示例#1
0
static const char* s_StrErrorInternal(int error)
{
    static const struct {
        int         errnum;
        const char* errstr;
    } errmap[] = {
#  ifdef NCBI_OS_MSWIN
        {WSAEINTR,              "Interrupted system call"},
        {WSAEBADF,              "Bad file number"},
        {WSAEACCES,             "Access denied"},
        {WSAEFAULT,             "Segmentation fault"},
        {WSAEINVAL,             "Invalid agrument"},
        {WSAEMFILE,             "Too many open files"},
        /*
         * Windows Sockets definitions of regular Berkeley error constants
         */
        {WSAEWOULDBLOCK,        "Resource temporarily unavailable"},
        {WSAEINPROGRESS,        "Operation now in progress"},
        {WSAEALREADY,           "Operation already in progress"},
        {WSAENOTSOCK,           "Not a socket"},
        {WSAEDESTADDRREQ,       "Destination address required"},
        {WSAEMSGSIZE,           "Invalid message size"},
        {WSAEPROTOTYPE,         "Wrong protocol type"},
        {WSAENOPROTOOPT,        "Bad protocol option"},
        {WSAEPROTONOSUPPORT,    "Protocol not supported"},
        {WSAESOCKTNOSUPPORT,    "Socket type not supported"},
        {WSAEOPNOTSUPP,         "Operation not supported"},
        {WSAEPFNOSUPPORT,       "Protocol family not supported"},
        {WSAEAFNOSUPPORT,       "Address family not supported"},
        {WSAEADDRINUSE,         "Address already in use"},
        {WSAEADDRNOTAVAIL,      "Cannot assign requested address"},
        {WSAENETDOWN,           "Network is down"},
        {WSAENETUNREACH,        "Network is unreachable"},
        {WSAENETRESET,          "Connection dropped on network reset"},
        {WSAECONNABORTED,       "Software caused connection abort"},
        {WSAECONNRESET,         "Connection reset by peer"},
        {WSAENOBUFS,            "No buffer space available"},
        {WSAEISCONN,            "Socket is already connected"},
        {WSAENOTCONN,           "Socket is not connected"},
        {WSAESHUTDOWN,          "Cannot send after socket shutdown"},
        {WSAETOOMANYREFS,       "Too many references"},
        {WSAETIMEDOUT,          "Operation timed out"},
        {WSAECONNREFUSED,       "Connection refused"},
        {WSAELOOP,              "Infinite loop"},
        {WSAENAMETOOLONG,       "Name too long"},
        {WSAEHOSTDOWN,          "Host is down"},
        {WSAEHOSTUNREACH,       "Host unreachable"},
        {WSAENOTEMPTY,          "Not empty"},
        {WSAEPROCLIM,           "Too many processes"},
        {WSAEUSERS,             "Too many users"},
        {WSAEDQUOT,             "Quota exceeded"},
        {WSAESTALE,             "Stale descriptor"},
        {WSAEREMOTE,            "Remote error"},
        /*
         * Extended Windows Sockets error constant definitions
         */
        {WSASYSNOTREADY,        "Network subsystem is unavailable"},
        {WSAVERNOTSUPPORTED,    "Winsock.dll version out of range"},
        {WSANOTINITIALISED,     "Not yet initialized"},
        {WSAEDISCON,            "Graceful shutdown in progress"},
#    ifdef WSAENOMORE
        /*NB: replaced with WSA_E_NO_MORE*/
        {WSAENOMORE,            "No more data available"},
#    endif /*WSAENOMORE*/
#    ifdef WSA_E_NO_MORE
        {WSA_E_NO_MORE,         "No more data available"},
#    endif /*WSA_E_NO_MORE*/
#    ifdef WSAECANCELLED
        /*NB: replaced with WSA_E_CANCELLED*/
        {WSAECANCELLED,         "Call has been cancelled"},
#    endif /*WSAECANCELLED*/
#    ifdef WSA_E_CANCELLED
        {WSA_E_CANCELLED,       "Call has been cancelled"},
#    endif /*WSA_E_CANCELLED*/
        {WSAEINVALIDPROCTABLE,  "Invalid procedure table"},
        {WSAEINVALIDPROVIDER,   "Invalid provider version number"},
        {WSAEPROVIDERFAILEDINIT,"Cannot init provider"},
        {WSASYSCALLFAILURE,     "System call failed"},
        {WSASERVICE_NOT_FOUND,  "Service not found"},
        {WSATYPE_NOT_FOUND,     "Class type not found"},
        {WSAEREFUSED,           "Query refused"},
        /*
         * WinSock 2 extension
         */
#    ifdef WSA_IO_PENDING
        {WSA_IO_PENDING,        "Operation has been queued"},
#    endif /*WSA_IO_PENDING*/
#    ifdef WSA_IO_INCOMPLETE
        {WSA_IO_INCOMPLETE,     "Operation still in progress"},
#    endif /*WSA_IO_INCOMPLETE*/
#    ifdef WSA_INVALID_HANDLE
        {WSA_INVALID_HANDLE,    "Invalid handle"},
#    endif /*WSA_INVALID_HANDLE*/
#    ifdef WSA_INVALID_PARAMETER
        {WSA_INVALID_PARAMETER, "Invalid parameter"},
#    endif /*WSA_INVALID_PARAMETER*/
#    ifdef WSA_NOT_ENOUGH_MEMORY
        {WSA_NOT_ENOUGH_MEMORY, "Out of memory"},
#    endif /*WSA_NOT_ENOUGH_MEMORY*/
#    ifdef WSA_OPERATION_ABORTED
        {WSA_OPERATION_ABORTED, "Operation aborted"},
#    endif /*WSA_OPERATION_ABORTED*/
#  endif /*NCBI_OS_MSWIN*/
#  ifdef NCBI_OS_MSWIN
#    define EAI_BASE  0
#  else
#    define EAI_BASE  100000
#  endif /*NCBI_OS_MSWIN*/
#  ifdef EAI_ADDRFAMILY
        {EAI_ADDRFAMILY + EAI_BASE,
                                "Address family not supported"},
#  endif /*EAI_ADDRFAMILY*/
#  ifdef EAI_AGAIN
        {EAI_AGAIN + EAI_BASE,
                                "Temporary failure in name resolution"},
#  endif /*EAI_AGAIN*/
#  ifdef EAI_BADFLAGS
        {EAI_BADFLAGS + EAI_BASE,
                                "Invalid value for lookup flags"},
#  endif /*EAI_BADFLAGS*/
#  ifdef EAI_FAIL
        {EAI_FAIL + EAI_BASE,
                                "Non-recoverable failure in name resolution"},
#  endif /*EAI_FAIL*/
#  ifdef EAI_FAMILY
        {EAI_FAMILY + EAI_BASE,
                                "Address family not supported"},
#  endif /*EAI_FAMILY*/
#  ifdef EAI_MEMORY
        {EAI_MEMORY + EAI_BASE,
                                "Memory allocation failure"},
#  endif /*EAI_MEMORY*/
#  ifdef EAI_NODATA
        {EAI_NODATA + EAI_BASE,
                                "No address associated with nodename"},
#  endif /*EAI_NODATA*/
#  ifdef EAI_NONAME
        {EAI_NONAME + EAI_BASE,
                                "Host/service name not known"},
#  endif /*EAI_NONAME*/
#  ifdef EAI_OVERFLOW
        {EAI_OVERFLOW + EAI_BASE,
                                "Buffer overflow"},
#  endif /*EAI_OVERFLOW*/
#  ifdef EAI_SERVICE
        {EAI_SERVICE + EAI_BASE,
                                "Service name not supported for socket type"},
#  endif /*EAI_SERVICE*/
#  ifdef EAI_SOCKTYPE
        {EAI_SOCKTYPE + EAI_BASE,
                                "Socket type not supported"},
#  endif /*EAI_SOCKTYPE*/
        /* GNU extensions */
#  ifdef EAI_ALLDONE
        {EAI_ALLDONE + EAI_BASE,
                                "All requests done"},
#  endif /*EAI_ALLDONE*/
#  ifdef EAI_CANCELED
        {EAI_CANCELED + EAI_BASE,
                                "Request canceled"},
#  endif /*EAI_BADFLAGS*/
#  ifdef EAI_INPROGRESS
        {EAI_INPROGRESS + EAI_BASE,
                                "Processing request in progress"},
#  endif /*EAI_INPROGRESS*/
#  ifdef EAI_INTR
        {EAI_INTR + EAI_BASE,
                                "Interrupted by a signal"},
#  endif /*EAI_INTR*/
#  ifdef EAI_NOTCANCELED
        {EAI_NOTCANCELED + EAI_BASE,
                                "Request not canceled"},
#  endif /*EAI_NOTCANCELED*/
#  ifdef NCBI_OS_MSWIN
#    define DNS_BASE  0
#  else
#    define DNS_BASE  200000
#  endif /*NCBI_OS_MSWIN*/
#  ifdef HOST_NOT_FOUND
        {HOST_NOT_FOUND + DNS_BASE,
                                "Host not found"},
#  endif /*HOST_NOT_FOUND*/
#  ifdef TRY_AGAIN
        {TRY_AGAIN + DNS_BASE,
                                "DNS server failure"},
#  endif /*TRY_AGAIN*/
#  ifdef NO_RECOVERY
        {NO_RECOVERY + DNS_BASE,
                                "Unrecoverable DNS error"},
#  endif /*NO_RECOVERY*/
#  ifdef NO_ADDRESS
        {NO_ADDRESS + DNS_BASE,
                                "No address record found in DNS"},
#  endif /*NO_ADDRESS*/
#  ifdef NO_DATA
        {NO_DATA + DNS_BASE,
                                "No DNS data of requested type"},
#  endif /*NO_DATA*/

        /* Last dummy entry - must present */
        {0, 0}
    };
#if defined(NCBI_OS_LINUX)  ||  defined(NCBI_OS_CYGWIN)
    /* To work correctly, descending order of offsets is required here */
    static const struct {
        int           erroff;
        const char* (*errfun)(int errnum);
    } errsup[] = {
#  ifdef __GLIBC__
        {DNS_BASE,              hstrerror},
#  endif /*__GLIBC__*/
#  if defined(HAVE_GETADDRINFO)  ||  defined(HAVE_GETNAMEINFO)
        {EAI_BASE,              gai_strerror},
#  endif /*HAVE_GETADDRINFO || HAVE_GETNAMEINFO*/
        /* Last dummy entry - must present */
        {0, 0}
    };
#endif /*NCBI_OS_LINUX || NCBI_OS_CYGWIN*/
    size_t i;

    if (!error)
        return 0;

#if defined(NCBI_OS_LINUX)  ||  defined(NCBI_OS_CYGWIN)
    for (i = 0;  i < sizeof(errsup) / sizeof(errsup[0]) - 1/*dummy*/;  ++i) {
        if (errsup[i].erroff < error) {
            const char* errstr = errsup[i].errfun(error - errsup[i].erroff);
            if (errstr  &&  *errstr)
                return ERR_STRDUP(errstr);
        }
    }
#endif /*NCBI_OS_LINUX || NCBI_OS_CYGWIN*/

    for (i = 0;  i < sizeof(errmap) / sizeof(errmap[0]) - 1/*dummy*/;  ++i) {
        if (errmap[i].errnum == error)
            return ERR_STRDUP(errmap[i].errstr);
    }

#  if defined(NCBI_OS_MSWIN)  &&  defined(_UNICODE)
    return UTIL_TcharToUtf8(_wcserror(error));
#  else
    return ERR_STRDUP(strerror(error));
#  endif /*NCBI_OS_MSWIN && _UNICODE*/
}
示例#2
0
文件: config.c 项目: virqin/brew_code
/* lcgi:cfg */
int LCGIResp_Config(LCGIResp *me, UrlParts *pup)
{
   int nErr = EFAILED;
   const char *cpszUrl = (char*)MEMCHR(pup->cpcPath, '.', UP_PATHLEN(pup)) + 1;
   
   AEEResBlob *pBlob = 0;
   int nBlobLen = 0;

   if (!LCGIResp_FindOrMakeInvoke(me,pup,&cpszUrl)) {
      return SUCCESS;
   }

   // lcgi:cfg.menu
   if (STRBEGINS("menu", cpszUrl)) {
      nErr = Config_Menu(me, &pBlob, &nBlobLen);
   } else if (LCGIResp_SafeReferer(me)) {
      if (STRBEGINS("proxies.reset.sub", cpszUrl)) {
         nErr = Config_ProxyResetDone(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("proxies.reset", cpszUrl)) {
         nErr = Config_ProxyReset(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("proxies.ok", cpszUrl)) {
         char *pszURLData = 0;
         nErr = ERR_STRDUP((char*)pup->cpcSrch + 1, &pszURLData);
         if (SUCCESS == nErr) {
            nErr = Config_ProxySubmit(me,pszURLData,&pBlob,&nBlobLen);
         }
         FREEIF(pszURLData);
      }
      else if (STRBEGINS("proxies", cpszUrl)) {
         nErr = Config_Proxies(me, &pBlob, &nBlobLen);
      } 
      else if (STRBEGINS("cookies.sub", cpszUrl)) {
         char *pszURLData = 0;
         nErr = ERR_STRDUP((char*)pup->cpcSrch + 1, &pszURLData);
         if (SUCCESS == nErr) {
            nErr = Config_CookiesSubmit(me, pszURLData, &pBlob, &nBlobLen);
         }
         FREEIF(pszURLData);
      }
      else if (STRBEGINS("cookies.del.sub", cpszUrl)) {
         nErr = Config_CookiesDeleteDone(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("cookies.del", cpszUrl)) {
         nErr = Config_CookiesDelete(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("cookies.info", cpszUrl)) {
         nErr = Config_CookiesInfo(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("cookies", cpszUrl)) {
         nErr = Config_Cookies(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("mailto.reset.sub", cpszUrl)) {
         nErr = Config_MailResetDone(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("mailto.reset", cpszUrl)) {
         nErr = Config_MailReset(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("mailto.sub", cpszUrl)) {
         char *pszURLData = 0;
         nErr = ERR_STRDUP((char*)pup->cpcSrch + 1, &pszURLData);
         if (SUCCESS == nErr) {
            nErr = Config_MailSubmit(me, pszURLData, &pBlob, &nBlobLen);
         }
         FREEIF(pszURLData);
      }
      else if (STRBEGINS("mailto", cpszUrl)) {
         nErr = Config_Mail(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("homepage.reset.sub", cpszUrl)) {
         nErr = Config_HomePageResetDone(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("homepage.reset", cpszUrl)) {
         nErr = Config_HomePageReset(me, &pBlob, &nBlobLen);
      }
      else if (STRBEGINS("homepage.sub", cpszUrl)) {
         char *pszURLData = 0;
         nErr = ERR_STRDUP((char*)pup->cpcSrch + 1, &pszURLData);
         if (SUCCESS == nErr) {
            nErr = Config_HomePageSubmit(me, pszURLData, &pBlob, &nBlobLen);
         }
         FREEIF(pszURLData);
      }
      else if (STRBEGINS("homepage", cpszUrl)) {
         nErr = Config_HomePage(me, &pBlob, &nBlobLen);
      } 
   }

   if ((AEEResBlob *)0 != pBlob) {

      if (0 < AEEResBlob_StrRepl(&pBlob, &nBlobLen,
                                 "invoke%s\0", me->szInvoke)) {
         nErr = ENOMEMORY;
      }
   
      if (SUCCESS == nErr) {
         nErr = ISOURCEUTIL_SourceFromMemory(me->plcgie->piSourceUtil, 
                                             RESBLOB_DATA(pBlob),
                                             STRLEN(RESBLOB_DATA(pBlob)),
                                             GET_HELPER()->free, pBlob,
                                             &me->wri.pisMessage);
      }

      if (SUCCESS == nErr) {
         me->wri.lContentLength = STRLEN(RESBLOB_DATA(pBlob));
         me->wri.nCode = WEBCODE_OK;
      } else {
         FREE(pBlob);
      }
   }

   return nErr;
}