id=%d, l=%d)",
codestrval, rhcode, rhident, rhlength);
}
if (tree)
{
ti = proto_tree_add_item(tree,proto_radius, tvb, 0, rhlength, FALSE);
radius_tree = proto_item_add_subtree(ti, ett_radius);
proto_tree_add_uint(radius_tree,hf_radius_code, tvb, 0, 1,
rh.rh_code);
proto_tree_add_uint_format(radius_tree,hf_radius_id, tvb, 1, 1,
rh.rh_ident, "Packet identifier: 0x%01x (%d)",
rhident,rhident);
proto_tree_add_uint(radius_tree, hf_radius_length, tvb,
2, 2, rhlength);
if ( authenticator ) {
g_free(authenticator);
}
authenticator = g_malloc(AUTHENTICATOR_LENGTH);
if ( authenticator ) {
memcpy(authenticator,tvb_get_ptr(tvb,4,AUTHENTICATOR_LENGTH),AUTHENTICATOR_LENGTH);
}
hex_authenticator = g_malloc(AUTHENTICATOR_LENGTH * 2 + 1);
rdconvertbufftobinstr(hex_authenticator, tvb, 4, AUTHENTICATOR_LENGTH);
proto_tree_add_text(radius_tree, tvb, 4,
AUTHENTICATOR_LENGTH,
"Authenticator: 0x%s", hex_authenticator);
g_free(hex_authenticator);
}
hdrlength=RD_HDR_LENGTH+AUTHENTICATOR_LENGTH;
avplength= rhlength -hdrlength;
if (avplength > 0) {
/* list the attribute value pairs */
if (tree)
{
avptf = proto_tree_add_text(radius_tree,
tvb,hdrlength,avplength,
"Attribute value pairs");
avptree = proto_item_add_subtree(avptf, ett_radius_avp);
}
dissect_attribute_value_pairs(tvb, hdrlength, avptree, avplength, pinfo);
}
}
/* registration with the filtering engine */
void
proto_register_radius(void)
{
static hf_register_info hf[] = {
{ &hf_radius_code,
{ "Code","radius.code", FT_UINT8, BASE_DEC, VALS(radius_vals), 0x0,
"", HFILL }},
{ &hf_radius_id,
{ "Identifier", "radius.id", FT_UINT8, BASE_DEC, NULL, 0x0,
"", HFILL }},
{ &hf_radius_length,
{ "Length","radius.length", FT_UINT16, BASE_DEC, NULL, 0x0,
"", HFILL }}
};
static gint *ett[] = {
&ett_radius,
&ett_radius_avp,
&ett_radius_eap,
&ett_radius_vsa,
};
module_t *radius_module;
proto_radius = proto_register_protocol("Radius Protocol", "RADIUS",
"radius");
proto_register_field_array(proto_radius, hf, array_length(hf));
proto_register_subtree_array(ett, array_length(ett));
radius_module = prefs_register_protocol(proto_radius,NULL);
prefs_register_string_preference(radius_module,"shared_secret","Shared Secret",
"Shared secret used to decode User Passwords",
&shared_secret);
}
void
proto_reg_handoff_radius(void)
{
dissector_handle_t radius_handle;
/*
* Get a handle for the EAP fragment dissector.
*/
eap_fragment_handle = find_dissector("eap_fragment");
radius_handle = create_dissector_handle(dissect_radius, proto_radius);
dissector_add("udp.port", UDP_PORT_RADIUS, radius_handle);
dissector_add("udp.port", UDP_PORT_RADIUS_NEW, radius_handle);
dissector_add("udp.port", UDP_PORT_RADACCT, radius_handle);
dissector_add("udp.port", UDP_PORT_RADACCT_NEW, radius_handle);
}
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