/[winpt]/trunk/Src/wptKeyserver.cpp
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revision 165 by twoaday, Tue Jan 24 10:10:15 2006 UTC revision 211 by twoaday, Sun May 7 12:36:48 2006 UTC
# Line 1  Line 1 
1  /* wptKeyserver.cpp - W32 Keyserver Access  /* wptKeyserver.cpp - W32 Keyserver Access
2   *      Copyright (C) 2000-2005 Timo Schulz   *      Copyright (C) 2000-2006 Timo Schulz
3   *      Copyright (C) 2001 Marco Cunha   *      Copyright (C) 2001 Marco Cunha
4   *   *
5   * This file is part of WinPT.   * This file is part of WinPT.
# Line 37  Line 37 
37  #include "wptGPG.h"  #include "wptGPG.h"
38  #include "wptRegistry.h"  #include "wptRegistry.h"
39    
40    /* Map net_errno to a winsock error. */
41  #define net_errno ((int)WSAGetLastError ())  #define net_errno ((int)WSAGetLastError ())
42    
 static char base64code[] =  
   "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";  
43    
44  keyserver server[MAX_KEYSERVERS] = {0};  keyserver server[MAX_KEYSERVERS] = {0};
45  static keyserver_proxy_ctx proxy = {0};  keyserver_proxy_s proxy = {0};
46  static const char *server_list[] = {  static const char *server_list[] = {
47      "hkp://wwwkeys.nl.pgp.net",      "hkp://gnv.us.ks.cryptnet.net",
48      "hkp://wwwkeys.pl.pgp.net",      "hkp://keyserver.kjsl.com",
49      "hkp://wwwkeys.at.pgp.net",      "hkp://sks.keyserver.penguin.de",
     "hkp://wwwkeys.ch.pgp.net",  
     "hkp://wwwkeys.de.pgp.net",  
     "hkp://wwwkeys.dk.pgp.net",  
     "hkp://wwwkeys.cz.pgp.net",  
     "hkp://wwwkeys.es.pgp.net",  
     "hkp://wwwkeys.eu.pgp.net",  
     "hkp://wwwkeys.uk.pgp.net",  
     "hkp://wwwkeys.us.pgp.net",  
50      "hkp://subkeys.pgp.net",      "hkp://subkeys.pgp.net",
51      "ldap://keyserver.pgp.com",      "ldap://keyserver.pgp.com",
52      NULL      NULL
# Line 64  static const char *server_list[] = { Line 55  static const char *server_list[] = {
55    
56  static char  hkp_errmsg[1024];  /* Holds the error message from the server */  static char  hkp_errmsg[1024];  /* Holds the error message from the server */
57  static int   hkp_err = 0;       /* != 0 indicates an error occurred. */  static int   hkp_err = 0;       /* != 0 indicates an error occurred. */
 static DWORD conf_timestamp = 0;/* timestamp of the configuration fiele. */  
58    
59  /* Default keyserver and port. */  /* Default keyserver and port. */
60  char *default_keyserver = NULL;  char *default_keyserver = NULL;
61  WORD default_keyserver_port = 0;  WORD default_keyserver_port = 0;
62    
63    /* Default socket timeout. */
64    static int default_socket_timeout = 6;
65    
66  /* Basic64 encode the input @inputstr to @outputstr. */  /* Basic64 encode the input @inbuf to @outbuf. */
67  static void  static void
68  base64_encode (const char *inputstr, char *outputstr, int maxlen)  base64_encode (const char *inbuf, char *outbuf)
69  {        {
70      int index = 0, temp = 0, res = 0, i = 0, inputlen = 0, len = 0;      char base64code[] =
71            "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";
72        int index = 0, temp = 0, res = 0;
73        int i = 0, inputlen = 0, len = 0;
74            
75      /* XXX: check len < maxlen. */      inputlen = strlen (inbuf);
76      inputlen = strlen (inputstr);      for (i = 0; i < inputlen; i++) {
     for (i = 0; i <inputlen; i++) {  
77          res = temp;          res = temp;
78          res = (res << 8) | (inputstr[i] & 0xFF);          res = (res << 8) | (inbuf[i] & 0xFF);
79          switch (index++) {          switch (index++) {
80          case 0: outputstr[len++] = base64code[res >> 2 & 0x3F]; res &= 0x3; break;          case 0:
81          case 1: outputstr[len++] = base64code[res >> 4 & 0x3F]; res &= 0xF; break;              outbuf[len++] = base64code[res >> 2 & 0x3F];
82          case 2: outputstr[len++] = base64code[res >> 6 & 0x3F];              res &= 0x3;
83                  outputstr[len++] = base64code[res & 0x3F]; res = index = 0; break;              break;
84            case 1:
85                outbuf[len++] = base64code[res >> 4 & 0x3F];
86                res &= 0xF;
87                break;
88            case 2:
89                outbuf[len++] = base64code[res >> 6 & 0x3F];
90                outbuf[len++] = base64code[res & 0x3F];
91                res = index = 0;
92                break;
93          }          }
94          temp = res;          temp = res;
95      }      }
96            
97      switch (index) {      if (index == 2) {      
98      case 0: break;                  outbuf[len++] = base64code[temp << 2 & 0x3F];  
99      case 2: outputstr[len++] = base64code[temp << 2 & 0x3F];              outbuf[len++] = '=';
             outputstr[len++] = '='; break;          
     case 1: outputstr[len++] = base64code[temp << 4 & 0x3F];      
             outputstr[len++] = '=';  
             outputstr[len++] = '=';  
100      }      }
101            else if (index == 1) {
102      outputstr[len] = '\0';          outbuf[len++] = base64code[temp << 4 & 0x3F];
103            outbuf[len++] = '=';
104            outbuf[len++] = '=';
105        }
106    
107        outbuf[len] = '\0';
108  }  }
109    
110    
# Line 155  static int Line 159  static int
159  sock_getline (int fd, char *buf, int buflen, int *nbytes)  sock_getline (int fd, char *buf, int buflen, int *nbytes)
160  {  {
161      char ch;      char ch;
162      int count = 0;            int nread = 0;      
163            
164      if (nbytes)      if (nbytes)
165          *nbytes = 0;          *nbytes = 0;
166      *buf = 0;      *buf = 0;
167      while (recv (fd, &ch, 1, 0) > 0) {      while (recv (fd, &ch, 1, 0) > 0) {
168          *buf++ = ch;          *buf++ = ch;
169          count++;          nread++;
170          /* XXX: remove the '\r' */          if (ch == '\r')
171          if (ch == '\n' || count == (buflen - 1)) {              continue; /* remove this char. */
172            if (ch == '\n' || nread == (buflen - 1)) {
173              *buf = 0;              *buf = 0;
174              if (nbytes)              if (nbytes)
175                  *nbytes = count;                  *nbytes = nread;
176              return 0;              return 0;
177          }          }
178      }      }
# Line 202  sock_select (int fd, int nsecs) Line 207  sock_select (int fd, int nsecs)
207     Return value: 0 on success. */     Return value: 0 on success. */
208  static int  static int
209  sock_read (int fd, char *buf, int buflen, int *nbytes)  sock_read (int fd, char *buf, int buflen, int *nbytes)
210  {        {
211      DWORD nread;      DWORD nread;
212      int nleft = buflen;      int nleft = buflen;
213      int rc, n = 0;      int rc, n = 0;
214        
215        if (nbytes)
216            *nbytes = 0;
217      while (nleft > 0) {      while (nleft > 0) {
218          if (n >= 10)          if (n >= default_socket_timeout)
219              return WPTERR_WINSOCK_TIMEOUT;              return WPTERR_WINSOCK_TIMEOUT;
220          rc = sock_select (fd, 1);          rc = sock_select (fd, 1);
221          if (rc == SOCKET_ERROR)          if (rc == SOCKET_ERROR)
# Line 233  sock_read (int fd, char *buf, int buflen Line 240  sock_read (int fd, char *buf, int buflen
240      return 0;      return 0;
241  }  }
242    
243    
244    /* Helper to create a string from the gpgme data and
245       then release the gpgme data object. */
246    char*
247    data_release_and_get_mem (gpgme_data_t in, int *r_bufferlen)
248    {
249        size_t n;
250        char *buffer, *p;
251    
252        gpg_data_putc (in, '\0');
253        p = gpgme_data_release_and_get_mem (in, &n);
254        buffer = m_strdup (p);
255        if (r_bufferlen)
256            *r_bufferlen = (int)n;
257        gpgme_free (p);
258        return buffer;
259    }
260    
261    
262  /* Read much data as possible from the socket @fd and  /* Read much data as possible from the socket @fd and
263     return the data in @buffer. Caller must free data.     return the data in @buffer. Caller must free data.
264     Return value: 0 on success. */     Return value: 0 on success. */
# Line 240  int Line 266  int
266  sock_read_ext (int fd, char **buffer, int *r_bufferlen)  sock_read_ext (int fd, char **buffer, int *r_bufferlen)
267  {  {
268      gpgme_data_t dh;      gpgme_data_t dh;
269      char buf[1024], *p;      char buf[1024];
270      size_t n=0;      size_t n=0;
271      int nread, rc;      int nread, rc;
272    
273      gpgme_data_new (&dh);      if (gpgme_data_new (&dh))
274            BUG (0);
275      while (n < 10) {      while (n < 10) {
276          rc = sock_select (fd, 1);          rc = sock_select (fd, 1);
277          if (rc == SOCKET_ERROR) {          if (rc == SOCKET_ERROR) {
# Line 262  sock_read_ext (int fd, char **buffer, in Line 289  sock_read_ext (int fd, char **buffer, in
289              gpgme_data_write (dh, buf, nread);              gpgme_data_write (dh, buf, nread);
290          }          }
291      }      }
292      gpg_data_putc (dh, '\0');  
293      p = gpgme_data_release_and_get_mem (dh, &n);      *buffer = data_release_and_get_mem (dh, r_bufferlen);
     *buffer = m_strdup (p);  
     if (r_bufferlen)  
         *r_bufferlen = n;  
     gpgme_free (p);  
294      return 0;      return 0;
295  }  }
296    
# Line 286  sock_write (int fd, const char *buf, int Line 309  sock_write (int fd, const char *buf, int
309              return SOCKET_ERROR;              return SOCKET_ERROR;
310          }          }
311          nleft -= nwritten;          nleft -= nwritten;
312          buf += nwritten;                  buf += nwritten;
313      }      }
314    
315      return 0;      return 0;
316  }  }
317    
318    
 /* Set the default keyserver. */  
 void  
 set_default_kserver (void)  
 {  
     char *p = get_reg_entry_keyserver ("Default");  
     free_if_alloc (default_keyserver);  
     default_keyserver = p && *p != ' ' ? p : m_strdup (DEF_HKP_KEYSERVER);  
     p = get_reg_entry_keyserver ("Default_Port");  
     if (p && *p) {  
         default_keyserver_port = (WORD)strtoul (p, NULL, 10);  
         free_if_alloc (p);  
     }  
     else  
         default_keyserver_port = HKP_PORT;  
 }  
   
   
319  /* Initialize the Winsock2 interface.*/  /* Initialize the Winsock2 interface.*/
320  int  int
321  wsock_init (void)  wsock_init (void)
# Line 320  wsock_init (void) Line 326  wsock_init (void)
326          log_debug ("wsock_init: WSAStartup failed ec=%d\r\n", net_errno);          log_debug ("wsock_init: WSAStartup failed ec=%d\r\n", net_errno);
327          return WPTERR_WINSOCK_INIT;          return WPTERR_WINSOCK_INIT;
328      }      }
     set_default_kserver ();  
329      return 0;      return 0;
330  }  }
331    
# Line 337  wsock_end (void) Line 342  wsock_end (void)
342      free_if_alloc (p);      free_if_alloc (p);
343      free_if_alloc (default_keyserver);      free_if_alloc (default_keyserver);
344      for (i=0; i < MAX_KEYSERVERS; i++) {      for (i=0; i < MAX_KEYSERVERS; i++) {
345          if (server[i].used)          if (server[i].used && server[i].name != NULL)
346              free_if_alloc (server[i].name);              free_if_alloc (server[i].name);
347      }      }
348        kserver_proxy_release (&proxy);
349      WSACleanup ();      WSACleanup ();
350  }  }
351    
# Line 347  wsock_end (void) Line 353  wsock_end (void)
353  /* Return a string representation of a winsock error. */  /* Return a string representation of a winsock error. */
354  const char*  const char*
355  wsock_strerror (void)  wsock_strerror (void)
356  {      {
     static char buf[384];  
357      int ec = WSAGetLastError ();      int ec = WSAGetLastError ();
358            
359        if (!ec)
360            return "";
361      switch (ec) {      switch (ec) {
362      case WSAENETDOWN:      case WSAENETDOWN:
363          return _("The network subsystem has failed");          return _("Network unreachable");
364    
365        case WSAEHOSTUNREACH:
366            return _("Host unreachable");
367    
368      case WSAHOST_NOT_FOUND:      case WSAHOST_NOT_FOUND:
369          return _("Authoritative Answer Host not found");          return _("Could not resolve host name");
370    
371        case WSAECONNREFUSED:
372            return _("Connection refused");
373    
374      case WSAETIMEDOUT:      case WSAETIMEDOUT:
375          return _("The connection has been dropped because of a network failure");      case WSAECONNABORTED:
376            return _("Connection timeout");
377    
378        case WSAENETRESET:
379        case WSAECONNRESET:    
380            return _("Connection resetted by peer");
381    
382        case WSAESHUTDOWN:
383            return _("Socket has been shutdown");
384    
385      default:      default:
386          _snprintf (buf, sizeof (buf) -1, _("Unknown Winsock error ec=%d"),ec);          break;
         return buf;  
387      }      }
388      return NULL;  
389        return "";
390    }
391    
392    
393    /* Set default socket timeout for all reading operations. */
394    void
395    kserver_set_socket_timeout (int nsec)
396    {
397        if (nsec < 0)
398            nsec = 0;
399        default_socket_timeout = nsec;
400  }  }
401    
402    
# Line 411  kserver_check_inet_connection (void) Line 445  kserver_check_inet_connection (void)
445  /* If the request contains the keyid, it have to be  /* If the request contains the keyid, it have to be
446     always postfix with '0x'+keyid. This code checks     always postfix with '0x'+keyid. This code checks
447     if the keyid is a decimal value and if so if it contains     if the keyid is a decimal value and if so if it contains
448    the '0x'. If not it is inserted. */     the '0x'. If not it is inserted. */
449  const char*  const char*
450  kserver_check_keyid (const char *keyid)  kserver_check_keyid (const char *keyid)
451  {        {      
# Line 430  kserver_check_keyid (const char *keyid) Line 464  kserver_check_keyid (const char *keyid)
464    
465  /* Update the keyserver proxy user. */  /* Update the keyserver proxy user. */
466  static void  static void
467  kserver_update_proxyuser (const char *proxy_user, const char *proxy_pass)  update_proxy_user (const char *proxy_user, const char *proxy_pass)
468  {  {
469      char t[257]; /* user:pass = 127+1+127+1 = 257 */      char t[257]; /* user:pass = 127+1+127+1 = 257 */
470      int n = 0;      int n = 0;
# Line 441  kserver_update_proxyuser (const char *pr Line 475  kserver_update_proxyuser (const char *pr
475      if (!proxy.base64_user)      if (!proxy.base64_user)
476          BUG (0);          BUG (0);
477      _snprintf (t, sizeof (t)-1, "%s:%s", proxy_user, proxy_pass);      _snprintf (t, sizeof (t)-1, "%s:%s", proxy_user, proxy_pass);
478      base64_encode (t, proxy.base64_user, 257);      base64_encode (t, proxy.base64_user);
479      free_if_alloc (proxy.user);      free_if_alloc (proxy.user);
480      free_if_alloc (proxy.pass);      free_if_alloc (proxy.pass);
481      proxy.user = m_strdup (proxy_user);      proxy.user = m_strdup (proxy_user);
# Line 479  port_from_proto (int proto) Line 513  port_from_proto (int proto)
513    
514  /* Get the port number from the given URL. */  /* Get the port number from the given URL. */
515  static int  static int
516  proto_from_URL (const char * buf)  proto_from_URL (const char *buf)
517  {  {
518      if (strstr( buf, "ldap"))      if (strstr( buf, "ldap"))
519          return KSPROTO_LDAP;          return KSPROTO_LDAP;
# Line 492  proto_from_URL (const char * buf) Line 526  proto_from_URL (const char * buf)
526  void  void
527  keyserver_set_default (const char *hostname, WORD port)  keyserver_set_default (const char *hostname, WORD port)
528  {  {
529      if (hostname) {      if (hostname != NULL) {
530          free_if_alloc (default_keyserver);          free_if_alloc (default_keyserver);
531          default_keyserver = m_strdup (hostname);          default_keyserver = m_strdup (hostname);
         if (!default_keyserver)  
             BUG (0);  
532          default_keyserver_port = port;          default_keyserver_port = port;
533      }      }
534        if (!port)
535            port = HKP_PORT;
536        if (!default_keyserver)
537            default_keyserver = m_strdup (DEF_HKP_KEYSERVER);
538      server[0].name =  m_strdup (default_keyserver);      server[0].name =  m_strdup (default_keyserver);
539      server[0].used = 1;      server[0].used = 1;
540      server[0].port = port;      server[0].port = port;
# Line 538  kserver_save_conf (const char *conf) Line 574  kserver_save_conf (const char *conf)
574          return -1;          return -1;
575      }      }
576    
577      fprintf (fp, "# do NOT manually modify this file, it will be generated automatically!!\r\n");      fprintf (fp, "# do NOT manually modify this file, it will be "
578                     "generated automatically!!\r\n");
579      for (pos = 0; pos < MAX_KEYSERVERS; pos++) {      for (pos = 0; pos < MAX_KEYSERVERS; pos++) {
580          if (!server[pos].used)          if (!server[pos].used)
581              continue;              continue;
# Line 552  kserver_save_conf (const char *conf) Line 589  kserver_save_conf (const char *conf)
589  /* Load the keyserver config file @conf. */  /* Load the keyserver config file @conf. */
590  int  int
591  kserver_load_conf (const char *conf)  kserver_load_conf (const char *conf)
592  {  {    
     struct stat statbuf;  
593      FILE *fp;      FILE *fp;
594      char buf[1024], * s, * p;      char buf[1024], *s, *p;
595      char *user = NULL, *pass = NULL;          char *user = NULL, *pass = NULL;    
596      int no_config=0, chk_pos=0;      int no_config=0, chk_pos=0;
597      int pos;      int pos;
# Line 574  kserver_load_conf (const char *conf) Line 610  kserver_load_conf (const char *conf)
610          }          }
611          no_config=1;          no_config=1;
612      }      }
613      get_reg_proxy_prefs (&proxy.host, &proxy.port, &user, &pass);      get_reg_proxy_prefs (&proxy);
614      if (user && pass)      if (user && pass)
615          kserver_update_proxyuser (user, pass);            update_proxy_user (user, pass);
616      else if (user && !pass || !user && pass) {      else if (user && !pass || !user && pass) {
617          msg_box (NULL, _("Invalid proxy configuration."          msg_box (NULL, _("Invalid proxy configuration."
618                           "You need to set a user and a password"                           "You need to set a user and a password"
# Line 586  kserver_load_conf (const char *conf) Line 622  kserver_load_conf (const char *conf)
622      /* check if the host has a http:// prefix and skip it */      /* check if the host has a http:// prefix and skip it */
623      if (proxy.host && !strncmp (proxy.host, "http://", 7)) {      if (proxy.host && !strncmp (proxy.host, "http://", 7)) {
624          char *host = m_strdup (proxy.host+7);          char *host = m_strdup (proxy.host+7);
         if (!host)  
             BUG (0);  
625          free_if_alloc (proxy.host);          free_if_alloc (proxy.host);
626          proxy.host = host;          proxy.host = host;
627      }      }
# Line 612  kserver_load_conf (const char *conf) Line 646  kserver_load_conf (const char *conf)
646                               _("Keyserver Error"), MB_ERR);                               _("Keyserver Error"), MB_ERR);
647              continue;              continue;
648          }          }
649          chk_pos=6;          chk_pos = 6;
650          if (strstr (s, "finger"))          if (strstr (s, "finger"))
651              chk_pos = 10;              chk_pos = 10;
652          p = strchr (s+chk_pos, ':');          p = strchr (s+chk_pos, ':');
# Line 641  kserver_load_conf (const char *conf) Line 675  kserver_load_conf (const char *conf)
675      if (fp)      if (fp)
676          fclose (fp);          fclose (fp);
677      if (!pos) {      if (!pos) {
678          /* only issue an error if the config file exist but it has no valid entries. */          /* only issue an error if the config file exist but
679               it has no valid entries. */
680          keyserver_set_default (NULL, HKP_PORT);          keyserver_set_default (NULL, HKP_PORT);
681          if (!no_config)          if (!no_config)
682              return WPTERR_CONFIG_FILE;              return WPTERR_CONFIG_FILE;
683      }      }
684    
     if (!stat (conf, &statbuf))  
         conf_timestamp = statbuf.st_mtime;  
685      return 0;      return 0;
686  }  }
687    
688    
 /* Return the proxy host and port if available. Null otherwise. */  
 const char*  
 kserver_get_proxy (int *r_port)  
 {  
     if (proxy.host) {  
         if (r_port)  
             *r_port = proxy.port;  
         return proxy.host;  
     }  
     return NULL;  
 }  
   
   
 /* Return a requested item from the proxy environment. */  
 const char*  
 kserver_get_proxy_info (int id)  
 {  
     switch (id) {    
     case PROXY_USER: return proxy.user;  
     case PROXY_PASS: return proxy.pass;  
     }  
     return NULL;  
 }  
   
   
689  /* Connect to the keyserver @hostname (port @port).  /* Connect to the keyserver @hostname (port @port).
690     Return value: 0 on success */     Return value: 0 on success */
691  int  int
692  kserver_connect (const char *hostname, WORD port, int *conn_fd)  kserver_connect (const char *hostname, WORD port, int *conn_fd)
693  {  {        
     int rc, fd;  
     DWORD iaddr;  
     char host[128] = {0};  
694      struct hostent *hp;      struct hostent *hp;
695      struct sockaddr_in sock;      struct sockaddr_in sock;
696        char host[128] = {0};
697        DWORD iaddr;
698        int rc, fd;
699    
700      log_debug ("kserver_connect: %s:%d\r\n", hostname, port);      log_debug ("kserver_connect: %s:%d\r\n", hostname, port);
701    
# Line 697  kserver_connect (const char *hostname, W Line 705  kserver_connect (const char *hostname, W
705          *conn_fd = 0;          *conn_fd = 0;
706      hostname = skip_type_prefix (hostname);      hostname = skip_type_prefix (hostname);
707            
708        if (proxy.host && proxy.proto == PROXY_PROTO_HTTP)
709            port = proxy.port;
710      memset (&sock, 0, sizeof (sock));      memset (&sock, 0, sizeof (sock));
711      sock.sin_family = AF_INET;      sock.sin_family = AF_INET;
712      sock.sin_port = proxy.host? htons (proxy.port) : htons (port);      sock.sin_port = htons (port);
713      if (proxy.host)      if (proxy.host)
714          strncpy (host, proxy.host, 127);          strncpy (host, proxy.host, 127);
715      else      else
716          strncpy (host, hostname, 127);          strncpy (host, hostname, 127);
717        
718      if ((iaddr = inet_addr (host)) != INADDR_NONE)      if ((iaddr = inet_addr (host)) != INADDR_NONE)
719          memcpy (&sock.sin_addr, &iaddr, sizeof (iaddr));          memcpy (&sock.sin_addr, &iaddr, sizeof (iaddr));
720      else if ((hp = gethostbyname (host))) {      else if ((hp = gethostbyname (host))) {
# Line 728  kserver_connect (const char *hostname, W Line 738  kserver_connect (const char *hostname, W
738          return WPTERR_WINSOCK_CONNECT;          return WPTERR_WINSOCK_CONNECT;
739      }      }
740    
741        if (proxy.proto == PROXY_PROTO_SOCKS5) {
742            rc = socks_handshake (&proxy, fd, hostname, port);
743            if (rc) {
744                closesocket (fd);
745                return WPTERR_GENERAL; /* XXX: use better code. */
746            }
747        }
748    
749      if (conn_fd)      if (conn_fd)
750          *conn_fd = fd;          *conn_fd = fd;
751      WSASetLastError (0);      WSASetLastError (0);
# Line 749  static char* Line 767  static char*
767  URL_encode (const char *url, size_t ulen, size_t *ret_nlen)  URL_encode (const char *url, size_t ulen, size_t *ret_nlen)
768  {  {
769      gpgme_data_t hd;      gpgme_data_t hd;
770      char numbuf[5], *pp, *p;      char numbuf[5], *p;
771      size_t i, n;      size_t i;
772        int nlen;
773    
774      gpgme_data_new (&hd);      if (gpgme_data_new (&hd))
775            BUG (0);
776      for (i=0; i < ulen; i++) {      for (i=0; i < ulen; i++) {
777          if (isalnum (url[i]) || url[i] == '-')          if (isalnum (url[i]) || url[i] == '-')
778              gpg_data_putc (hd, url[i]);              gpg_data_putc (hd, url[i]);
# Line 763  URL_encode (const char *url, size_t ulen Line 783  URL_encode (const char *url, size_t ulen
783              gpgme_data_write (hd, numbuf, strlen (numbuf));              gpgme_data_write (hd, numbuf, strlen (numbuf));
784          }          }
785      }      }
     gpg_data_putc (hd, '\0');  
786    
787      /* Copy memory to avoid that we need to use gpgme_free later. */      p = data_release_and_get_mem (hd, &nlen);
     pp = gpgme_data_release_and_get_mem (hd, &n);  
     p = m_strdup (pp);  
     gpgme_free (pp);  
788      if (ret_nlen)      if (ret_nlen)
789          *ret_nlen = n;          *ret_nlen = nlen;
790      return p;      return p;
791  }  }
792    
# Line 790  kserver_send_request (const char *hostna Line 806  kserver_send_request (const char *hostna
806      if (!port)      if (!port)
807          port = HKP_PORT;          port = HKP_PORT;
808      reqlen = 512 + strlen (hostname) + 2*strlen (pubkey);      reqlen = 512 + strlen (hostname) + 2*strlen (pubkey);
809        if (proxy.proto == PROXY_PROTO_HTTP && proxy.base64_user)
810            reqlen += strlen (proxy.base64_user) + 1;
811      request = new char[reqlen];      request = new char[reqlen];
812      if (!request)      if (!request)
813          BUG (0);          BUG (0);
# Line 799  kserver_send_request (const char *hostna Line 817  kserver_send_request (const char *hostna
817          return NULL;          return NULL;
818      }      }
819            
820      if (proxy.user) {      if (proxy.user && proxy.proto == PROXY_PROTO_HTTP) {
821          _snprintf (request, reqlen-1,          _snprintf (request, reqlen-1,
822                     "POST http://%s:%d/pks/add HTTP/1.0\r\n"                     "POST http://%s:%d/pks/add HTTP/1.0\r\n"
823                     "Referer: \r\n"                     "Referer: \r\n"
# Line 810  kserver_send_request (const char *hostna Line 828  kserver_send_request (const char *hostna
828                     "Content-length: %d\r\n"                     "Content-length: %d\r\n"
829                     "\r\n"                     "\r\n"
830                     "keytext=%s"                     "keytext=%s"
831                     "\n",                     "\r\n",
832                     skip_type_prefix (hostname), port, hostname, port,                     skip_type_prefix (hostname), port, hostname, port,
833                     proxy.base64_user, enc_octets+9, enc_pubkey);                     proxy.base64_user, enc_octets+9, enc_pubkey);
834      }      }
# Line 824  kserver_send_request (const char *hostna Line 842  kserver_send_request (const char *hostna
842                     "Content-length: %d\r\n"                     "Content-length: %d\r\n"
843                     "\r\n"                     "\r\n"
844                     "keytext=%s"                     "keytext=%s"
845                     "\n",                     "\r\n",
846                     skip_type_prefix (hostname), port,                     skip_type_prefix (hostname), port,
847                     enc_octets+9, enc_pubkey);                     enc_octets+9, enc_pubkey);
848      }      }
# Line 835  kserver_send_request (const char *hostna Line 853  kserver_send_request (const char *hostna
853  }  }
854    
855    
856    /* Interface for receiving a public key. */
857  int  int
858  kserver_recvkey_ext (const char *hostname, WORD port, const char *keyid,  kserver_recvkey (const char *hostname, WORD port, const char *keyid,
859                       char **r_key, int *r_keylen)                   char **r_key, int *r_keylen)
860  {  {
861      char *request = NULL;      char *request = NULL;
862      int conn_fd;      int conn_fd;
863      int rc, n;      int rc;
864    
865      if (!port)      if (!port)
866          port = HKP_PORT;          port = HKP_PORT;
# Line 854  kserver_recvkey_ext (const char *hostnam Line 873  kserver_recvkey_ext (const char *hostnam
873      if (!request)      if (!request)
874          BUG (0);          BUG (0);
875            
876      if (proxy.host && proxy.user) {      if (proxy.host && proxy.user && proxy.proto == PROXY_PROTO_HTTP) {
877          _snprintf (request, 300,          _snprintf (request, 300,
878              "GET http://%s:%d/pks/lookup?op=get&search=%s HTTP/1.0\r\n"              "GET http://%s:%d/pks/lookup?op=get&search=%s HTTP/1.0\r\n"
879              "Proxy-Authorization: Basic %s\r\n\r\n",              "Proxy-Authorization: Basic %s\r\n\r\n",
880              skip_type_prefix (hostname), port, keyid, proxy.base64_user);              skip_type_prefix (hostname), port, keyid, proxy.base64_user);
881      }      }
882      else if (proxy.host) {      else if (proxy.host && proxy.proto == PROXY_PROTO_HTTP) {
883          _snprintf (request, 300,          _snprintf (request, 300,
884              "GET http://%s:%d/pks/lookup?op=get&search=%s HTTP/1.0\r\n\r\n",              "GET http://%s:%d/pks/lookup?op=get&search=%s HTTP/1.0\r\n\r\n",
885              skip_type_prefix (hostname), port, keyid);              skip_type_prefix (hostname), port, keyid);
# Line 878  kserver_recvkey_ext (const char *hostnam Line 897  kserver_recvkey_ext (const char *hostnam
897          goto leave;          goto leave;
898      }      }
899            
900      rc = sock_read_ext (conn_fd, r_key, &n);      rc = sock_read_ext (conn_fd, r_key, r_keylen);
901      if (rc == SOCKET_ERROR) {      if (rc == SOCKET_ERROR) {
902          rc = WPTERR_WINSOCK_RECVKEY;          rc = WPTERR_WINSOCK_RECVKEY;
903          goto leave;          goto leave;
904      }      }
905    
906      if (r_keylen)      log_debug ("%s\r\n", *r_key);
         *r_keylen = n;  
     log_debug("%s\r\n", *r_key);  
907      rc = check_hkp_response (*r_key, 1);      rc = check_hkp_response (*r_key, 1);
908      if (rc)      if (rc)
909          goto leave;          goto leave;
# Line 899  leave: Line 916  leave:
916      return rc;      return rc;
917  }  }
918    
 /* Interface for receiving a public key. */  
 int  
 kserver_recvkey (const char *hostname, WORD port, const char *keyid,  
                  char *key, int maxkeylen)  
 {  
     char *tmpkey;  
     int rc, nread=0;  
   
     /* XXX: just a wrapper around the new method, replace it  
             soon as possible. */  
     rc = kserver_recvkey_ext (hostname, port, keyid, &tmpkey, &nread);  
     if (rc)  
         return rc;  
   
     if (nread > maxkeylen) {  
         free_if_alloc (tmpkey);  
         return WPTERR_GENERAL;  
     }  
     strcpy (key, tmpkey);  
     free_if_alloc (tmpkey);  
     return 0;  
 }  
   
919    
920  /* Interface to send a public key. */  /* Interface to send a public key. */
921  int  int
922  kserver_sendkey (const char *hostname, WORD port, const char *pubkey, int len )  kserver_sendkey (const char *hostname, WORD port, const char *pubkey, int len )
923  {  {
924      char *request = NULL;      char *request = NULL;
925      char log[2048];      char log[2048] = {0};
926      int conn_fd, n;      int conn_fd, n;
927      int rc;      int rc;
928            
# Line 955  kserver_sendkey (const char *hostname, W Line 949  kserver_sendkey (const char *hostname, W
949          goto leave;          goto leave;
950      }      }
951    
952      log_debug ("kserver_sendkey:\r\n%s\r\n", log);      log_debug ("kserver_sendkey: read %d bytes\r\n%s\r\n", n, log);
953      rc = check_hkp_response (log, 0);      rc = check_hkp_response (log, 0);
954      if (rc)      if (rc)
955          goto leave;          goto leave;
# Line 969  leave: Line 963  leave:
963  }  }
964    
965    
966    /* Check keyserver response. */
967    static int
968    kserver_search_chkresp (int fd)
969    {
970        char buf[128];
971        int n=0;
972        
973        /* parse response 'HTTP/1.0 500 OK' */
974        if (sock_getline (fd, buf, 127, &n))
975            return WPTERR_KEYSERVER_NOTFOUND;
976    
977        log_debug ("kserver_search_chkpresp: %s\r\n", buf);
978        if (strncmp (buf, "HTTP/1.", 7))
979            return WPTERR_KEYSERVER_NOTFOUND;
980        if (strncmp (buf+(8+1), "200", 3))
981            return WPTERR_KEYSERVER_NOTFOUND;
982        return 0;
983    }
984    
985    
986    /* End the keyserver search procedure. */
987    void
988    kserver_search_end (int conn_fd)
989    {
990        log_debug ("kserver_search_end: fd=%d\r\n", conn_fd);
991        closesocket (conn_fd);
992    }
993    
994    
995    /* Begin keyserver search procedure. */
996  int  int
997  kserver_search_init (const char *hostname, WORD port,  kserver_search_begin (const char *hostname, WORD port,
998                       const char *keyid, int *conn_fd)                        const char *pattern, int *conn_fd)
999  {  {
1000      char *request = NULL;      char *request = NULL;
1001      char *enc_keyid = NULL;      char *enc_patt = NULL;
1002      int n = 0;      int n;
1003      int rc, sock_fd;      int rc, sock_fd;
1004            
1005      rc = kserver_connect (hostname, port, &sock_fd);      rc = kserver_connect (hostname, port, &sock_fd);
# Line 984  kserver_search_init (const char *hostnam Line 1008  kserver_search_init (const char *hostnam
1008          goto leave;          goto leave;
1009      }      }
1010    
1011      enc_keyid = URL_encode (keyid, strlen (keyid), NULL);      enc_patt = URL_encode (pattern, strlen (pattern), NULL);
1012      n=300;      n = 140 + strlen (enc_patt) + strlen (hostname) + 32 + 2;
1013        if (proxy.base64_user)
1014            n += strlen (proxy.base64_user) + 1;
1015      request = new char[n+1];      request = new char[n+1];
1016      if (!request)      if (!request)
1017          BUG (0);          BUG (0);
1018            
1019      if (proxy.host && proxy.user) {      if (proxy.host && proxy.user && proxy.proto == PROXY_PROTO_HTTP) {
1020          _snprintf (request, n,          _snprintf (request, n,
1021              "GET http://%s:%d/pks/lookup?op=index&search=%s HTTP/1.0\r\n"              "GET http://%s:%d/pks/lookup?op=index&search=%s HTTP/1.0\r\n"
1022              "Proxy-Authorization: Basic %s\r\n\r\n",              "Proxy-Authorization: Basic %s\r\n\r\n",
1023              skip_type_prefix (hostname), port, enc_keyid, proxy.base64_user);              skip_type_prefix (hostname), port, enc_patt, proxy.base64_user);
1024      }          }    
1025      else if (proxy.host) {      else if (proxy.host && proxy.proto == PROXY_PROTO_HTTP) {
1026          _snprintf (request, n,          _snprintf (request, n,
1027              "GET http://%s:%d/pks/lookup?op=index&search=%s HTTP/1.0\r\n\r\n",              "GET http://%s:%d/pks/lookup?op=index&search=%s HTTP/1.0\r\n\r\n",
1028              skip_type_prefix (hostname), port, enc_keyid);              skip_type_prefix (hostname), port, enc_patt);
1029      }      }
1030      else {      else {
1031          _snprintf (request, n,          _snprintf (request, n,
1032                     "GET /pks/lookup?op=index&search=%s HTTP/1.0\r\n\r\n",                     "GET /pks/lookup?op=index&search=%s HTTP/1.0\r\n\r\n",
1033                     enc_keyid);                     enc_patt);
1034      }      }
1035            
1036      log_debug ("kserver_search_init:\r\n%s\r\n", request);      log_debug ("kserver_search_begin:\r\n%s\r\n", request);
1037            
1038      if (sock_write (sock_fd, request, strlen (request)) == SOCKET_ERROR) {      if (sock_write (sock_fd, request, strlen (request)) == SOCKET_ERROR) {
1039          rc = WPTERR_GENERAL;          rc = WPTERR_GENERAL;
1040          goto leave;          goto leave;
1041      }      }
1042            
1043        rc = kserver_search_chkresp (sock_fd);
1044        if (rc) {
1045            closesocket (sock_fd);
1046            sock_fd = 0;
1047        }
1048    
1049      *conn_fd = sock_fd;      *conn_fd = sock_fd;
1050            
1051  leave:  leave:
1052      free_if_alloc (request);      free_if_alloc (request);
1053      free_if_alloc (enc_keyid);      free_if_alloc (enc_patt);
1054      return rc;      return rc;
1055  }  }
1056    
1057    
 /* Check keyserver response. */  
 int  
 kserver_search_chkresp (int fd)  
 {  
     char buf[128];  
     int n=0;  
       
     /* parse response 'HTTP/1.0 500 OK' */  
     if (sock_getline (fd, buf, 127, &n))  
         return WPTERR_KEYSERVER_NOTFOUND;  
   
     log_debug ("kserver_search_chkpresp: %s\r\n", buf);  
     if (strncmp (buf, "HTTP/1.", 7))  
         return WPTERR_KEYSERVER_NOTFOUND;  
     if (strncmp (buf+(8+1), "200", 3))  
         return WPTERR_KEYSERVER_NOTFOUND;  
     return 0;  
 }  
1058    
1059    
1060  /* Convert an iso date @iso_date (YYYY-MM-DD) into the locale  /* Convert an iso date @iso_date (YYYY-MM-DD) into the locale
# Line 1075  parse_iso_date (const char *iso_date, ch Line 1089  parse_iso_date (const char *iso_date, ch
1089    
1090    
1091  int  int
1092  kserver_search (int fd, keyserver_key *key)  kserver_search_next (int fd, keyserver_key *key)
1093  {  {
1094      char buf[1024], *p;      char buf[1024], *p;
1095      int uidlen, nbytes, pos = 0;      int uidlen, nbytes, pos = 0;
1096    
1097      log_debug ("keyserver_search:\r\n");      log_debug ("keyserver_search_next:\r\n");
1098            
1099      if (sock_getline (fd, buf, sizeof (buf) - 1, &nbytes))      if (sock_getline (fd, buf, sizeof (buf) - 1, &nbytes))
1100          return WPTERR_GENERAL;          return WPTERR_GENERAL;
1101    
1102        /* XXX: use maschine readable option. */
1103      log_debug ("%s\r\n", buf);      log_debug ("%s\r\n", buf);
1104            
1105      if (!strncmp (buf, "pub", 3)) {      if (!strncmp (buf, "pub", 3)) {
# Line 1145  fail: Line 1160  fail:
1160  }  }
1161    
1162    
 /* Replace all current proxy items with the items  
    from the context @ctx. */  
 void  
 kserver_change_proxy (keyserver_proxy_ctx *ctx)  
 {      
     proxy.port = ctx->port;  
     free_if_alloc (proxy.host);  
     proxy.host = ctx->host? m_strdup (ctx->host) : NULL;  
     free_if_alloc (proxy.pass);  
     proxy.pass = ctx->pass? m_strdup (ctx->pass) : NULL;  
     free_if_alloc (proxy.user);  
     proxy.user = ctx->user? m_strdup (ctx->user) : NULL;  
     set_reg_proxy_prefs (proxy.host, proxy.port, proxy.user, proxy.pass);  
 }  
   
   
1163  /* Release mbmers in the proxy context @ctx. */  /* Release mbmers in the proxy context @ctx. */
1164  void  void
1165  proxy_release (keyserver_proxy_ctx *ctx)  kserver_proxy_release (keyserver_proxy_t ctx)
1166  {  {
1167      free_if_alloc (ctx->host);      free_if_alloc (ctx->host);
1168      free_if_alloc (ctx->pass);      free_if_alloc (ctx->pass);
1169      free_if_alloc (ctx->user);      free_if_alloc (ctx->user);
1170        ctx->port = ctx->proto = 0;
1171  }  }
1172    
1173    
# Line 1198  spawn_application (char *cmdl) Line 1198  spawn_application (char *cmdl)
1198  }  }
1199    
1200    
1201  /* Receive an key via LDAP from host @host with the keyid @keyid.  static FILE*
1202     @key contains the key on success. */  do_spawn_ldap_helper (const char *host, const char *keyid)
1203  int  {
1204  ldap_recvkey (const char *host, const char *keyid, char *key, int maxkeylen)      FILE *fp = NULL;
1205  {          char *p, *sep;
1206      FILE *inp;      char *ksprg;
1207      DWORD n;      char outf[256], inf[256];
1208      const char *s;      size_t n;
     char *ksprg = NULL, *p = NULL, *sep;  
     char temp[512], outf[512];  
     int start_key = 0, failed = 0;  
     int rc = 0;  
1209    
1210      p = get_gnupg_prog ();      p = get_gnupg_prog ();
1211      n = strlen (p) + 1 + 128;      n = strlen (p) + 1 + 128;
# Line 1225  ldap_recvkey (const char *host, const ch Line 1221  ldap_recvkey (const char *host, const ch
1221      if (file_exist_check (ksprg)) {      if (file_exist_check (ksprg)) {
1222          log_box ("LDAP Keyserver Plugin", MB_ERR,          log_box ("LDAP Keyserver Plugin", MB_ERR,
1223                   "%s: could not find LDAP keyserver module!", ksprg);                   "%s: could not find LDAP keyserver module!", ksprg);
1224          rc = -1;          fp = NULL;
1225          goto leave;          goto leave;
1226      }          }
1227      GetTempPath (sizeof (temp)-1, temp);      get_temp_name (outf, sizeof (outf)-1, keyid);
1228      _snprintf (outf, sizeof (outf)-1, "%s%s.out", temp, keyid);      get_temp_name (inf, sizeof (inf)-1, NULL);
1229      strcat (temp, keyid);      fp = fopen (inf, "w+b");
1230      inp = fopen (temp, "w+b");      if (!fp) {
1231      if (!inp) {          log_box ("LDAP Keyserver Plugin", MB_ERR, "%s: %s", inf,
         log_box ("LDAP Keyserver Plugin", MB_ERR, "%s: %s", temp,  
1232                   winpt_strerror (WPTERR_FILE_OPEN));                   winpt_strerror (WPTERR_FILE_OPEN));
         rc = -1;  
1233          goto leave;          goto leave;
1234      }      }
1235      fprintf (inp,      fprintf (fp,
1236          "VERSION 1\n"          "VERSION 1\n"
1237          "PROGRAM 1.4.3-cvs\n"          "PROGRAM 1.4.3-cvs\n"
1238          "SCHEME ldap\n"          "SCHEME ldap\n"
# Line 1247  ldap_recvkey (const char *host, const ch Line 1241  ldap_recvkey (const char *host, const ch
1241          "\n"          "\n"
1242          "%s\n",          "%s\n",
1243          host? skip_type_prefix (host): "64.94.85.200", keyid);          host? skip_type_prefix (host): "64.94.85.200", keyid);
1244      fclose (inp);      fclose (fp);
1245    
1246      p = new char[strlen (ksprg) + strlen (temp) + strlen (outf) + 32];      p = new char[strlen (ksprg) + strlen (inf) + strlen (outf) + 32];
1247      if (!p)      if (!p)
1248          BUG (NULL);          BUG (NULL);
1249      sprintf (p, "%s -o %s %s", ksprg, outf, temp);      sprintf (p, "%s -o %s %s", ksprg, outf, inf);
1250      if (spawn_application (p)) {      if (spawn_application (p)) {
1251          rc = -1;          fp = NULL;
1252          goto leave;          goto leave;
1253      }      }
1254      DeleteFile (temp);      fp = fopen (outf, "rb");
1255        if (!fp)
     inp = fopen (outf, "rb");  
     if (!inp) {  
1256          log_box ("LDAP Keyserver Plugin", MB_ERR, "%s: %s", outf,          log_box ("LDAP Keyserver Plugin", MB_ERR, "%s: %s", outf,
1257                   winpt_strerror (WPTERR_FILE_OPEN));                   winpt_strerror (WPTERR_FILE_OPEN));
1258          rc = -1;  
1259          goto leave;  leave:
1260      }      DeleteFile (inf);
1261      memset (key, 0, maxkeylen);      DeleteFile (outf);
1262      while (!feof (inp)) {      free_if_alloc (p);
1263          s = fgets (temp, sizeof (temp)-1, inp);      free_if_alloc (ksprg);
1264        return fp;
1265    }
1266    
1267    /* Receive an key via LDAP from host @host with the keyid @keyid.
1268       @key contains the key on success. */
1269    int
1270    ldap_recvkey (const char *host, const char *keyid,
1271                  char **r_key, int *r_keylen)
1272    {  
1273        gpgme_data_t raw;
1274        FILE *fp;
1275        const char *s;
1276        char buf[512];
1277        int start_key = 0, failed = 0;
1278        int rc = 0;
1279    
1280        fp = do_spawn_ldap_helper (host, keyid);
1281        if (!fp)
1282            return WPTERR_GENERAL;
1283    
1284        if (gpgme_data_new (&raw))
1285            BUG (0);
1286        while (!feof (fp)) {
1287            s = fgets (buf, sizeof (buf)-1, fp);
1288          if (!s)          if (!s)
1289              break;              break;
1290          if (strstr (s, "KEY") && strstr (s, "FAILED")) {          if (strstr (s, "KEY") && strstr (s, "FAILED")) {
# Line 1278  ldap_recvkey (const char *host, const ch Line 1294  ldap_recvkey (const char *host, const ch
1294          if (!start_key && strstr (s, "KEY") && strstr (s, "BEGIN")) {          if (!start_key && strstr (s, "KEY") && strstr (s, "BEGIN")) {
1295              start_key = 1;              start_key = 1;
1296              continue;              continue;
1297          }                }
1298          if (!start_key)          if (!start_key)
1299              continue;              continue;
1300          strcat (key, temp);          gpgme_data_write (raw, buf, strlen (buf));
1301          maxkeylen -= strlen (temp);          if (strstr (s, "KEY") && strstr (s, "END"))
         if (maxkeylen < 0 || (strstr (s, "KEY") && strstr (s, "END")))  
1302              break;              break;
1303      }      }
1304      fclose (inp);      fclose (fp);
1305    
1306  leave:      if (failed)
     if (failed || !strlen (key))  
1307          rc = WPTERR_WINSOCK_RECVKEY;          rc = WPTERR_WINSOCK_RECVKEY;
1308      DeleteFile (outf);      *r_key = data_release_and_get_mem (raw, r_keylen);
     free_if_alloc (p);  
     free_if_alloc (ksprg);  
1309      return rc;      return rc;
1310  }  }
1311    
1312    
 static int  
 finger_readline (int fd, char *buf, int nbytes)  
 {  
     char c = 0;  
     int n, pos = 0;  
       
     while (nbytes > 0) {  
         n = recv (fd, &c, 1, 0);  
         if (n <= 0)  
             break;  
         if (c == '\n')  
             break;  
         buf[pos++] = c;  
         nbytes--;  
     }  
     if (nbytes > 0)  
         buf[pos++] = '\0';  
     if (n <= 0)  
         pos = n;  
     return pos;  
 }  
   
   
1313  /* Receive an key via FINGER from host @host with the user @user.  /* Receive an key via FINGER from host @host with the user @user.
1314     On success @key contains the key. */     On success @key contains the key. */
1315  int  int
1316  finger_recvkey (const char *host, const char *user, char *key, int maxkeylen)  finger_recvkey (const char *host, const char *user,
1317                    char **r_key, int *r_keylen)
1318  {  {
1319      struct hostent * hp;      gpgme_data_t raw;
1320      struct sockaddr_in saddr;      char buf[256];
     char buf[128];  
1321      int fd, nread;      int fd, nread;
1322      int start_key = 0;      int start_key = 0;
1323      int rc=0;      int rc=0;
1324    
1325      fd = socket (PF_INET, SOCK_STREAM, 0);      rc = kserver_connect (host, FINGER_PORT, &fd);
1326      if (fd == -1)      if (rc)
1327          return WPTERR_WINSOCK_SOCKET;          return rc;
     hp = gethostbyname (skip_type_prefix (host));  
     if (!hp) {  
         closesocket (fd);  
         return WPTERR_WINSOCK_RESOLVE;  
     }  
1328    
1329      memset (&saddr, 0, sizeof (saddr));      sock_write (fd, user, strlen (user));
1330      saddr.sin_family = AF_INET;      sock_write (fd, "\r\n", 2);
1331      saddr.sin_port = htons (FINGER_PORT);  
1332      saddr.sin_addr = *(struct in_addr *)hp->h_addr;      if (gpgme_data_new (&raw))
1333      if (connect (fd, (struct sockaddr *)&saddr, sizeof (saddr))) {          BUG (0);
1334          closesocket (fd);  
1335          return WPTERR_WINSOCK_CONNECT;      for (;;) {
1336      }          if (sock_getline (fd, buf, sizeof (buf), &nread))
1337      send (fd, user, strlen (user), 0);              break;
     send (fd, "\r\n", 2, 0);  
   
     memset (key, 0, maxkeylen);  
     while (maxkeylen > 0) {  
         nread = finger_readline (fd, buf, sizeof (buf)-1);  
         if (nread <= 0)  
             break;  
1338          strcat (buf, "\n");          strcat (buf, "\n");
1339          if (strstr (buf, "BEGIN PGP PUBLIC KEY BLOCK")) {          if (strstr (buf, "BEGIN PGP PUBLIC KEY BLOCK")) {
1340              strcat (key, buf);              gpgme_data_write (raw, buf, nread);
1341              start_key = 1;              start_key = 1;
             maxkeylen -= nread;  
1342          }          }
1343          else if (strstr (buf, "END PGP PUBLIC KEY BLOCK" ) && start_key) {          else if (strstr (buf, "END PGP PUBLIC KEY BLOCK" ) && start_key) {
1344              strcat (key, buf);              gpgme_data_write (raw, buf, nread);
1345              start_key--;              start_key--;
             maxkeylen -= nread;  
1346              break;              break;
1347          }          }
1348          else if (start_key) {          else if (start_key)
1349              strcat (key, buf);              gpgme_data_write (raw, buf, nread);
             maxkeylen -= nread;  
         }  
1350      }      }
1351    
1352      closesocket (fd);      closesocket (fd);
1353      if (start_key != 0)      if (start_key != 0)
1354          rc = WPTERR_WINSOCK_RECVKEY;          rc = WPTERR_WINSOCK_RECVKEY;
1355        *r_key = data_release_and_get_mem (raw, r_keylen);
1356      return rc;      return rc;
1357  }  }
1358    
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