xsupgui_events_state.h

linux 下通过802.1认证的安装包

/**
 * Values to define which state machine generated and event, and
 * how the states transitioned.
 *
 * Licensed under a dual GPL/BSD license.  (See LICENSE file for more info.)
 *
 * \file xsupgui_events_state.h
 *
 * \author [e-mail]
 *
 */
#ifndef _XSUPGUI_EVENTS_STATE_H_
#define _XSUPGUI_EVENTS_STATE_H_

// State machines that we may get state machine events for.  (This *MUST*
// stay in sync with the values of the same name in ipc_events_index.h!)
#define IPC_STATEMACHINE_PHYSICAL                              1   ///< Identify the physical state machine
#define IPC_STATEMACHINE_8021X                                 2   ///< Identify the 802.1X primary state machine
#define IPC_STATEMACHINE_8021X_BACKEND                         3   ///< Identify the 802.1X back end state machine
#define IPC_STATEMACHINE_EAP                                   4   ///< Identify the EAP state machine.

// Values for the physical state machine, when the physical interface is
// a wireless interface.  These *MUST* stay in sync with wireless_sm.h.
#define UNKNOWN               0    ///< The wireless state machine is in an UNKNOWN state.
#define UNASSOCIATED          1    ///< The wireless state machine is in UNASSOCIATED state.
#define ASSOCIATED            2    ///< The wireless state machine is in ASSOCIATED state.
#define ACTIVE_SCAN           3    ///< The wireless state machine is in ACTIVE_SCAN state.
#define ASSOCIATING           4    ///< The wireless state machine is in ASSOCIATING state.
#define ASSOCIATION_TIMEOUT_S 5    ///< The wireless state machine is in ASSOCIATION_TIMEOUT_S state.
// State 6 has been removed.
#define PORT_DOWN             7    ///< The interface is down state.
#define NO_ENC_ASSOCIATION    8    ///< Associated to a network with no encryption.
#define INT_RESTART           9    ///< Restart everything (All interface state machines)
#define INT_STOPPED           10   ///< Stop answering requests.
#define INT_HELD              11   ///< Hold the authentication, waiting for an event.

// This matches the order of states listed in IEEE 802.1X-2001, pg. 59,
// section 8.5.10.
#define LOGOFF           1    ///< The 802.1X LOGOFF state
#define DISCONNECTED     2    ///< The 802.1X DISCONNECTED state
#define CONNECTING       3    ///< The 802.1X CONNECTING state
#define ACQUIRED         4    ///< The 802.1X ACQUIRED state
#define AUTHENTICATING   5    ///< The 802.1X AUTHENTICATING state
#define HELD             6    ///< The 802.1X HELD state
#define AUTHENTICATED    7    ///< The 802.1X AUTHENTICATED state
// 802.1X-REV-d11 (2004) specifies a few additional states.  Also, in EAPoL
// v2, the ACQUIRED state no longer exists.
#define RESTART          8    ///< The 802.1X RESTART state
#define S_FORCE_AUTH     9    ///< The 802.1X S_FORCE_AUTH state
#define S_FORCE_UNAUTH   10   ///< The 802.1X S_FORCE_UNAUTH state

// States that the 802.1X backend state machine can be in.
#define UNKNOWN      0    ///< The 802.1X backend state machine is in an UNKNOWN state.
#define REQUEST      1    ///< The 802.1X backend state machine REQUEST state
#define RESPONSE     2    ///< The 802.1X backend state machine RESPONSE state
#define SUCCESS      3    ///< The 802.1X backend state machine SUCCESS state
#define FAIL         4    ///< The 802.1X backend state machine FAIL state
#define TIMEOUT      5    ///< The 802.1X backend state machine TIMEOUT state
#define IDLE         6    ///< The 802.1X backend state machine IDLE state
#define INITIALIZE   7    ///< The 802.1X backend state machine INITIALIZE state
#define RECEIVE      8    ///< The 802.1X backend state machine RECEIVE state

// States for the EAP state machine.
#define EAP_UNKNOWN        0    ///< The EAP UNKNOWN state
#define EAP_DISABLED       1    ///< The EAP DISABLED state
#define EAP_INITIALIZE     2    ///< The EAP INITIALIZE state
#define EAP_IDLE           3    ///< The EAP IDLE state
#define EAP_RECEIVED       4    ///< The EAP RECEIVED state
#define EAP_GET_METHOD     5    ///< The EAP GET_METHOD state
#define EAP_METHOD         6    ///< The EAP METHOD state
#define EAP_SEND_RESPONSE  7    ///< The EAP SEND_RESPONSE state
#define EAP_DISCARD        8    ///< The EAP DISCARD state
#define EAP_IDENTITY       9    ///< The EAP IDENTITY state
#define EAP_NOTIFICATION   10   ///< The EAP NOTIFICATION state
#define EAP_RETRANSMIT     11   ///< The EAP RETRANSMIT state
#define EAP_SUCCESS        12   ///< The EAP SUCCESS state
#define EAP_FAILURE        13   ///< The EAP FAILURE state

char *xsupgui_events_state_get_statemachine_str(int);
char *xsupgui_events_state_get_wireless_state_str(int);
char *xsupgui_events_state_get_8021X_state_str(int);
char *xsupgui_events_state_get_8021Xbe_state_str(int);
char *xsupgui_events_state_get_eap_state_str(int);
#endif // _XSUPGUI_EVENTS_STATE_H_