[libfaim.git] / aim_login.c

/*
 *  aim_login.c
 *
 *  This contains all the functions needed to actually login.
 *
 */

#include <faim/aim.h>


/*
 * FIXME: Reimplement the TIS stuff.
 */
#ifdef TIS_TELNET_PROXY
#include "tis_telnet_proxy.h"
#endif

int aim_sendconnack(struct aim_session_t *sess,
		      struct aim_conn_t *conn)
{
  int curbyte=0;
  
  struct command_tx_struct newpacket;

  if (conn)
    newpacket.conn = conn;
  else
    return -1;

  newpacket.commandlen = 2+2;
  newpacket.data = (u_char *) calloc (1,  newpacket.commandlen );
  newpacket.lock = 1;
  newpacket.type = 0x01;
  
  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0000);
  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);

  newpacket.lock = 0;
  aim_tx_enqueue(sess, &newpacket);

  return 0;
}

#ifdef SNACLOGIN
/*
 * In AIM 3.5 protocol, the first stage of login is to request
 * login from the Authorizer, passing it the screen name
 * for verification.  If the name is invalid, a 0017/0003 
 * is spit back, with the standard error contents.  If valid,
 * a 0017/0007 comes back, which is the signal to send
 * it the main login command (0017/0002).  
 */
int aim_request_login(struct aim_session_t *sess,
		      struct aim_conn_t *conn, 
		      char *sn)
{
  int curbyte=0;
  
  struct command_tx_struct newpacket;

  if (conn)
    newpacket.conn = conn;
  else
    newpacket.conn = aim_getconn_type(sess, AIM_CONN_TYPE_AUTH);

  newpacket.commandlen = 10+2+2+strlen(sn);
  newpacket.data = (u_char *) calloc (1,  newpacket.commandlen );
  newpacket.lock = 1;
  newpacket.type = 0x02;
  
  curbyte += aim_putsnac(newpacket.data+curbyte, 0x0017, 0x0006, 0x0000, 0x00010000);
  curbyte += aim_puttlv_str(newpacket.data+curbyte, 0x0001, strlen(sn), sn);

  newpacket.lock = 0;
  aim_tx_enqueue(sess, &newpacket);

  return 0;
}
#endif /* SNACLOGIN */

/*
 * send_login(int socket, char *sn, char *password)
 *  
 * This is the initial login request packet.
 *
 * The password is encoded before transmition, as per
 * encode_password().  See that function for their
 * stupid method of doing it.
 *
 */
int aim_send_login (struct aim_session_t *sess,
		    struct aim_conn_t *conn, 
		    char *sn, char *password, struct client_info_s *clientinfo)
{
  u_char *password_encoded = NULL;  /* to store encoded password */
  int curbyte=0;

  struct command_tx_struct newpacket;

  if (!clientinfo || !sn || !password)
    return -1;

  if (conn)
    newpacket.conn = conn;
  else
    newpacket.conn = aim_getconn_type(sess, AIM_CONN_TYPE_AUTH);

#ifdef SNACLOGIN 
  newpacket.commandlen = 10;
  newpacket.commandlen += 2 + 2 + strlen(sn);
  newpacket.commandlen += 2 + 2 + strlen(password);
  newpacket.commandlen += 2 + 2 + strlen(clientinfo->clientstring);
  newpacket.commandlen += 56;
  
  newpacket.data = (u_char *) calloc (1,  newpacket.commandlen );
  newpacket.lock = 1;
  newpacket.type = 0x02;

  curbyte = aim_putsnac(newpacket.data+curbyte, 0x0017, 0x0002, 0x0000, 0x00010000);
  curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, strlen(sn), sn);
  password_encoded = (u_char *) malloc(strlen(password));
  aim_encode_password(password, password_encoded);
  curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0002, strlen(password), password_encoded);
  curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0003, 
			   strlen(clientinfo->clientstring), 
			   clientinfo->clientstring);
  /* XXX: should use clientinfo provided version info */
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0016, 0x0004);
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0017, 0x0003);
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0018, 0x0005);
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0019, 0x0000);
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x001a, 0x0686);
  curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, 0x0002, clientinfo->country);
  curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, 0x0002, clientinfo->lang);
  curbyte+= aim_puttlv_32(newpacket.data+curbyte, 0x0014, 0x0000002a);
  curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0009, 0x0015);
#else
  
  newpacket.commandlen = 4 + 4+strlen(sn) + 4+strlen(password) + 6;
 
  if (clientinfo)
    {
      if (strlen(clientinfo->clientstring))
	newpacket.commandlen += 4+strlen(clientinfo->clientstring);
      newpacket.commandlen += 6+6+6+6;
      if (strlen(clientinfo->country))
	newpacket.commandlen += 4+strlen(clientinfo->country);
      if (strlen(clientinfo->lang))
	newpacket.commandlen += 4+strlen(clientinfo->lang);
    }
  newpacket.commandlen += 6;

  newpacket.data = (char *) calloc (1,  newpacket.commandlen );
  newpacket.lock = 1;
  newpacket.type = 0x01;

  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0000);
  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);
  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);
  curbyte += aimutil_put16(newpacket.data+curbyte, strlen(sn));
  curbyte += aimutil_putstr(newpacket.data+curbyte, sn, strlen(sn));

  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0002);
  curbyte += aimutil_put16(newpacket.data+curbyte, strlen(password));
  password_encoded = (char *) malloc(strlen(password));
  aim_encode_password(password, password_encoded);
  curbyte += aimutil_putstr(newpacket.data+curbyte, password_encoded, strlen(password));
  free(password_encoded);
  
  curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0016, 0x0004);
  
  if (clientinfo)
    {
      if (strlen(clientinfo->clientstring))
	{
	  curbyte += aimutil_put16(newpacket.data+curbyte, 0x0003);
	  curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->clientstring));
	  curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->clientstring, strlen(clientinfo->clientstring));
	}
      curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0017, clientinfo->major /*0x0001*/);
      curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0018, clientinfo->minor /*0x0001*/);
      curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0019, 0x0000);
      curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x001a, clientinfo->build /*0x0013*/);
      if (strlen(clientinfo->country))
	{
	  curbyte += aimutil_put16(newpacket.data+curbyte, 0x000e);
	  curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->country));
	  curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->country, strlen(clientinfo->country));
	}
      if (strlen(clientinfo->lang))
	{
	  curbyte += aimutil_put16(newpacket.data+curbyte, 0x000f);
	  curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->lang));
	  curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->lang, strlen(clientinfo->lang));
	}
    }

  curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0009, 0x0015);
#endif

  newpacket.lock = 0;
  aim_tx_enqueue(sess, &newpacket);

  return 0;
}

/*
 *  int encode_password(
 *                      const char *password,
 *	                char *encoded
 *	                ); 
 *
 * This takes a const pointer to a (null terminated) string
 * containing the unencoded password.  It also gets passed
 * an already allocated buffer to store the encoded password.
 * This buffer should be the exact length of the password without
 * the null.  The encoded password buffer IS NOT NULL TERMINATED.
 *
 * The encoding_table seems to be a fixed set of values.  We'll
 * hope it doesn't change over time!  
 *
 */
int aim_encode_password(const char *password, u_char *encoded)
{
  u_char encoding_table[] = {
    0xf3, 0xb3, 0x6c, 0x99,
    0x95, 0x3f, 0xac, 0xb6,
    0xc5, 0xfa, 0x6b, 0x63,
    0x69, 0x6c, 0xc3, 0x9f
  };

  int i;
  
  for (i = 0; i < strlen(password); i++)
      encoded[i] = (password[i] ^ encoding_table[i]);

  return 0;
}

/*
 * This is sent back as a general response to the login command.
 * It can be either an error or a success, depending on the
 * precense of certain TLVs.  
 *
 * The client should check the value of logininfo->errorcode. If
 * its nonzero, there was an error.
 *
 */
int aim_authparse(struct aim_session_t *sess, 
		  struct command_rx_struct *command)
{
  struct aim_tlvlist_t *tlvlist;
  int ret = 1;
  char *sn;
  rxcallback_t userfunc = NULL;

  memset(&sess->logininfo, 0x00, sizeof(sess->logininfo));

  /*
   * Read block of TLVs.  All further data is derived
   * from what is parsed here.
   */
#ifdef SNACLOGIN
  tlvlist = aim_readtlvchain(command->data+10, command->commandlen-10);
#else
  tlvlist = aim_readtlvchain(command->data, command->commandlen);
#endif
  /*
   * No matter what, we should have a screen name.
   */
  sn = aim_gettlv_str(tlvlist, 0x0001, 1);
  memcpy(sess->logininfo.screen_name, sn, strlen(sn));
  sn[(strlen(sn))] = '\0';
  
  /*
   * Check for an error code.  If so, we should also
   * have an error url.
   */
  if (aim_gettlv(tlvlist, 0x0008, 1))
    {
      struct aim_tlv_t *errtlv;
      errtlv = aim_gettlv(tlvlist, 0x0008, 1);
      sess->logininfo.errorcode = aimutil_get16(errtlv->value);
      sess->logininfo.errorurl = aim_gettlv_str(tlvlist, 0x0004, 1);
    }
  /* 
   * If we have both an IP number (0x0005) and a cookie (0x0006),
   * then the login was successful.
   */
  else if (aim_gettlv(tlvlist, 0x0005, 1) && aim_gettlv(tlvlist, 0x0006, 1))
    {
      struct aim_tlv_t *tmptlv;

      /*
       * IP address of BOS server.
       */
      sess->logininfo.BOSIP = aim_gettlv_str(tlvlist, 0x0005, 1);

      /*
       * Authorization Cookie
       */
      tmptlv = aim_gettlv(tlvlist, 0x0006, 1);
      memcpy(sess->logininfo.cookie, tmptlv->value, AIM_COOKIELEN);

      /*
       * The email address attached to this account
       */
      sess->logininfo.email = aim_gettlv_str(tlvlist, 0x0011, 1);

      /*
       * The registration status.  (Not real sure what it means.)
       */
      tmptlv = aim_gettlv(tlvlist, 0x0013, 1);
      sess->logininfo.regstatus = aimutil_get16(tmptlv->value);
      
    }

#ifdef SNACLOGIN
  userfunc = aim_callhandler(command->conn, 0x0017, 0x0003);
#else
  userfunc = aim_callhandler(command->conn, AIM_CB_FAM_SPECIAL, AIM_CB_SPECIAL_AUTHSUCCESS);
#endif
  if (userfunc)
    ret = userfunc(sess, command);

  aim_freetlvchain(&tlvlist);

  /* These have been clobbered by the freetlvchain */
  sess->logininfo.BOSIP = NULL;
  sess->logininfo.email = NULL;
  sess->logininfo.errorurl = NULL;

  return ret;
}
Commit	Line	Data
9de3ca7e	1	/*
	2	* aim_login.c
	3	*
	4	* This contains all the functions needed to actually login.
	5	*
	6	*/
	7
a25832e6	8	#include <faim/aim.h>
9de3ca7e	9
	10
	11	/*
	12	* FIXME: Reimplement the TIS stuff.
	13	*/
	14	#ifdef TIS_TELNET_PROXY
	15	#include "tis_telnet_proxy.h"
	16	#endif
	17
01b59e1e	18	int aim_sendconnack(struct aim_session_t *sess,
	19	struct aim_conn_t *conn)
	20	{
	21	int curbyte=0;
	22
	23	struct command_tx_struct newpacket;
	24
	25	if (conn)
	26	newpacket.conn = conn;
	27	else
	28	return -1;
	29
	30	newpacket.commandlen = 2+2;
	31	newpacket.data = (u_char *) calloc (1, newpacket.commandlen );
	32	newpacket.lock = 1;
	33	newpacket.type = 0x01;
	34
	35	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0000);
	36	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);
	37
	38	newpacket.lock = 0;
	39	aim_tx_enqueue(sess, &newpacket);
	40
	41	return 0;
	42	}
	43
	44	#ifdef SNACLOGIN
	45	/*
	46	* In AIM 3.5 protocol, the first stage of login is to request
	47	* login from the Authorizer, passing it the screen name
	48	* for verification. If the name is invalid, a 0017/0003
	49	* is spit back, with the standard error contents. If valid,
	50	* a 0017/0007 comes back, which is the signal to send
	51	* it the main login command (0017/0002).
	52	*/
	53	int aim_request_login(struct aim_session_t *sess,
	54	struct aim_conn_t *conn,
	55	char *sn)
	56	{
	57	int curbyte=0;
	58
	59	struct command_tx_struct newpacket;
	60
	61	if (conn)
	62	newpacket.conn = conn;
	63	else
	64	newpacket.conn = aim_getconn_type(sess, AIM_CONN_TYPE_AUTH);
	65
	66	newpacket.commandlen = 10+2+2+strlen(sn);
	67	newpacket.data = (u_char *) calloc (1, newpacket.commandlen );
	68	newpacket.lock = 1;
	69	newpacket.type = 0x02;
	70
	71	curbyte += aim_putsnac(newpacket.data+curbyte, 0x0017, 0x0006, 0x0000, 0x00010000);
	72	curbyte += aim_puttlv_str(newpacket.data+curbyte, 0x0001, strlen(sn), sn);
	73
	74	newpacket.lock = 0;
	75	aim_tx_enqueue(sess, &newpacket);
	76
	77	return 0;
	78	}
	79	#endif /* SNACLOGIN */
	80
9de3ca7e	81	/*
24286d93	82	* send_login(int socket, char sn, char password)
9de3ca7e	83	*
	84	* This is the initial login request packet.
	85	*
	86	* The password is encoded before transmition, as per
	87	* encode_password(). See that function for their
	88	* stupid method of doing it.
	89	*
9de3ca7e	90	*/
a25832e6	91	int aim_send_login (struct aim_session_t *sess,
	92	struct aim_conn_t *conn,
	93	char sn, char password, struct client_info_s *clientinfo)
9de3ca7e	94	{
a25832e6	95	u_char password_encoded = NULL; / to store encoded password */
9de3ca7e	96	int curbyte=0;
	97
	98	struct command_tx_struct newpacket;
	99
01b59e1e	100	if (!clientinfo \|\| !sn \|\| !password)
	101	return -1;
	102
9de3ca7e	103	if (conn)
	104	newpacket.conn = conn;
	105	else
a25832e6	106	newpacket.conn = aim_getconn_type(sess, AIM_CONN_TYPE_AUTH);
9de3ca7e	107
01b59e1e	108	#ifdef SNACLOGIN
	109	newpacket.commandlen = 10;
	110	newpacket.commandlen += 2 + 2 + strlen(sn);
	111	newpacket.commandlen += 2 + 2 + strlen(password);
	112	newpacket.commandlen += 2 + 2 + strlen(clientinfo->clientstring);
	113	newpacket.commandlen += 56;
	114
	115	newpacket.data = (u_char *) calloc (1, newpacket.commandlen );
	116	newpacket.lock = 1;
	117	newpacket.type = 0x02;
	118
	119	curbyte = aim_putsnac(newpacket.data+curbyte, 0x0017, 0x0002, 0x0000, 0x00010000);
	120	curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, strlen(sn), sn);
	121	password_encoded = (u_char *) malloc(strlen(password));
	122	aim_encode_password(password, password_encoded);
	123	curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0002, strlen(password), password_encoded);
	124	curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0003,
	125	strlen(clientinfo->clientstring),
	126	clientinfo->clientstring);
	127	/* XXX: should use clientinfo provided version info */
	128	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0016, 0x0004);
	129	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0017, 0x0003);
	130	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0018, 0x0005);
	131	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0019, 0x0000);
	132	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x001a, 0x0686);
	133	curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, 0x0002, clientinfo->country);
	134	curbyte+= aim_puttlv_str(newpacket.data+curbyte, 0x0001, 0x0002, clientinfo->lang);
	135	curbyte+= aim_puttlv_32(newpacket.data+curbyte, 0x0014, 0x0000002a);
	136	curbyte+= aim_puttlv_16(newpacket.data+curbyte, 0x0009, 0x0015);
	137	#else
	138
24286d93	139	newpacket.commandlen = 4 + 4+strlen(sn) + 4+strlen(password) + 6;
24286d93	140
9de3ca7e	141	if (clientinfo)
	142	{
	143	if (strlen(clientinfo->clientstring))
24286d93	144	newpacket.commandlen += 4+strlen(clientinfo->clientstring);
01b59e1e	145	newpacket.commandlen += 6+6+6+6;
9de3ca7e	146	if (strlen(clientinfo->country))
24286d93	147	newpacket.commandlen += 4+strlen(clientinfo->country);
9de3ca7e	148	if (strlen(clientinfo->lang))
24286d93	149	newpacket.commandlen += 4+strlen(clientinfo->lang);
9de3ca7e	150	}
24286d93	151	newpacket.commandlen += 6;
9de3ca7e	152
	153	newpacket.data = (char *) calloc (1, newpacket.commandlen );
	154	newpacket.lock = 1;
	155	newpacket.type = 0x01;
	156
	157	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0000);
	158	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);
	159	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0001);
	160	curbyte += aimutil_put16(newpacket.data+curbyte, strlen(sn));
	161	curbyte += aimutil_putstr(newpacket.data+curbyte, sn, strlen(sn));
	162
	163	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0002);
	164	curbyte += aimutil_put16(newpacket.data+curbyte, strlen(password));
	165	password_encoded = (char *) malloc(strlen(password));
	166	aim_encode_password(password, password_encoded);
	167	curbyte += aimutil_putstr(newpacket.data+curbyte, password_encoded, strlen(password));
	168	free(password_encoded);
	169
01b59e1e	170	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0016, 0x0004);
24286d93	171
9de3ca7e	172	if (clientinfo)
	173	{
	174	if (strlen(clientinfo->clientstring))
	175	{
	176	curbyte += aimutil_put16(newpacket.data+curbyte, 0x0003);
	177	curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->clientstring));
	178	curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->clientstring, strlen(clientinfo->clientstring));
	179	}
01b59e1e	180	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0017, clientinfo->major /0x0001/);
	181	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0018, clientinfo->minor /0x0001/);
	182	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0019, 0x0000);
	183	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x001a, clientinfo->build /0x0013/);
9de3ca7e	184	if (strlen(clientinfo->country))
	185	{
	186	curbyte += aimutil_put16(newpacket.data+curbyte, 0x000e);
	187	curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->country));
	188	curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->country, strlen(clientinfo->country));
	189	}
24286d93	190	if (strlen(clientinfo->lang))
9de3ca7e	191	{
	192	curbyte += aimutil_put16(newpacket.data+curbyte, 0x000f);
	193	curbyte += aimutil_put16(newpacket.data+curbyte, strlen(clientinfo->lang));
	194	curbyte += aimutil_putstr(newpacket.data+curbyte, clientinfo->lang, strlen(clientinfo->lang));
	195	}
	196	}
	197
	198	curbyte += aim_puttlv_16(newpacket.data+curbyte, 0x0009, 0x0015);
01b59e1e	199	#endif
9de3ca7e	200
9de3ca7e	201	newpacket.lock = 0;
a25832e6	202	aim_tx_enqueue(sess, &newpacket);
9de3ca7e	203
	204	return 0;
	205	}
9de3ca7e	206
	207	/*
	208	* int encode_password(
	209	* const char *password,
	210	* char *encoded
	211	* );
	212	*
	213	* This takes a const pointer to a (null terminated) string
	214	* containing the unencoded password. It also gets passed
	215	* an already allocated buffer to store the encoded password.
	216	* This buffer should be the exact length of the password without
	217	* the null. The encoded password buffer IS NOT NULL TERMINATED.
	218	*
	219	* The encoding_table seems to be a fixed set of values. We'll
	220	* hope it doesn't change over time!
	221	*
	222	*/
a25832e6	223	int aim_encode_password(const char password, u_char encoded)
9de3ca7e	224	{
	225	u_char encoding_table[] = {
	226	0xf3, 0xb3, 0x6c, 0x99,
	227	0x95, 0x3f, 0xac, 0xb6,
	228	0xc5, 0xfa, 0x6b, 0x63,
	229	0x69, 0x6c, 0xc3, 0x9f
	230	};
	231
	232	int i;
	233
	234	for (i = 0; i < strlen(password); i++)
	235	encoded[i] = (password[i] ^ encoding_table[i]);
	236
	237	return 0;
	238	}
	239
01b59e1e	240	/*
	241	* This is sent back as a general response to the login command.
	242	* It can be either an error or a success, depending on the
	243	* precense of certain TLVs.
	244	*
	245	* The client should check the value of logininfo->errorcode. If
	246	* its nonzero, there was an error.
	247	*
	248	*/
	249	int aim_authparse(struct aim_session_t *sess,
	250	struct command_rx_struct *command)
	251	{
	252	struct aim_tlvlist_t *tlvlist;
	253	int ret = 1;
	254	char *sn;
	255	rxcallback_t userfunc = NULL;
	256
	257	memset(&sess->logininfo, 0x00, sizeof(sess->logininfo));
	258
	259	/*
	260	* Read block of TLVs. All further data is derived
	261	* from what is parsed here.
	262	*/
	263	#ifdef SNACLOGIN
	264	tlvlist = aim_readtlvchain(command->data+10, command->commandlen-10);
	265	#else
	266	tlvlist = aim_readtlvchain(command->data, command->commandlen);
	267	#endif
	268	/*
	269	* No matter what, we should have a screen name.
	270	*/
	271	sn = aim_gettlv_str(tlvlist, 0x0001, 1);
	272	memcpy(sess->logininfo.screen_name, sn, strlen(sn));
	273	sn[(strlen(sn))] = '\0';
	274
	275	/*
	276	* Check for an error code. If so, we should also
	277	* have an error url.
	278	*/
	279	if (aim_gettlv(tlvlist, 0x0008, 1))
	280	{
	281	struct aim_tlv_t *errtlv;
	282	errtlv = aim_gettlv(tlvlist, 0x0008, 1);
	283	sess->logininfo.errorcode = aimutil_get16(errtlv->value);
	284	sess->logininfo.errorurl = aim_gettlv_str(tlvlist, 0x0004, 1);
	285	}
	286	/*
	287	* If we have both an IP number (0x0005) and a cookie (0x0006),
	288	* then the login was successful.
	289	*/
	290	else if (aim_gettlv(tlvlist, 0x0005, 1) && aim_gettlv(tlvlist, 0x0006, 1))
	291	{
	292	struct aim_tlv_t *tmptlv;
9de3ca7e	293
01b59e1e	294	/*
	295	* IP address of BOS server.
	296	*/
	297	sess->logininfo.BOSIP = aim_gettlv_str(tlvlist, 0x0005, 1);
9de3ca7e	298
01b59e1e	299	/*
	300	* Authorization Cookie
	301	*/
	302	tmptlv = aim_gettlv(tlvlist, 0x0006, 1);
	303	memcpy(sess->logininfo.cookie, tmptlv->value, AIM_COOKIELEN);
9de3ca7e	304
01b59e1e	305	/*
	306	* The email address attached to this account
	307	*/
	308	sess->logininfo.email = aim_gettlv_str(tlvlist, 0x0011, 1);
	309
	310	/*
	311	* The registration status. (Not real sure what it means.)
	312	*/
	313	tmptlv = aim_gettlv(tlvlist, 0x0013, 1);
	314	sess->logininfo.regstatus = aimutil_get16(tmptlv->value);
	315
	316	}
	317
	318	#ifdef SNACLOGIN
	319	userfunc = aim_callhandler(command->conn, 0x0017, 0x0003);
	320	#else
	321	userfunc = aim_callhandler(command->conn, AIM_CB_FAM_SPECIAL, AIM_CB_SPECIAL_AUTHSUCCESS);
	322	#endif
	323	if (userfunc)
	324	ret = userfunc(sess, command);
	325
	326	aim_freetlvchain(&tlvlist);
	327
	328	/* These have been clobbered by the freetlvchain */
	329	sess->logininfo.BOSIP = NULL;
	330	sess->logininfo.email = NULL;
	331	sess->logininfo.errorurl = NULL;
	332
	333	return ret;
	334	}