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Diff for /embedaddon/mpd/src/auth.h between versions 1.1.1.1 and 1.1.1.2

version 1.1.1.1, 2013/07/22 08:44:29 version 1.1.1.2, 2016/11/01 09:56:12
Line 28 Line 28
  * DEFINITIONS   * DEFINITIONS
  */   */
   
  #define AUTH_RETRIES          5#define AUTH_RETRIES            5
   
  #define AUTH_MSG_WELCOME      "Welcome"#define AUTH_MSG_WELCOME        "Welcome"
  #define AUTH_MSG_INVALID      "Login incorrect"#define AUTH_MSG_INVALID        "Login incorrect"
  #define AUTH_MSG_BAD_PACKET   "Incorrectly formatted packet"#define AUTH_MSG_BAD_PACKET     "Incorrectly formatted packet"
  #define AUTH_MSG_NOT_ALLOWED  "Login not allowed for this account"#define AUTH_MSG_NOT_ALLOWED    "Login not allowed for this account"
  #define AUTH_MSG_NOT_EXPECTED "Unexpected packet"#define AUTH_MSG_NOT_EXPECTED   "Unexpected packet"
  #define AUTH_MSG_ACCT_DISAB   "Account disabled"#define AUTH_MSG_ACCT_DISAB     "Account disabled"
  #define AUTH_MSG_RESTR_HOURS  "Login hours restricted"#define AUTH_MSG_RESTR_HOURS    "Login hours restricted"
   
  #define AUTH_PEER_TO_SELF     0#define AUTH_PEER_TO_SELF       0
  #define AUTH_SELF_TO_PEER     1#define AUTH_SELF_TO_PEER       1
   
  #define AUTH_FAIL_INVALID_LOGIN       0#define AUTH_FAIL_INVALID_LOGIN 0
  #define AUTH_FAIL_ACCT_DISABLED       1#define AUTH_FAIL_ACCT_DISABLED 1
  #define AUTH_FAIL_NO_PERMISSION       2#define AUTH_FAIL_NO_PERMISSION 2
  #define AUTH_FAIL_RESTRICTED_HOURS    3#define AUTH_FAIL_RESTRICTED_HOURS      3
  #define AUTH_FAIL_INVALID_PACKET      4#define AUTH_FAIL_INVALID_PACKET        4
  #define AUTH_FAIL_NOT_EXPECTED        5#define AUTH_FAIL_NOT_EXPECTED  5
   
  #define AUTH_STATUS_UNDEF               0 
  #define AUTH_STATUS_FAIL              1 
  #define AUTH_STATUS_SUCCESS           2 
  #define AUTH_STATUS_BUSY              3 
   
  #define AUTH_PW_HASH_NONE             0 
  #define AUTH_PW_HASH_NT               1 
   
  #define AUTH_ACCT_START               1 
  #define AUTH_ACCT_STOP                2 
  #define AUTH_ACCT_UPDATE              3 
   
  #define MPPE_POLICY_NONE      0 
  #define MPPE_POLICY_ALLOWED   1 
  #define MPPE_POLICY_REQUIRED  2 
   
  #define MPPE_TYPE_0BIT  0       /* No encryption required */#define AUTH_STATUS_UNDEF               0
  #define MPPE_TYPE_40BIT        2#define AUTH_STATUS_FAIL                1
  #define MPPE_TYPE_128BIT        4#define AUTH_STATUS_SUCCESS             2
  #define MPPE_TYPE_56BIT       8#define AUTH_STATUS_BUSY             3
   
  /* Configuration options */ 
  enum { 
    AUTH_CONF_RADIUS_AUTH = 1, 
    AUTH_CONF_RADIUS_ACCT, 
    AUTH_CONF_INTERNAL, 
    AUTH_CONF_EXT_AUTH, 
    AUTH_CONF_EXT_ACCT, 
    AUTH_CONF_SYSTEM_AUTH, 
    AUTH_CONF_SYSTEM_ACCT, 
    AUTH_CONF_PAM_AUTH, 
    AUTH_CONF_PAM_ACCT, 
    AUTH_CONF_OPIE, 
    AUTH_CONF_ACCT_MANDATORY 
  };   
   
   #define AUTH_PW_HASH_NONE               0
   #define AUTH_PW_HASH_NT         1
   
   #define AUTH_ACCT_START         1
   #define AUTH_ACCT_STOP          2
   #define AUTH_ACCT_UPDATE                3
   
   #define MPPE_POLICY_NONE        0
   #define MPPE_POLICY_ALLOWED     1
   #define MPPE_POLICY_REQUIRED    2
   
   #define MPPE_TYPE_0BIT  0               /* No encryption required */
   #define MPPE_TYPE_40BIT 2
   #define MPPE_TYPE_128BIT        4
   #define MPPE_TYPE_56BIT 8
   
    /* Configuration options */
   enum {
           AUTH_CONF_RADIUS_AUTH = 1,
           AUTH_CONF_RADIUS_ACCT,
           AUTH_CONF_INTERNAL,
           AUTH_CONF_EXT_AUTH,
           AUTH_CONF_EXT_ACCT,
           AUTH_CONF_SYSTEM_AUTH,
           AUTH_CONF_SYSTEM_ACCT,
           AUTH_CONF_PAM_AUTH,
           AUTH_CONF_PAM_ACCT,
           AUTH_CONF_OPIE,
           AUTH_CONF_ACCT_MANDATORY
   };
   
 #if defined(USE_NG_BPF) || defined(USE_IPFW)  #if defined(USE_NG_BPF) || defined(USE_IPFW)
  struct acl {                  /* List of ACLs received from auth */struct acl {                            /* List of ACLs received from auth */
    u_short number;         /* ACL number given by auth server */        u_short number;                 /* ACL number given by auth server */
    u_short real_number;    /* ACL number allocated my mpd */        u_short real_number;            /* ACL number allocated my mpd */
    struct acl *next;        struct acl *next;
    char name[ACL_NAME_LEN];     /* Name of ACL */        char    name[ACL_NAME_LEN];     /* Name of ACL */
    char rule[1];                /* Text of ACL (Dynamically sized!) */        char    rule[1];                /* Text of ACL (Dynamically sized!) */
  };};
 
 #endif  #endif
   
  struct authparams {struct authparams {
    char                authname[AUTH_MAX_AUTHNAME];        char    authname[AUTH_MAX_AUTHNAME];
    char                password[AUTH_MAX_PASSWORD];        char    password[AUTH_MAX_PASSWORD];
   
    struct papparams    pap;        struct papparams pap;
    struct chapparams   chap;        struct chapparams chap;
   
    struct u_range      range;          /* IP range allowed to user */        struct u_range range;          /* IP range allowed to user */
    u_char              range_valid;    /* range is valid */        u_char  range_valid;            /* range is valid */
    u_char              netmask;        /* IP Netmask */        u_char  netmask;                /* IP Netmask */
    u_char              vjc_enable;     /* VJC requested by AAA */        u_char  vjc_enable;             /* VJC requested by AAA */
   
    u_char              ippool_used;        u_char  ippool_used;
    char                ippool[LINK_MAX_NAME];        char    ippool[LINK_MAX_NAME];
   
    struct in_addr      peer_dns[2];    /* DNS servers for peer to use */        struct in_addr peer_dns[2];    /* DNS servers for peer to use */
    struct in_addr      peer_nbns[2];   /* NBNS servers for peer to use */        struct in_addr peer_nbns[2];   /* NBNS servers for peer to use */
   
    char                *eapmsg;        /* EAP Msg for forwarding to RADIUS server */        char   *eapmsg;                        /* EAP Msg for forwarding to RADIUS
    int                 eapmsg_len;                                         * server */
    u_char              *state;         /* copy of the state attribute, needed for accounting */        int     eapmsg_len;
    int                 state_len;        u_char *state;                 /* copy of the state attribute, needed
    u_char              *class;         /* copy of the class attribute, needed for accounting */                                         * for accounting */
    int                 class_len;        int     state_len;
         u_char *class;                 /* copy of the class attribute, needed
                                          * for accounting */
         int     class_len;
   
    char                action[8 + LINK_MAX_NAME];        char   *filter_id;             /* RADIUS Framed-Filter-Id attribute */
   
           char    action[8 + LINK_MAX_NAME];
   
 #ifdef USE_IPFW  #ifdef USE_IPFW
    struct acl          *acl_rule;      /* ipfw rules */        struct acl *acl_rule;              /* ipfw rules */
    struct acl          *acl_pipe;      /* ipfw pipes */        struct acl *acl_pipe;              /* ipfw pipes */
    struct acl          *acl_queue;     /* ipfw queues */        struct acl *acl_queue;             /* ipfw queues */
    struct acl          *acl_table;     /* ipfw tables */        struct acl *acl_table;             /* ipfw tables */
 #endif  #endif
   
 #ifdef USE_NG_BPF  #ifdef USE_NG_BPF
    struct acl          *acl_filters[ACL_FILTERS]; /* mpd's internal bpf filters */        struct acl *acl_filters[ACL_FILTERS];      /* mpd's internal bpf filters */
    struct acl          *acl_limits[ACL_DIRS];  /* traffic limits based on mpd's filters */        struct acl *acl_limits[ACL_DIRS];  /* traffic limits based on
                                                  * mpd's filters */
   
    char                std_acct[ACL_DIRS][ACL_NAME_LEN]; /* Names of ACL rerurned in standard accounting */        char    std_acct[ACL_DIRS][ACL_NAME_LEN];       /* Names of ACL rerurned
                                                          * in standard
                                                          * accounting */
 #endif  #endif
       
     u_int               session_timeout;        /* Session-Timeout */  
     u_int               idle_timeout;           /* Idle-Timeout */  
     u_int               acct_update;            /* interval for accouting updates */  
     u_int               acct_update_lim_recv;  
     u_int               acct_update_lim_xmit;  
     char                *msdomain;              /* Microsoft domain */  
     SLIST_HEAD(, ifaceroute) routes;  
     u_short             mtu;                    /* MTU */  
   
    u_char              authentic;       /* wich backend was used */        u_int   session_timeout;       /* Session-Timeout */
         u_int   idle_timeout;           /* Idle-Timeout */
         u_int   acct_update;            /* interval for accouting updates */
         u_int   acct_update_lim_recv;
         u_int   acct_update_lim_xmit;
         char   *msdomain;               /* Microsoft domain */
         SLIST_HEAD (, ifaceroute) routes;
         u_short mtu;                    /* MTU */
   
    char                callingnum[128];/* hr representation of the calling number */        u_char    authentic;              /* wich backend was used */
    char                callednum[128];        /* hr representation of the called number */ 
    char                selfname[64];   /* hr representation of the self name */ 
    char                peername[64];   /* hr representation of the peer name */ 
    char                selfaddr[64];   /* hr representation of the self address */ 
    char                peeraddr[64];   /* hr representation of the peer address */ 
    char                peerport[6];    /* hr representation of the peer port */ 
    char                peermacaddr[32];        /* hr representation of the peer MAC address */ 
    char                peeriface[IFNAMSIZ];    /* hr representation of the peer interface */ 
   
    /* Iface stuff */        char    callingnum[128];        /* hr representation of the calling
    char                ifname[IFNAMSIZ];       /* Interface name */                                         * number */
         char    callednum[128];         /* hr representation of the called
                                          * number */
         char    selfname[64];           /* hr representation of the self name */
         char    peername[64];           /* hr representation of the peer name */
         char    selfaddr[64];           /* hr representation of the self
                                          * address */
         char    peeraddr[64];           /* hr representation of the peer
                                          * address */
         char    peerport[6];            /* hr representation of the peer port */
         char    peermacaddr[32];        /* hr representation of the peer MAC
                                          * address */
         char    peeriface[IFNAMSIZ];    /* hr representation of the peer
                                          * interface */
 
         /* Iface stuff */
         char    ifname[IFNAMSIZ];       /* Interface name */
 #ifdef SIOCSIFDESCR  #ifdef SIOCSIFDESCR
    char                *ifdescr;               /* Interface description */        char   *ifdescr;               /* Interface description */
 #endif  #endif
 #ifdef SIOCAIFGROUP  #ifdef SIOCAIFGROUP
    char                ifgroup[IFNAMSIZ];      /* Interface group */        char    ifgroup[IFNAMSIZ];      /* Interface group */
 #endif  #endif
   
    struct {        struct {
      int       policy;                 /* MPPE_POLICY_* */                int     policy;         /* MPPE_POLICY_* */
      int       types;                  /* MPPE_TYPE_*BIT bitmask */                int     types;          /* MPPE_TYPE_*BIT bitmask */
      u_char    lm_hash[16];            /* LM-Hash */                u_char  lm_hash[16];    /* LM-Hash */
      u_char    nt_hash[16];            /* NT-Hash */                u_char  nt_hash[16];    /* NT-Hash */
      u_char    nt_hash_hash[16];       /* NT-Hash-Hash */                u_char  nt_hash_hash[16];       /* NT-Hash-Hash */
      u_char    has_lm_hash;                u_char  has_lm_hash;
      u_char    has_nt_hash;                u_char  has_nt_hash;
      u_char    has_keys;                u_char  has_keys;
   
      u_char    chap_alg;               /* Callers's CHAP algorithm */                u_char  chap_alg;       /* Callers's CHAP algorithm */
   
      u_char    msChal[CHAP_MSOFTv2_CHAL_LEN]; /* MSOFT challng */                u_char  msChal[CHAP_MSOFTv2_CHAL_LEN];  /* MSOFT challng */
      u_char    ntResp[CHAP_MSOFTv2_RESP_LEN]; /* MSOFT response */                u_char  ntResp[CHAP_MSOFTv2_RESP_LEN];  /* MSOFT response */
   
 #ifdef CCP_MPPC  #ifdef CCP_MPPC
      /* Keys when using MS-CHAPv2 or EAP */                /* Keys when using MS-CHAPv2 or EAP */
      u_char    xmit_key[MPPE_KEY_LEN]; /* xmit start key */                u_char  xmit_key[MPPE_KEY_LEN]; /* xmit start key */
      u_char    recv_key[MPPE_KEY_LEN]; /* recv start key */                u_char  recv_key[MPPE_KEY_LEN]; /* recv start key */
 #endif  #endif
    } msoft;        }        msoft;
  };};
   
  struct authconf {struct authconf {
    struct radiusconf   radius;         /* RADIUS configuration */        struct radiusconf radius; /* RADIUS configuration */
    char                authname[AUTH_MAX_AUTHNAME];    /* Configured username */        char    authname[AUTH_MAX_AUTHNAME];    /* Configured username */
    char                password[AUTH_MAX_PASSWORD];    /* Configured password */        char    password[AUTH_MAX_PASSWORD];    /* Configured password */
    u_int               acct_update;        u_int   acct_update;
    u_int               acct_update_lim_recv;        u_int   acct_update_lim_recv;
    u_int               acct_update_lim_xmit;        u_int   acct_update_lim_xmit;
    int                 timeout;        /* Authorization timeout in seconds */        int     timeout;                /* Authorization timeout in seconds */
    struct optinfo      options;        /* Configured options */        struct optinfo options;                /* Configured options */
    char                *extauth_script;/*  External auth script */        char   *extauth_script;                /* External auth script */
    char                *extacct_script;/*  External acct script */        char   *extacct_script;                /* External acct script */
    char                ippool[LINK_MAX_NAME];        char    ippool[LINK_MAX_NAME];
  };};
  typedef struct authconf       *AuthConf;typedef struct authconf *AuthConf;
   
  /* State of authorization process during authorization phase, /*
   * contains params set by the auth-backend */  * State of authorization process during authorization phase, contains
  struct auth {  * params set by the auth-backend
    u_short             peer_to_self;   /* What I need from peer */  */
    u_short             self_to_peer;   /* What peer needs from me */struct auth {
    u_char              peer_to_self_alg;       /* What alg I need from peer */        u_short peer_to_self;           /* What I need from peer */
    u_char              self_to_peer_alg;       /* What alg peer needs from me */        u_short self_to_peer;           /* What peer needs from me */
    struct pppTimer     timer;          /* Max time to spend doing auth */        u_char  peer_to_self_alg;       /* What alg I need from peer */
    struct pppTimer     acct_timer;     /* Timer for accounting updates */        u_char  self_to_peer_alg;       /* What alg peer needs from me */
    struct papinfo      pap;            /* PAP state */        struct pppTimer timer;          /* Max time to spend doing auth */
    struct chapinfo     chap;           /* CHAP state */        struct pppTimer acct_timer;     /* Timer for accounting updates */
    struct eapinfo      eap;            /* EAP state */        struct papinfo pap;            /* PAP state */
    struct paction      *thread;        /* async auth thread */        struct chapinfo chap;           /* CHAP state */
    struct paction      *acct_thread;   /* async accounting auth thread */        struct eapinfo eap;            /* EAP state */
    struct authconf     conf;           /* Auth backends, RADIUS, etc. */        struct paction *thread;                /* async auth thread */
    struct authparams   params;         /* params to pass to from auth backend */        struct paction *acct_thread;   /* async accounting auth thread */
    struct ng_ppp_link_stat64   prev_stats;     /* Previous link statistics */        struct authconf conf;           /* Auth backends, RADIUS, etc. */
  };        struct authparams params; /* params to pass to from auth backend */
  typedef struct auth   *Auth;        struct ng_ppp_link_stat64 prev_stats;     /* Previous link statistics */
 };
 typedef struct auth *Auth;
   
  struct radiusconf     radius;                 /* RADIUS configuration */struct radiusconf radius;         /* RADIUS configuration */
  /* Interface between the auth-backend (secret file, RADIUS, etc.)
   * and Mpd's internal structs. /*
   */  * Interface between the auth-backend (secret file, RADIUS, etc.) and Mpd's
  struct authdata {  * internal structs.
    struct authconf     conf;           /* a copy of bundle's authconf */  */
    u_short             proto;          /* wich proto are we using, PAP, CHAP, ... */struct authdata {
    u_char              alg;            /* proto specific algoruthm */        struct authconf conf;           /* a copy of bundle's authconf */
    u_int               id;                /* Actual, packet id */            u_short proto;                  /* wich proto are we using, PAP, CHAP,
    u_int               code;           /* Proto specific code */                                         * ... */
    u_char              acct_type;      /* Accounting type, Start, Stop, Update */        u_char  alg;                    /* proto specific algoruthm */
    u_char              eap_radius;        u_int   id;                     /* Actual, packet id */
    u_char              status;        u_int   code;                   /* Proto specific code */
    u_char              why_fail;        u_char  acct_type;              /* Accounting type, Start, Stop,
    char                *reply_message; /* Text wich may displayed to the user */                                         * Update */
    char                *mschap_error;  /* MSCHAP Error Message */        u_char  eap_radius;
    char                *mschapv2resp;  /* Response String for MSCHAPv2 */        u_char  status;
    void                (*finish)(Link l, struct authdata *auth); /* Finish handler */        u_char  why_fail;
    int                 drop_user;      /* RAD_MPD_DROP_USER value sent by RADIUS server */        char   *reply_message;         /* Text wich may displayed to the user */
    struct {        char   *mschap_error;          /* MSCHAP Error Message */
      struct rad_handle *handle;        /* the RADIUS handle */        char   *mschapv2resp;          /* Response String for MSCHAPv2 */
    } radius;        void    (*finish) (Link l, struct authdata *auth);        /* Finish handler */
         int     drop_user;              /* RAD_MPD_DROP_USER value sent by
                                          * RADIUS server */
         struct {
                 struct rad_handle *handle;        /* the RADIUS handle */
         }       radius;
 #ifdef USE_OPIE  #ifdef USE_OPIE
    struct {        struct {
      struct opie       data;                struct opie data;
    } opie;        }       opie;
 #endif  #endif
    struct {            /* informational (read-only) data needed for e.g. accouting */        struct {                        /* informational (read-only) data
      char              msession_id[AUTH_MAX_SESSIONID]; /* multi-session-id */                                         * needed for e.g. accouting */
      char              session_id[AUTH_MAX_SESSIONID]; /* session-id */                char    msession_id[AUTH_MAX_SESSIONID];        /* multi-session-id */
      char              ifname[IFNAMSIZ];       /* interface name */                char    session_id[AUTH_MAX_SESSIONID]; /* session-id */
      uint              ifindex;                /* System interface index */                char    ifname[IFNAMSIZ];       /* interface name */
      char              bundname[LINK_MAX_NAME];/* name of the bundle */                uint    ifindex;        /* System interface index */
      char              lnkname[LINK_MAX_NAME]; /* name of the link */                char    bundname[LINK_MAX_NAME];        /* name of the bundle */
      struct ng_ppp_link_stat64 stats;          /* Current link statistics */                char    lnkname[LINK_MAX_NAME]; /* name of the link */
                 struct ng_ppp_link_stat64 stats;  /* Current link
                                                          * statistics */
 #ifdef USE_NG_BPF  #ifdef USE_NG_BPF
      struct svcstat    ss;                struct svcstat ss;
 #endif  #endif
      char              *downReason;    /* Reason for link going down */                char   *downReason;    /* Reason for link going down */
      time_t            last_up;        /* Time this link last got up */                time_t  last_up;        /* Time this link last got up */
      PhysType          phys_type;      /* Device type descriptor */                PhysType phys_type;      /* Device type descriptor */
      int               linkID;         /* Absolute link number */                int     linkID;         /* Absolute link number */
      char              peer_ident[64]; /* LCP ident received from peer */                char    peer_ident[64]; /* LCP ident received from peer */
      struct in_addr    peer_addr;      /* currently assigned IP-Address of the client */                struct in_addr peer_addr;      /* currently assigned
      short             n_links;        /* number of links in the bundle */                                                 * IP-Address of the client */
      u_char            originate;      /* Who originated the connection */                struct in6_addr peer_addr6;     /* currently assigned
    } info;                                                 * IPv6-Address of the client */
    struct authparams   params;         /* params to pass to from auth backend */                short   n_links;        /* number of links in the bundle */
  };                u_char  originate;      /* Who originated the connection */
  typedef struct authdata       *AuthData;        }       info;
          struct authparams params; /* params to pass to from auth backend */
  extern const struct cmdtab AuthSetCmds[];};
 typedef struct authdata *AuthData;
   
   extern const struct cmdtab AuthSetCmds[];
   
 /*  /*
  * GLOBAL VARIABLES   * GLOBAL VARIABLES
  */   */
  extern const u_char   gMsoftZeros[32];extern const u_char gMsoftZeros[32];
  extern int            gMaxLogins;     /* max number of concurrent logins per user */extern int gMaxLogins;                     /* max number of concurrent logins per
  extern int            gMaxLoginsCI;                                         * user */
 extern int gMaxLoginsCI;
   
 /*  /*
  * FUNCTIONS   * FUNCTIONS
  */   */
   
  extern void           AuthInit(Link l);extern void AuthInit(Link l);
  extern void           AuthInst(Auth auth, Auth autht);extern void AuthInst(Auth auth, Auth autht);
  extern void           AuthShutdown(Link l);extern void AuthShutdown(Link l);
  extern void           AuthStart(Link l);extern void AuthStart(Link l);
  extern void           AuthStop(Link l);extern void AuthStop(Link l);
  extern void           AuthInput(Link l, int proto, Mbuf bp);extern void AuthInput(Link l, int proto, Mbuf bp);
  extern void           AuthOutput(Link l, int proto, u_int code, u_int id,extern void 
                          const u_char *ptr, int len, int add_len, AuthOutput(Link l, int proto, u_int code, u_int id,
                          u_char eap_type);    const u_char *ptr, int len, int add_len,
  extern void           AuthFinish(Link l, int which, int ok);    u_char eap_type);
  extern void           AuthCleanup(Link l);extern void AuthFinish(Link l, int which, int ok);
  extern int            AuthStat(Context ctx, int ac, char *av[], void *arg);extern void AuthCleanup(Link l);
  extern void           AuthAccountStart(Link l, int type);extern int AuthStat(Context ctx, int ac, char *av[], void *arg);
  extern void           AuthAccountTimeout(void *arg);extern void AuthAccountStart(Link l, int type);
  extern AuthData       AuthDataNew(Link l);extern void AuthAccountTimeout(void *arg);
  extern void           AuthDataDestroy(AuthData auth);extern AuthData AuthDataNew(Link l);
  extern int            AuthGetData(char *authname, char *password, size_t passlen, extern void AuthDataDestroy(AuthData auth);
                            struct u_range *range, u_char *range_valid);extern int 
  extern void           AuthAsyncStart(Link l, AuthData auth);AuthGetData(char *authname, char *password, size_t passlen,
  extern const char     *AuthFailMsg(AuthData auth, char *buf, size_t len);    struct u_range *range, u_char *range_valid);
  extern const char     *AuthStatusText(int status);extern void AuthAsyncStart(Link l, AuthData auth);
  extern const char     *AuthMPPEPolicyname(int policy);extern const char *AuthFailMsg(AuthData auth, char *buf, size_t len);
  extern const char     *AuthMPPETypesname(int types, char *buf, size_t len);extern const char *AuthStatusText(int status);
 extern const char *AuthMPPEPolicyname(int policy);
 extern const char *AuthMPPETypesname(int types, char *buf, size_t len);
   
 #if defined(USE_NG_BPF) || defined(USE_IPFW)  #if defined(USE_NG_BPF) || defined(USE_IPFW)
  extern void           ACLCopy(struct acl *src, struct acl **dst);extern void ACLCopy(struct acl *src, struct acl **dst);
  extern void           ACLDestroy(struct acl *acl);extern void ACLDestroy(struct acl *acl);
 
 #endif  #endif
  extern void           authparamsInit(struct authparams *ap);extern void authparamsInit(struct authparams *ap);
  extern void           authparamsCopy(struct authparams *src, struct authparams *dst);extern void authparamsCopy(struct authparams *src, struct authparams *dst);
  extern void           authparamsMove(struct authparams *src, struct authparams *dst);extern void authparamsMove(struct authparams *src, struct authparams *dst);
  extern void           authparamsDestroy(struct authparams *ap);extern void authparamsDestroy(struct authparams *ap);
   
 #endif  #endif
Removed from v.1.1.1.1  
changed lines
  Added in v.1.1.1.2

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