eap-radius.opt 5.4 KB

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  1. charon.plugins.eap-radius.accounting = no
  2. Send RADIUS accounting information to RADIUS servers.
  3. charon.plugins.eap-radius.accounting_close_on_timeout = yes
  4. Close the IKE_SA if there is a timeout during interim RADIUS accounting
  5. updates.
  6. charon.plugins.eap-radius.accounting_interval = 0
  7. Interval in seconds for interim RADIUS accounting updates, if not specified
  8. by the RADIUS server in the Access-Accept message.
  9. charon.plugins.eap-radius.accounting_requires_vip = no
  10. If enabled, accounting is disabled unless an IKE_SA has at least one
  11. virtual IP. Only for IKEv2, for IKEv1 a virtual IP is strictly necessary.
  12. charon.plugins.eap-radius.accounting_send_class = no
  13. If enabled, adds the Class attributes received in Access-Accept message to
  14. the RADIUS accounting messages.
  15. charon.plugins.eap-radius.class_group = no
  16. Use class attributes in Access-Accept messages as group membership
  17. information.
  18. Use the _class_ attribute sent in the RADIUS-Accept message as group
  19. membership information that is compared to the groups specified in the
  20. **rightgroups** option in **ipsec.conf**(5).
  21. charon.plugins.eap-radius.close_all_on_timeout = no
  22. Closes all IKE_SAs if communication with the RADIUS server times out. If it
  23. is not set only the current IKE_SA is closed.
  24. charon.plugins.eap-radius.dae.enable = no
  25. Enables support for the Dynamic Authorization Extension (RFC 5176).
  26. charon.plugins.eap-radius.dae.listen = 0.0.0.0
  27. Address to listen for DAE messages from the RADIUS server.
  28. charon.plugins.eap-radius.dae.port = 3799
  29. Port to listen for DAE requests.
  30. charon.plugins.eap-radius.dae.secret
  31. Shared secret used to verify/sign DAE messages. If set, make sure to adjust
  32. the permissions of the config file accordingly.
  33. charon.plugins.eap-radius.eap_start = no
  34. Send EAP-Start instead of EAP-Identity to start RADIUS conversation.
  35. charon.plugins.eap-radius.filter_id = no
  36. Use filter_id attribute as group membership information.
  37. If the RADIUS _tunnel_type_ attribute with value **ESP** is received, use
  38. the _filter_id_ attribute sent in the RADIUS-Accept message as group
  39. membership information that is compared to the groups specified in the
  40. **rightgroups** option in **ipsec.conf**(5).
  41. charon.plugins.eap-radius.forward.ike_to_radius
  42. RADIUS attributes to be forwarded from IKEv2 to RADIUS.
  43. RADIUS attributes to be forwarded from IKEv2 to RADIUS (can be defined by
  44. name or attribute number, a colon can be used to specify vendor-specific
  45. attributes, e.g. Reply-Message, or 11, or 36906:12).
  46. charon.plugins.eap-radius.forward.radius_to_ike =
  47. Same as ike_to_radius but from RADIUS to IKEv2.
  48. Same as _charon.plugins.eap-radius.forward.ike_to_radius_ but from RADIUS to
  49. IKEv2, a strongSwan specific private notify (40969) is used to transmit the
  50. attributes.
  51. charon.plugins.eap-radius.id_prefix
  52. Prefix to EAP-Identity, some AAA servers use a IMSI prefix to select the
  53. EAP method.
  54. charon.plugins.eap-radius.nas_identifier = strongSwan
  55. NAS-Identifier to include in RADIUS messages.
  56. charon.plugins.eap-radius.port = 1812
  57. Port of RADIUS server (authentication).
  58. charon.plugins.eap-radius.secret =
  59. Shared secret between RADIUS and NAS. If set, make sure to adjust the
  60. permissions of the config file accordingly.
  61. charon.plugins.eap-radius.server =
  62. IP/Hostname of RADIUS server.
  63. charon.plugins.eap-radius.retransmit_base = 1.4
  64. Base to use for calculating exponential back off.
  65. charon.plugins.eap-radius.retransmit_timeout = 2.0
  66. Timeout in seconds before sending first retransmit.
  67. charon.plugins.eap-radius.retransmit_tries = 4
  68. Number of times to retransmit a packet before giving up.
  69. charon.plugins.eap-radius.servers {}
  70. Section to specify multiple RADIUS servers.
  71. Section to specify multiple RADIUS servers. The **nas_identifier**,
  72. **secret**, **sockets** and **port** (or **auth_port**) options can be
  73. specified for each server. A server's IP/Hostname can be configured using
  74. the **address** option. The **acct_port** [1813] option can be used to
  75. specify the port used for RADIUS accounting. For each RADIUS server a
  76. priority can be specified using the **preference** [0] option. The
  77. retransmission time for each server can set set using **retransmit_base**,
  78. **retransmit_timeout** and **retransmit_tries**.
  79. charon.plugins.eap-radius.sockets = 1
  80. Number of sockets (ports) to use, increase for high load.
  81. charon.plugins.eap-radius.station_id_with_port = yes
  82. Whether to include the UDP port in the Called- and Calling-Station-Id
  83. RADIUS attributes.
  84. charon.plugins.eap-radius.xauth {}
  85. Section to configure multiple XAuth authentication rounds via RADIUS.
  86. Section to configure multiple XAuth authentication rounds via RADIUS.
  87. The subsections define so called authentication profiles with arbitrary
  88. names. In each profile section one or more XAuth types can be configured,
  89. with an assigned message. For each type a separate XAuth exchange will be
  90. initiated and all replies get concatenated into the User-Password attribute,
  91. which then gets verified over RADIUS.
  92. Available XAuth types are **password**, **passcode**, **nextpin**, and
  93. **answer**. This type is not relevant to strongSwan or the AAA server, but
  94. the client may show a different dialog (along with the configured message).
  95. To use the configured profiles, they have to be configured in the respective
  96. connection in **ipsec.conf**(5) by appending the profile name, separated by
  97. a colon, to the **xauth-radius** XAauth backend configuration in _rightauth_
  98. or _rightauth2_, for instance, _rightauth2=xauth-radius:profile_.