** by default.
**
** Options:
**   --baseurl URL       Use URL as the base (useful for reverse proxies)
**   --create            Create a new REPOSITORY if it does not already exist
**   --extroot DIR       Document root for the /ext extension mechanism
**   --files GLOBLIST    Comma-separated list of glob patterns for static files
**   --idle-timeout N    Exit if no HTTP requests are received for N seconds. 
**                       "0" means never. 0 is default for the "server" 
**                       command and "60" is the default for the "ui" command.
**   --localauth         enable automatic login for requests from localhost
**   --localhost         listen on 127.0.0.1 only (always true for "ui")
**   --https             Indicates that the input is coming through a reverse
**                       proxy that has already translated HTTPS into HTTP.
**   --max-latency N     Do not let any single HTTP request run for more than N
**                       seconds (only works on unix)
**   --nocompress        Do not compress HTTP replies

  if( ds->s6!=INVALID_SOCKET && listen(ds->s6, SOMAXCONN)==SOCKET_ERROR ){
    return 0;
  }
  return 1;
};

/*
** Accepts connections on DualSocket.  Return 
*/
static int DualSocket_accept(DualSocket* pListen, DualSocket* pClient,
                              DualAddr* pClientAddr){
  fd_set rs;
  int rs_count = 0;
  int rc = 0;
  struct timeval delay;
  assert( pListen!=NULL && pClient!=NULL && pClientAddr!= NULL );
  DualSocket_init(pClient);
  DualAddr_init(pClientAddr);
  FD_ZERO(&rs);
  if( pListen->s4!=INVALID_SOCKET ){
    FD_SET(pListen->s4, &rs);
    ++rs_count;
  }
  if( pListen->s6!=INVALID_SOCKET ){
    FD_SET(pListen->s6, &rs);
    ++rs_count;
  }
  delay.tv_sec = 2;
  delay.tv_usec = 0;
  rc = select(rs_count, &rs, 0, 0, &delay);


  if( FD_ISSET(pListen->s4, &rs) ){
    pClient->s4 = accept(pListen->s4, (struct sockaddr*)&pClientAddr->a4.addr,
                         &pClientAddr->a4.len);
  }
  if( FD_ISSET(pListen->s6, &rs) ){
    pClient->s6 = accept(pListen->s6, (struct sockaddr*)&pClientAddr->a6.addr,
                         &pClientAddr->a6.len);
  }
  return rc;
}

/*
** The HttpServer structure holds information about an instance of
** the HTTP server itself.
*/
typedef struct HttpServer HttpServer;

/*
** Start a listening socket and process incoming HTTP requests on
** that socket.
*/
void win32_http_server(
  int mnPort, int mxPort,   /* Range of allowed TCP port numbers */
  const char *zBrowser,     /* Command to launch browser.  (Or NULL) */
  const char *zStopper,     /* Stop server when this file exists (Or NULL) */
  const char *zBaseUrl,     /* The --baseurl option, or NULL */
  const char *zNotFound,    /* The --notfound option, or NULL */
  const char *zFileGlob,    /* The --fileglob option, or NULL */
  const char *zIpAddr,      /* Bind to this IP address, if not NULL */
  int iIdleTimeout,         /* Idle timeout in seconds.  0 means none */
  int flags                 /* One or more HTTP_SERVER_ flags */
){
  HANDLE hStoppedEvent;
  WSADATA wd;
  DualSocket ds;
  int idCnt = 0;
  int iPort = mnPort;
  Blob options;
  wchar_t zTmpPath[MAX_PATH];
  const char *zSkin;
  time_t stopTime = 0;      /* When to stop due to idle timeout */
#if USE_SEE
  const char *zSavedKey = 0;
  size_t savedKeySize = 0;
#endif

  blob_zero(&options);
  if( PB("HTTPS") ){

  }
  if( g.useLocalauth ){
    blob_appendf(&options, " --localauth");
  }
  if( g.thTrace ){
    blob_appendf(&options, " --th-trace");
  }
  if( iIdleTimeout>0 ){
    blob_appendf(&options, " --keep-alive");
  }
  if( flags & HTTP_SERVER_REPOLIST ){
    blob_appendf(&options, " --repolist");
  }
  zSkin = skin_in_use();
  if( zSkin ){

    pServer->listener = ds;
    file_delete(zStopper);
    _beginthread(win32_server_stopper, 0, (void*)pServer);
  }
  /* Set the service status to running and pass the listener socket to the
  ** service handling procedures. */
  win32_http_service_running(&ds);
  if( iIdleTimeout>0 ) stopTime = time(0) + iIdleTimeout;
  for(;;){
    DualSocket client;
    DualAddr client_addr;
    HttpRequest *pRequest;
    int wsaError;
    int nSock;

    nSock = DualSocket_accept(&ds, &client, &client_addr);
    if( nSock==SOCKET_ERROR
     && client.s4==INVALID_SOCKET
     && client.s6==INVALID_SOCKET
    ){
      /* If the service control handler has closed the listener socket,
      ** cleanup and return, otherwise report a fatal error. */
      wsaError =  WSAGetLastError();
      DualSocket_close(&ds);
      if( (wsaError==WSAEINTR) || (wsaError==WSAENOTSOCK) ){
        WSACleanup();
        return;
      }else{
        WSACleanup();
        fossil_panic("error from accept()");
      }
    }
    if( client.s4!=INVALID_SOCKET ){
      pRequest = fossil_malloc(sizeof(HttpRequest));
      pRequest->id = ++idCnt;
      pRequest->s = client.s4;
      memcpy(&pRequest->addr, &client_addr.a4, sizeof(client_addr.a4));
      pRequest->flags = flags;
      pRequest->zOptions = blob_str(&options);
      if( iIdleTimeout>0 ) stopTime = time(0) + iIdleTimeout;
      if( flags & HTTP_SERVER_SCGI ){
        _beginthread(win32_scgi_request, 0, (void*)pRequest);
      }else{
        _beginthread(win32_http_request, 0, (void*)pRequest);
      }
    }
    if( client.s6!=INVALID_SOCKET ){
      pRequest = fossil_malloc(sizeof(HttpRequest));
      pRequest->id = ++idCnt;
      pRequest->s = client.s6;
      memcpy(&pRequest->addr, &client_addr.a6, sizeof(client_addr.a6));
      pRequest->flags = flags;
      pRequest->zOptions = blob_str(&options);
      if( iIdleTimeout>0 ) stopTime = time(0) + iIdleTimeout;
      if( flags & HTTP_SERVER_SCGI ){
        _beginthread(win32_scgi_request, 0, (void*)pRequest);
      }else{
        _beginthread(win32_http_request, 0, (void*)pRequest);
      }
    }
    if( iIdleTimeout>0 && stopTime<time(0) ) break;
  }
  DualSocket_close(&ds);
  WSACleanup();
  SetEvent(hStoppedEvent);
  CloseHandle(hStoppedEvent);
}