wfcopy.c

/********************************************************************

   wfcopy.c

   Windows File System File Copying Routines

   Copyright (c) Microsoft Corporation. All rights reserved.
   Licensed under the MIT License.

********************************************************************/

#include "winfile.h"
#include "lfn.h"
#include "wfcopy.h"


BOOL *pbConfirmAll;
BOOL *pbConfirmReadOnlyAll;

INT ManySource;

VOID wfYield(VOID);

INT   CopyMoveRetry(LPTSTR, INT, PBOOL);
DWORD CopyError(LPTSTR, LPTSTR, DWORD, DWORD, INT, BOOL, BOOL);
BOOL IsRootDirectory(LPTSTR pPath);

DWORD ConfirmDialog(
   HWND hDlg, DWORD dlg,
   LPTSTR pFileDest, PLFNDTA pDTADest,
   LPTSTR pFileSource, PLFNDTA pDTASource,
   BOOL bConfirmByDefault, BOOL *pbAll,
   BOOL bConfirmReadOnlyByDefault, BOOL *pbReadOnlyAll);

DWORD IsInvalidPath(LPTSTR pPath);
DWORD GetNextPair(PCOPYROOT pcr, LPTSTR pFrom, LPTSTR pToPath, LPTSTR pToSpec, DWORD dwFunc, PDWORD pdwError, BOOL bIsLFNDriveDest);
INT  CheckMultiple(LPTSTR pInput);
VOID DialogEnterFileStuff(HWND hwnd);
DWORD SafeFileRemove(LPTSTR szFileOEM);
BOOL IsWindowsFile(LPTSTR szFileOEM);

INT_PTR CALLBACK ReplaceDlgProc(HWND hDlg, UINT wMsg, WPARAM wParam, LPARAM lParam);


BOOL
IsValidChar(TUCHAR ch, BOOL fPath, BOOL bLFN)
{
   switch (ch) {
   case CHAR_SEMICOLON:   // terminator
   case CHAR_COMMA:       // terminator
      return bLFN;

   case CHAR_PIPE:       // pipe
   case CHAR_GREATER:    // redir
   case CHAR_LESS:       // redir
   case CHAR_DQUOTE:     // quote
      return FALSE;

   case CHAR_QUESTION:    // wc           we only do wilds here because they're
   case CHAR_STAR:        // wc           legal for qualifypath
   case CHAR_BACKSLASH:   // path separator
   case CHAR_COLON:       // drive colon
   case CHAR_SLASH:       // path sep
   case CHAR_SPACE:       // space: valid on NT FAT, but winball can't use.
      return fPath;
   }

   //
   // cannot be a control character or space
   //
   return ch > CHAR_SPACE;
}



//--------------------------------------------------------------------------
//
// StripColon() -
//
// removes trailing colon if not a drive letter.
// this is to support DOS character devices (CON:, COM1: LPT1:).  DOS
// can't deal with these things having a colon on the end (so we strip it).
//
//--------------------------------------------------------------------------

LPTSTR
StripColon(LPTSTR pPath)
{
   INT cb = lstrlen(pPath);

   if (cb > 2 && pPath[cb-1] == CHAR_COLON)
      pPath[cb-1] = CHAR_NULL;

   return pPath;
}

/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  FindFileName() -                                                        */
/*                                                                          */
/*--------------------------------------------------------------------------*/

/* Returns a pointer to the last component of a path string. */

LPTSTR
FindFileName(LPTSTR pPath)
{
   LPTSTR pT;

   for (pT=pPath; *pPath; pPath++) {
      if ((pPath[0] == CHAR_BACKSLASH || pPath[0] == CHAR_COLON) && pPath[1])
         pT = pPath+1;
   }

   return(pT);
}


/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  AppendToPath() -                                                        */
/*                                                                          */
/*--------------------------------------------------------------------------*/

/* Appends a filename to a path.  Checks the \ problem first
 *  (which is why one can't just use lstrcat())
 * Also don't append a \ to : so we can have drive-relative paths...
 * this last bit is no longer appropriate since we qualify first!
 *
 * is this relative junk needed anymore?  if not this can be
 * replaced with AddBackslash(); lstrcat()
 */

VOID
AppendToPath(LPTSTR pPath, LPCTSTR pMore)
{

  /* Don't append a \ to empty paths. */
  if (*pPath)
    {
      while (*pPath)
          pPath++;

      if (pPath[-1]!=CHAR_BACKSLASH)
          *pPath++=CHAR_BACKSLASH;
    }

  /* Skip any initial terminators on input. */
  while (*pMore == CHAR_BACKSLASH)
      pMore++;

  lstrcpy(pPath, pMore);
}


/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  RemoveLast() -                                                          */
/*                                                                          */
/*--------------------------------------------------------------------------*/

// Deletes the last component of a filename in a string.
//

// Warning: assumes BACKSLASH or : exists in string

UINT
RemoveLast(LPTSTR pFile)
{
  LPTSTR pT;
  UINT uChars = 0;

  for (pT=pFile; *pFile; pFile++) {

     if (*pFile == CHAR_BACKSLASH) {

        pT = pFile;
        uChars = 0;

     } else if (*pFile == CHAR_COLON) {

        if (pFile[1] ==CHAR_BACKSLASH) {

           pFile++;

        }

        pT = pFile + 1;

        uChars = 0;
        continue;
     }
     uChars++;
  }

  *pT = CHAR_NULL;
  return uChars;
}




/////////////////////////////////////////////////////////////////////
//
// Name:     QualifyPath
//
// Synopsis: Qualify a DOS/LFN file name based on current window
//
// INOUT     lpszPath   --  Filename to qualify: turns into path
// INC       bClearDots --  When set, clears trailing dots/spaces
//
// Return:   BOOL   T/F  Valid/Invalid path
//
//
// Assumes:
//
// Effects:
//
//
// Notes:    Drive based on current active window
//
//
// BUGBUG !!!
//
// Almost all of this code can be replaced with one call to
// the Win32 GetFullPathName() api!
//
/////////////////////////////////////////////////////////////////////

BOOL
QualifyPath(LPTSTR lpszPath)
{
    INT cb, nSpaceLeft, i, j;
    TCHAR szTemp[MAXPATHLEN];
    DRIVE drive = 0;
    LPTSTR pOrig, pT;
    BOOL flfn = FALSE;
    BOOL fQuote = FALSE;

    TCHAR szDrive[] = SZ_ACOLONSLASH;

    LPTSTR lpszDot;
    UINT uLen;

JAPANBEGIN
    //
    // Adapted from [#1743 28-Aug-93 v-katsuy]
    //
    // We must do a conversion to DBCS for FAT and HPFS since they
    // store characters as DBCS.  Since a character may be 2 bytes,
    // an 8.3 name that the user types in may actually take more space.
    //
    // Therefore, we must do nSpaceLeft calculations based on DBCS
    // sizing.  We can still do copying using UNICODE since the conversion
    // will be done later also.
    //
    // !! BUGBUG !!
    // 1. We really don't know when we're using HPFS, so this case isn't
    // handled.
    //
    // 2. We don't correctly handle the case "\joker\..\doc.foo" where
    // "joker" takes > lstrlen("joker").  This is because RemoveLast
    // calculates size using lstrlen, and doesn't consider DBCS.
    //
    // Allocate enough space for 8.3 conversion to DBCS here (each
    // part done individually, so 8 chars is enough).
    //
    LPSTR pOrigA = NULL;
    CHAR szOrigA[8*2];
JAPANEND

    //
    // Save it away.
    //
    StrNCpy(szTemp, lpszPath, COUNTOF(szTemp));
    CheckSlashes(szTemp);
    StripColon(szTemp);

    nSpaceLeft = MAXPATHLEN - 1;

    //
    // Strip off Surrounding Quotes
    //
    for( pT = pOrig = szTemp; *pOrig; pOrig++ ) {
       if (*pOrig != CHAR_DQUOTE) {
          *pT++ = *pOrig;
       } else {
          fQuote = TRUE;
       }
    }


    pOrig = szTemp;

    if (ISUNCPATH(pOrig)) {

       //
       // Stop at"\\foo\bar"
       //
       for (i=0, j=2, pOrig+=2; *pOrig && i<2; pOrig++, j++) {

          if (CHAR_BACKSLASH == *pOrig)
             i++;
       }

       //
       // "\\foo" is an invalid path, but "\\foo\bar" is ok
       //

       if (!i)
          return FALSE;


       flfn = IsLFNDrive(lpszPath);

       //
       // If i == 2, then we found the trailing \, axe it off
       //
       if (2 == i) {
          j--;
          lpszPath[j] = CHAR_NULL;
       }

       nSpaceLeft -= j;

       goto GetComps;
    }

    if (pOrig[0] && CHAR_COLON == pOrig[1]) {

       //
       // Check for valid pOrig[1]!
       // Else seg fault off of search window
       //

       if ( !(pOrig[0] >= CHAR_A && pOrig[0] <= CHAR_Z) &&
          !(pOrig[0] >= CHAR_a && pOrig[0] <= TEXT('z')) ) {

          //
          // Invalid drive string; return FALSE!
          //

          return FALSE;
       }

       drive = DRIVEID(pOrig);

       //
       // Skip over the drive letter.
       //
       pOrig += 2;

    } else {

        drive = GetSelectedDrive();
    }

    DRIVESET(szDrive,drive);

    flfn = IsLFNDrive(szDrive);

    //
    // on FAT _AND_ lfn devices, replace any illegal chars with underscores
    //

    for (pT = pOrig; *pT; pT++) {
       if (!IsValidChar(*pT,TRUE, flfn))
          *pT = CHAR_UNDERSCORE;
    }


    if (fQuote) {
        lpszPath[0] = CHAR_DQUOTE;
        lpszPath++;
    }

    if (CHAR_BACKSLASH == pOrig[0]) {
      lpszPath[0] = (TCHAR)drive + (TCHAR)'A';
      lpszPath[1] = CHAR_COLON;
      lpszPath[2] = CHAR_BACKSLASH;
      lpszPath[3] = CHAR_NULL;
      nSpaceLeft -= 3;
      pOrig++;

    } else {

       //
       // Get current dir of drive in path.  Also returns drive.
       //
       GetSelectedDirectory(drive+1, lpszPath);
       nSpaceLeft -= lstrlen(lpszPath);
    }

GetComps:

    while (*pOrig && nSpaceLeft > 0) {
       //
       // If the component is parent dir, go up one dir.
       // If its the current dir, skip it, else add it normally
       //
       if (CHAR_DOT == pOrig[0]) {

          if (CHAR_DOT == pOrig[1]) {

             if (CHAR_BACKSLASH == pOrig[2] || !pOrig[2]) {
                nSpaceLeft += RemoveLast(lpszPath);
             } else {
                goto AddComponent;
             }

          } else if (pOrig[1] && CHAR_BACKSLASH != pOrig[1])
             goto AddComponent;

          while (*pOrig && CHAR_BACKSLASH != *pOrig)
             pOrig++;

          if (*pOrig)
             pOrig++;

       } else {

          LPTSTR pT, pTT = NULL;

AddComponent:
          uLen = AddBackslash(lpszPath);
          nSpaceLeft = MAXPATHLEN - 1 - uLen;

          pT = lpszPath + uLen;

          if (flfn) {

             lpszDot = NULL;

             //
             // copy the component
             //
             while (*pOrig && CHAR_BACKSLASH != *pOrig && nSpaceLeft > 0) {

                //
                // Keep track of last dot here.
                //

                if (
#ifdef KEEPTRAILSPACE
#else
                   CHAR_SPACE == *pOrig ||
#endif
                   CHAR_DOT == *pOrig) {

                   //
                   // Let this be a dot only if there isn't one
                   // already, and the previous character wasn't
                   // a "*"
                   //
                   if (!lpszDot && CHAR_STAR != pT[-1])
                      lpszDot = pT;
                } else {

                   lpszDot = NULL;
                }

                *pT++ = *pOrig++;
                nSpaceLeft--;
             }

             //
             // If the last character was a {dot|space}+, then axe them
             // off and restore nSpaceLeft.
             //
             if (lpszDot) {

                nSpaceLeft += (INT)(pT-lpszDot);
                pT = lpszDot;
             }

          } else {

             if (bJAPAN) {
                if (!WideCharToMultiByte(CP_ACP,
                                         0,
                                         pOrig,
                                         8,
                                         szOrigA,
                                         sizeof(szOrigA),
                                         NULL,
                                         NULL)) {
                   return FALSE;
                }
                pOrigA = szOrigA;
             }

             //
             // copy the filename (up to 8 chars)
             //
             for (cb = 0;
                *pOrig && CHAR_BACKSLASH != *pOrig &&
                CHAR_DOT != *pOrig && nSpaceLeft > 0;
                pOrig++) {

                if (bJAPAN && IsDBCSLeadByte(*pOrigA)) {

                   if (cb < 7) {

                      cb+=2;
                      *pT++ = *pOrig;
                      nSpaceLeft-=2;
                   }
                   pOrigA+=2;

                } else {

                   if (cb < 8) {
                      cb++;
                      *pT++ = *pOrig;
                      nSpaceLeft--;
                   }
                   pOrigA++;
                }
             }

             //
             // if there's an extension, copy it, up to 3 chars
             //
             if (CHAR_DOT == *pOrig && nSpaceLeft > 0) {

                *pT++ = CHAR_DOT;
                nSpaceLeft--;
                pOrig++;

                if (bJAPAN) {
                   if (!WideCharToMultiByte(CP_ACP,
                                            0,
                                            pOrig,
                                            3,
                                            szOrigA,
                                            sizeof(szOrigA),
                                            NULL,
                                            NULL)) {
                      return FALSE;
                   }
                   pOrigA = szOrigA;
                }

                for (cb = 0;
                   *pOrig && CHAR_BACKSLASH != *pOrig && nSpaceLeft > 0;
                   pOrig++) {

                   if (CHAR_DOT == *pOrig)
                      cb = 3;

                   if (bJAPAN && IsDBCSLeadByte(*pOrigA)) {

                      if (cb < 2) {

                         cb+=2;
                         *pT++ = *pOrig;
                         nSpaceLeft-=2;
                      }
                      pOrigA+=2;

                   } else {

                      if (cb < 3) {
                         cb++;
                         *pT++ = *pOrig;
                         nSpaceLeft--;
                      }
                      pOrigA++;
                   }
                }

                //
                // Get rid of extra dots
                //
                if (CHAR_DOT == pT[-1] && CHAR_STAR != pT[-2]) {

                   nSpaceLeft++;
                   pT--;
                }
             }
          }

          //
          // skip the backslash
          //
          if (*pOrig)
             pOrig++;

          //
          // null terminate for next pass...
          //
          *pT = CHAR_NULL;

       }
    }

    StripBackslash(lpszPath);

    if (fQuote) {
        lpszPath--;
        pOrig = lpszPath + lstrlen(lpszPath);
        *(pOrig++) = CHAR_DQUOTE;
        *pOrig = CHAR_NULL;
    }

    return TRUE;
}



/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  IsRootDirectory() -                                                     */
/*                                                                          */
/*--------------------------------------------------------------------------*/

BOOL
IsRootDirectory(LPTSTR pPath)
{
  if (!lstrcmpi(pPath+1, TEXT(":\\")))
      return(TRUE);
  if (!lstrcmpi(pPath, SZ_BACKSLASH))
      return(TRUE);
  if (!lstrcmpi(pPath+1, SZ_COLON))
      return(TRUE);

   // checking unc!

  if (*pPath == CHAR_BACKSLASH && *(pPath+1) == CHAR_BACKSLASH) {   /* some sort of UNC name */
    LPTSTR p;
    int cBackslashes=0;

    for (p=pPath+2; *p; ) {
      if (*p == CHAR_BACKSLASH && (++cBackslashes > 1))
   return FALSE;  /* not a bare UNC name, therefore not a root dir */

   p++;

    }
    return TRUE;  /* end of string with only 1 more backslash */
                  /* must be a bare UNC, which looks like a root dir */
  }

  return(FALSE);
}

// returns:
//  TRUE    if pPath is a directory, including the root and
//      relative paths "." and ".."
//  FALSE   not a dir

BOOL
IsDirectory(LPTSTR pPath)
{
  LPTSTR pT;
  TCHAR szTemp[MAXPATHLEN];

  if (IsRootDirectory(pPath))
      return TRUE;

  // check for "." and ".."
  pT = FindFileName(pPath);

  if (ISDOTDIR(pT)) {
     return TRUE;
  }

  lstrcpy(szTemp, pPath);

  //
  // QualifyPath
  //
  QualifyPath(szTemp);

  return WFIsDir(szTemp);
}


//
// note: this has the side effect of setting the
// current drive to the new disk if it is successful
//
// Return values:
//  0 = fail (general)
//  1 = succeed

BOOL 
IsTheDiskReallyThere(
   HWND hwnd,
   LPTSTR pPath,
   DWORD dwFunc,
   BOOL bModal)
{
   DRIVE drive;
   TCHAR szTemp[MAXMESSAGELEN];
   TCHAR szMessage[MAXMESSAGELEN];
   TCHAR szTitle[128];
   INT err = 0;
   DWORD dwError;

   BOOL bTriedRoot = FALSE;
   TCHAR szDrive[] = SZ_ACOLONSLASH;
   HCURSOR hCursor;

   STKCHK();

   if (pPath[1]==CHAR_COLON)
      drive = DRIVEID(pPath);
   else
      return 1;

   // First chance error if drive is busy (format/diskcopy)

   if (aDriveInfo[drive].iBusy) {

      LoadString(hAppInstance, aDriveInfo[drive].iBusy, szTemp, COUNTOF(szTemp));
      LoadString(hAppInstance, IDS_COPYERROR + FUNC_SETDRIVE, szTitle,
         COUNTOF(szTitle));

      wsprintf(szMessage, szTemp, drive + CHAR_A);
      MessageBox(hwnd, szMessage, szTitle, MB_ICONHAND);

      return 0;
   }

Retry:

   // Put up the hourglass cursor since this
   // could take a long time

   hCursor = LoadCursor(NULL, IDC_WAIT);

   if (hCursor)
      hCursor = SetCursor(hCursor);
   ShowCursor(TRUE);

   err = !GetDriveDirectory(drive + 1, szTemp);
   
   if (hCursor)
      SetCursor(hCursor);
   ShowCursor(FALSE);

   if (err) {
      goto DiskNotThere;
   }

   return 1;

DiskNotThere:
   dwError = GetLastError();

   switch (dwError) {

   case ERROR_PATH_NOT_FOUND:
   case ERROR_FILE_NOT_FOUND:

      if (bTriedRoot)
         break;

      //
      // The directory may have been removed.
      // Go to the root directory and try once.
      //
      bTriedRoot = TRUE;
      DRIVESET(szDrive, drive);

      SetCurrentDirectory(szDrive);

      goto Retry;

   case ERROR_INVALID_PARAMETER:

      // Handle INVALID PARAMETER from GetDriveDirectory from GetFileAttributes
      dwError = ERROR_NOT_READY;
      break;


   case ERROR_ACCESS_DENIED:

      //
      // If failed due to security, return 2
      // (this is non-zero which means sorta error)
      //
      // old: return 2;
      break;

   case ERROR_NOT_READY:

      //
      // WAS ERROR_NO_MEDIA_IN_DRIVE, but changed back due to
      // wow incompatibilities.
      //
      // drive not ready (no disk in the drive)
      //
      LoadString(hAppInstance, IDS_COPYERROR + dwFunc, szTitle, COUNTOF(szTitle));
      LoadString(hAppInstance, IDS_DRIVENOTREADY, szTemp, COUNTOF(szTemp));
      wsprintf(szMessage, szTemp, drive + CHAR_A);
      if (MessageBox(hwnd, szMessage, szTitle, MB_ICONEXCLAMATION | MB_RETRYCANCEL) == IDRETRY)
         goto Retry;
      else
         return 0;
   case ERROR_BAD_NET_NAME:

      MyMessageBox(hwnd, IDS_BADNETNAMETITLE, IDS_BADNETNAME, MB_OK|MB_ICONEXCLAMATION);
      return 0;

   case ERROR_UNRECOGNIZED_VOLUME:              // 0x1F  huh?  What's this?

      // general failure (disk not formatted)

      LoadString(hAppInstance, IDS_COPYERROR + dwFunc, szTitle, COUNTOF(szTitle));

      // If NOT copying or formatting now,
      // AND we are removable, then put up format dlg

      if (!CancelInfo.hCancelDlg && IsRemovableDrive(drive)) {
         LoadString(hAppInstance, IDS_UNFORMATTED, szTemp, COUNTOF(szTemp));
         wsprintf(szMessage, szTemp, drive + CHAR_A);

         if (MessageBox(hwnd, szMessage, szTitle, MB_ICONEXCLAMATION| MB_YESNO) == IDYES) {

            // No more hwndSave stuff since format no longer uses the same
            // dialog box (ala hdlgProgress).  There IS a global CancelInfo,
            // but it is shared only between disk:copy and disk:format.
            // Neither of these routines will call FormatDiskette()
            // after they have started (naturally, disk:format will call it once).
            //
            // nLastDriveInd is replaced by CancelInfo

            CancelInfo.Info.Format.fFlags = FF_PRELOAD | FF_ONLYONE;  // do preload
            CancelInfo.Info.Format.iFormatDrive = drive;   // present drive
            CancelInfo.Info.Format.fmMediaType = -1;       // no premedia selection
            CancelInfo.Info.Format.szLabel[0] = CHAR_NULL; // no label

            FormatDiskette(hwnd, bModal);

            // If we were modal, let us retry.

            if (bModal && CancelInfo.fmifsSuccess)
               goto Retry;

            // No matter what, return 0.
            // originally checked CancelInfo.fmifsSuccess and
            // goto'd Retry on success, but since it's now modeless,
            // return error to abort copy or disk change
            // If we returned success, the would confuse the user.

            return 0;

         } else {

            //
            // Tweak: no extra error dialog
            //
            return 0;
         }
      }

      // Either already formatting/copying or not removable!
      // put up error & ret 0.

      FormatError(TRUE, szTemp, COUNTOF(szTemp), ERROR_UNRECOGNIZED_VOLUME);
      MessageBox(hwnd, szTemp, szTitle, MB_OK | MB_ICONSTOP);

      return 0;

   default:
      break;

   }

   LoadString(hAppInstance, IDS_COPYERROR + dwFunc, szTitle, COUNTOF(szTitle));

   FormatError(TRUE, szTemp, COUNTOF(szTemp), dwError);
   MessageBox(hwnd, szTemp, szTitle, MB_OK | MB_ICONSTOP);

   return 0;
}



VOID
BuildDateLine(LPTSTR szTemp, PLFNDTA plfndta)
{
   wsprintf(szTemp, szBytes, plfndta->fd.nFileSizeLow);
   lstrcat(szTemp, szSpace);
   PutDate(&plfndta->fd.ftLastWriteTime, szTemp + lstrlen(szTemp));
   lstrcat(szTemp, szSpace);
   PutTime(&plfndta->fd.ftLastWriteTime, szTemp + lstrlen(szTemp));
}


typedef struct {
   LPTSTR pFileDest;
   LPTSTR pFileSource;
   PLFNDTA plfndtaDest;
   PLFNDTA plfndtaSrc;
   INT bWriteProtect;
   BOOL bNoAccess;
} PARAM_REPLACEDLG, FAR *LPPARAM_REPLACEDLG;


VOID
SetDlgItemPath(HWND hDlg, INT id, LPTSTR pszPath)
{
   RECT rc;
   HDC hdc;
   HFONT hFont;
   TCHAR szPath[MAXPATHLEN+1];      // can have one extra TCHAR
   HWND hwnd;

   hwnd = GetDlgItem(hDlg, id);

   if (!hwnd)
      return;

   lstrcpy(szPath, pszPath);

   GetClientRect(hwnd, &rc);

   hdc = GetDC(hDlg);

   if (bJAPAN) {

      CompactPath(hdc, szPath, rc.right);

   } else {

      hFont = (HANDLE)SendMessage(hwnd, WM_GETFONT, 0, 0L);
      if (hFont = SelectObject(hdc, hFont)) {
         CompactPath(hdc, szPath, rc.right);
         SelectObject(hdc, hFont);
      }
   }

   ReleaseDC(hDlg, hdc);
   SetWindowText(hwnd, szPath);
}



INT_PTR
CALLBACK
ReplaceDlgProc(HWND hDlg, UINT wMsg, WPARAM wParam, LPARAM lParam)
{
   WCHAR szMessage[MAXMESSAGELEN];

   switch (wMsg) {
   case WM_INITDIALOG:
      {
         LPPARAM_REPLACEDLG lpdlgparams = (LPPARAM_REPLACEDLG)lParam;

         if (lpdlgparams->bWriteProtect) {
            LoadString(hAppInstance, IDS_WRITEPROTECTFILE, szMessage, COUNTOF(szMessage));
            SetDlgItemText(hDlg, IDD_STATUS, szMessage);

            LoadString(hAppInstance, IDS_ALLFILES, szMessage, COUNTOF(szMessage));
            SetDlgItemText(hDlg, IDD_OTHER, szMessage);
         }

         EnableWindow(GetDlgItem(hDlg, IDD_YESALL),
            !lpdlgparams->bNoAccess && ManySource);

         EnableWindow(GetDlgItem(hDlg, IDCANCEL), !lpdlgparams->bNoAccess);

         lstrcpy(szMessage, lpdlgparams->pFileSource);
         lstrcat(szMessage, SZ_QUESTION);
         SetDlgItemPath(hDlg, IDD_FROM, szMessage);

         if (lpdlgparams->pFileDest) {
            BuildDateLine(szMessage, lpdlgparams->plfndtaSrc);
            SetDlgItemText(hDlg, IDD_DATE2, szMessage);

            SetDlgItemPath(hDlg, IDD_TO, lpdlgparams->pFileDest);
            BuildDateLine(szMessage, lpdlgparams->plfndtaDest);
            SetDlgItemText(hDlg, IDD_DATE1, szMessage);
         }

         SetWindowLongPtr(hDlg, GWLP_USERDATA, (LPARAM)lpdlgparams);
         break;
      }

   case WM_COMMAND:
      {
         WORD id;

         id = GET_WM_COMMAND_ID(wParam, lParam);
         switch (id) {
#if 0
         case IDD_HELP:
            goto DoHelp;
#endif
         case IDD_FLAGS:
            break;

         case IDD_YESALL:
            *pbConfirmAll = TRUE;

            if (((LPPARAM_REPLACEDLG)GetWindowLongPtr(hDlg, GWLP_USERDATA))->bWriteProtect) {
               *pbConfirmReadOnlyAll = TRUE;
            }
            id = IDYES;
            // fall through
         case IDYES:
            // fall through
         default:        // this is IDNO and IDCANCEL
            EndDialog(hDlg, id);
            return FALSE;
         }
      }
      break;

   default:
#if 0
      if (wMsg == wHelpMessage) {
DoHelp:
         WFHelp(hDlg);

         return TRUE;
      } else
#endif
         return FALSE;
   }
   return TRUE;
}





DWORD
ConfirmDialog(
   HWND hDlg, DWORD dlg,
   LPTSTR pFileDest, PLFNDTA plfndtaDest,
   LPTSTR pFileSource, PLFNDTA plfndtaSrc,
   BOOL bConfirmByDefault,
   BOOL *pbAll,
   BOOL bConfirmReadOnlyByDefault,
   BOOL *pbReadOnlyAll)
{
   INT nRetVal;
   PARAM_REPLACEDLG params;
   WCHAR szMessage[MAXMESSAGELEN];

   DWORD dwSave = dwContext;

   dwContext = 0;

   params.pFileDest = pFileDest;
   params.pFileSource = pFileSource;
   params.plfndtaDest = plfndtaDest;
   params.plfndtaSrc = plfndtaSrc;
   params.bWriteProtect = FALSE;
   params.bNoAccess = FALSE;
   pbConfirmAll = pbAll;         // set global for dialog box

   pbConfirmReadOnlyAll = pbReadOnlyAll;

   if ( CONFIRMNOACCESS == dlg || CONFIRMNOACCESSDEST == dlg) {
      params.bNoAccess = TRUE;
      nRetVal = (INT)DialogBoxParam(hAppInstance, (LPTSTR)MAKEINTRESOURCE(dlg), hDlg, ReplaceDlgProc, (LPARAM)(LPPARAM_REPLACEDLG)&params);

   } else if (plfndtaDest->fd.dwFileAttributes & (ATTR_READONLY | ATTR_SYSTEM | ATTR_HIDDEN)) {

      if ((!bConfirmReadOnlyByDefault && !bConfirmByDefault) ||
         *pbConfirmReadOnlyAll) {

         nRetVal = IDYES;
      } else {
         params.bWriteProtect = TRUE;
         nRetVal = (INT)DialogBoxParam(hAppInstance, (LPTSTR)MAKEINTRESOURCE(dlg), hDlg, ReplaceDlgProc, (LPARAM)(LPPARAM_REPLACEDLG)&params);
      }

      if (nRetVal == IDYES) {

         if (!(plfndtaDest->fd.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY)) {
            lstrcpy(szMessage, pFileDest ? pFileDest : pFileSource);

            WFSetAttr(szMessage, plfndtaDest->fd.dwFileAttributes & ~(ATTR_READONLY|ATTR_HIDDEN|ATTR_SYSTEM));
         }
      }

   } else if (!bConfirmByDefault || *pbConfirmAll) {
      nRetVal = IDYES;
   } else {

      nRetVal = (INT)DialogBoxParam(hAppInstance, (LPTSTR) MAKEINTRESOURCE(dlg), hDlg, ReplaceDlgProc, (LPARAM)(LPPARAM_REPLACEDLG)&params);
   }

   if (nRetVal == -1)
      nRetVal = DE_INSMEM;

   dwContext = dwSave;

   return (DWORD)nRetVal;
}


#ifdef NETCHECK
/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  NetCheck() -                                                            */
/*                                                                          */
/* check rmdirs and mkdirs with the net driver                              */
/*--------------------------------------------------------------------------*/

DWORD
NetCheck(LPTSTR pPath, DWORD dwType)
{
   DWORD err;
   TCHAR szT[MAXSUGGESTLEN];
   TCHAR szProvider[128];
   TCHAR szTitle[128];

   //
   // we will notify the winnet driver on all directory operations
   // so we can implement cool net stuff on a local drives
   //

   WAITNET();

   if (!lpfnWNetDirectoryNotifyW)
      return WN_SUCCESS;


   err = WNetDirectoryNotifyW(hdlgProgress, pPath, dwType);
   switch (err) {
   case WN_SUCCESS:
   case WN_CONTINUE:
   case WN_CANCEL:
      return err;
   case WN_NOT_SUPPORTED:
      return WN_SUCCESS;
   }

   WNetGetLastError(&err, szT, COUNTOF(szT), szProvider, COUNTOF(szProvider));

   LoadString(hAppInstance, IDS_NETERR, szTitle, COUNTOF(szTitle));
   MessageBox(hdlgProgress, szT, szTitle, MB_OK|MB_ICONEXCLAMATION);

   return WN_CANCEL;
}
#endif



/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  IsInvalidPath() -                                                       */
/*                                                                          */
/*--------------------------------------------------------------------------*/

/* Checks to see if a file spec is an evil character device or if it is
 * too long...
 */

DWORD
IsInvalidPath(LPTSTR pPath)
{
  TCHAR  sz[9];
  INT   n = 0;

  if (lstrlen(pPath) >= MAXPATHLEN)
      return ERROR_FILENAME_EXCED_RANGE;

  pPath = FindFileName(pPath);

  while (*pPath && *pPath != CHAR_DOT && *pPath != CHAR_COLON && n < 8)
      sz[n++] = *pPath++;

  sz[n] = CHAR_NULL;

  if (!lstrcmpi(sz,TEXT("CON")))
      return ERROR_INVALID_NAME;

  if (!lstrcmpi(sz,TEXT("MS$MOUSE")))
      return ERROR_INVALID_NAME;

  if (!lstrcmpi(sz,TEXT("EMMXXXX0")))
      return ERROR_INVALID_NAME;

  if (!lstrcmpi(sz,TEXT("CLOCK$")))
      return ERROR_INVALID_NAME;

  return ERROR_SUCCESS;
}


PLFNDTA
CurPDTA(PCOPYROOT pcr)
{
   if (pcr->cDepth) {
      return (pcr->rgDTA + pcr->cDepth - 1);
   } else {
      return pcr->rgDTA;
   }
}


/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  GetNextCleanup() -                                                      */
/*                                                                          */
/*--------------------------------------------------------------------------*/

VOID
GetNextCleanup(PCOPYROOT pcr)
{
   while (pcr->cDepth) {
      WFFindClose(CurPDTA(pcr));
      pcr->cDepth--;
   }
}


#if 0

/* GetNameDialog
 *
 *  Runs the dialog box to prompt the user for a new filename when copying
 *  or moving from HPFS to FAT.
 */

DWORD GetNameDialog(DWORD, LPTSTR, LPTSTR);
BOOL  GetNameDlgProc(HWND,UINT,WPARAM,LONG);

LPTSTR pszDialogFrom;
LPTSTR pszDialogTo;

BOOL
GetNameDlgProc(
   HWND hwnd,
   UINT wMsg,
   WPARAM wParam,
   LPARAM lParam)
{
    TCHAR szT[14];
    LPTSTR p;
    INT i, j, cMax, fDot;

    UNREFERENCED_PARAMETER(lParam);

    switch (wMsg)
      {
    case WM_INITDIALOG:
        // inform the user of the old name
        SetDlgItemText(hwnd, IDD_FROM, pszDialogFrom);

        // generate a guess for the new name
    p = FindFileName(pszDialogFrom);
        for (i = j = fDot = 0, cMax = 8; *p; p++)
          {
            if (*p == CHAR_DOT)
              {
                // if there was a previous dot, step back to it
                // this way, we get the last extension
                if (fDot)
                    i -= j+1;

                // set number of chars to 0, put the dot in
                j = 0;
                szT[i++] = CHAR_DOT;

                // remember we saw a dot and set max 3 chars.
                fDot = TRUE;
                cMax = 3;
              }
            else if (j < cMax && IsValidChar(*p,FALSE, FALSE))
              {
                j++;
                szT[i++] = *p;
              }
          }
        szT[i] = CHAR_NULL;
        SetDlgItemText(hwnd, IDD_TO, szT);
        SendDlgItemMessage(hwnd,IDD_TO,EM_LIMITTEXT,COUNTOF(szT) - 1, 0L);

        // directory the file will go into
        RemoveLast(pszDialogTo);
        SetDlgItemText(hwnd, IDD_DIR, pszDialogTo);
        break;

    case WM_COMMAND:
        switch (GET_WM_COMMAND_ID(wParam, lParam)) {
        case IDOK:
            GetDlgItemText(hwnd,IDD_TO,szT,COUNTOF(szT));
            AppendToPath(pszDialogTo,szT);
            QualifyPath(pszDialogTo);
            EndDialog(hwnd,IDOK);
            break;

        case IDCANCEL:
            EndDialog(hwnd,IDCANCEL);
            break;

        case IDD_HELP:
            goto DoHelp;

        case IDD_TO:
            GetDlgItemText(hwnd,IDD_TO,szT,COUNTOF(szT));
            for (p = szT; *p; p++)
              {
                if (!IsValidChar(*p,FALSE, FALSE))
                    break;
              }

            EnableWindow(GetDlgItem(hwnd,IDOK),((!*p) && (p != szT)));
            break;

        default:
            return FALSE;
          }
        break;

    default:
        if (wMsg == wHelpMessage)
          {
DoHelp:
            WFHelp(hwnd);
            return TRUE;
          }
        return FALSE;
      }

    return TRUE;
}

DWORD
GetNameDialog(DWORD dwOp, LPTSTR pFrom, LPTSTR pTo)
{
   DWORD dwRet = (DWORD)-1;
   DWORD dwSave;

   dwSave = dwContext;
   dwContext = IDH_DLG_LFNTOFATDLG;

   pszDialogFrom = pFrom;
   pszDialogTo = pTo;

   dwRet = (DWORD)DialogBox(hAppInstance, (LPTSTR) MAKEINTRESOURCE(LFNTOFATDLG),
      hdlgProgress, GetNameDlgProc);

   dwContext = dwSave;
   return dwRet;
}

#endif

/////////////////////////////////////////////////////////////////////
//
// Name:     GetNextPair
//
// Synopsis: Gets next pair of files to copy/rename/move/delete
//
// INOUTC  pcr       -- Pointer to structure of recursing dir tree
// OUTC    pFrom     -- Source file/dir to copy
// OUTC    pToPath   -- path to dest file or dir
//         pToSpec   -- Raw dest file or dir name
// INC     dwFunc    -- operation (Any combo):
//
//           FUNC_DELETE - Delete files in pFrom
//           FUNC_RENAME - Rename files (same directory)
//           FUNC_MOVE   - Move files in pFrom to pTo (different disk)
//           FUNC_COPY   - Copy files in pFrom to pTo
//
// OUTC pdwError         -- If error, this holds the err code else 0
// INC  bIsLFNDriveDest  -- Is the dest drive lfn?
//
// Return:   DWORD:
//
//           OPER_ERROR  - Error processing filenames
//           OPER_DOFILE - Go ahead and copy, rename, or delete file
//           OPER_MKDIR  - Make a directory specified in pTo
//           OPER_RMDIR  - Remove directory
//           0           - No more files left
//
//
// Assumes:
//
// Effects:
//
//
// Notes:    If pcr->bMoveFast is true, then pretend the entire directory
//           is empty since it was successfully moved.
//
// Modified by C. Stevens, August, 1991.  Added logic so that we would call
// IsTheDiskReallyThere only once per drive.  Also changed some of the code
// to minimize the number of calls which access the disk.
//
/////////////////////////////////////////////////////////////////////


DWORD
GetNextPair(PCOPYROOT pcr, LPTSTR pFrom,
   LPTSTR pToPath, LPTSTR pToSpec,
   DWORD dwFunc, PDWORD pdwError,
   BOOL bIsLFNDriveDest)
{
   LPTSTR pT;                     // Temporary pointer
   DWORD dwOp;                    // Return value (operation to perform
   PLFNDTA pDTA;                  // Pointer to file DTA data

   STKCHK();
   *pFrom = CHAR_NULL;
   *pdwError = 0 ;
   pDTA = NULL;

   //
   // Keep recursing directory structure until we get to the bottom
   //
   while (TRUE) {
      if (pcr->cDepth) {

         //
         // The directory we returned last call needs to be recursed.
         //
         pDTA = pcr->rgDTA + pcr->cDepth - 1;   // use this DTA below

         if (pcr->fRecurse && pcr->cDepth == 1 && !pcr->rgDTA[0].fd.cFileName[0])

            //
            // The last one was the recursion root.
            //
            goto BeginDirSearch;

         if (pcr->cDepth >= (MAXDIRDEPTH - 1)) {    // reached the limit?
            dwOp = OPER_ERROR;
            *pdwError = ERROR_FILENAME_EXCED_RANGE;
            goto ReturnPair;
         }

         if (pcr->fRecurse && (pDTA->fd.dwFileAttributes & ATTR_DIR) &&
            !(pDTA->fd.dwFileAttributes & ATTR_RETURNED)) {

            //
            // Was returned on last call, begin search.
            //
            pDTA->fd.dwFileAttributes |= ATTR_RETURNED;

#ifdef FASTMOVE
            if (pcr->bFastMove)
               goto FastMoveSkipDir;
#endif
            // Check if we should skip an entry because it was e.g. an reparse point
            if (pDTA->fd.dwFileAttributes & ( ATTR_SYMBOLIC | ATTR_JUNCTION) ) {
               RemoveLast(pcr->szDest);
               dwOp = OPER_RMDIR;
               goto ReturnPair;
            }

            pcr->cDepth++;
            pDTA++;

BeginDirSearch:

            //
            // Search for all subfiles in directory.
            //
            AppendToPath (pcr->sz,szStarDotStar);
            goto BeginSearch;
         }

SkipThisFile:

         //
         // Search for the next matching file.
         //
         if (!WFFindNext (pDTA)) {
            WFFindClose (pDTA);

LeaveDirectory:

            //
            // This spec has been exhausted...
            //
            pcr->cDepth--;

            //
            // Remove the child file spec.
            //
            RemoveLast (pcr->sz);

#ifdef FASTMOVE
FastMoveSkipDir:
#endif

            RemoveLast (pcr->szDest);

#ifdef FASTMOVE
            if (pcr->fRecurse && !pcr->bFastMove) {
#else
            if (pcr->fRecurse) {
#endif

               //
               // Tell the move/copy driver it can now delete
               // the source directory if necessary.
               //
               // (Don't do on a fast move since the directory was
               // removed on the move.)

               dwOp = OPER_RMDIR;
               goto ReturnPair;
            }

#ifdef FASTMOVE
            pcr->bFastMove = FALSE;
#endif

            //
            // Not recursing, get more stuff.
            //
            continue;
         }

ProcessSearchResult:

#ifndef UNICODE
         if (pDTA->fd.cAlternateFileName[0] && StrChr(pDTA->fd.cFileName, CHAR_DEFAULT)) {
            lstrcpy(pDTA->fd.cFileName, pDTA->fd.cAlternateFileName);
         }
#endif
         //
         // Got a file or dir in the DTA which matches the wild card
         // originally passed in...
         //
         if (pDTA->fd.dwFileAttributes & ATTR_DIR) {

            //
            // Ignore directories if we're not recursing.
            //
            if (!pcr->fRecurse)
               goto SkipThisFile;

            //
            // Skip the current and parent directories.
            //
            if (ISDOTDIR(pDTA->fd.cFileName)) {
               goto SkipThisFile;
            }

            // We need to create this directory, and then begin searching
            // for subfiles.

            dwOp = OPER_MKDIR;
            RemoveLast (pcr->sz);
            AppendToPath (pcr->sz,pDTA->fd.cFileName);
            AppendToPath (pcr->szDest,pDTA->fd.cFileName);
            goto ReturnPair;
         }

         if (pcr->fRecurse || !(pDTA->fd.dwFileAttributes & ATTR_DIR)) {

            /* Remove the original spec. */

            RemoveLast (pcr->sz);

            /* Replace it. */

            AppendToPath (pcr->sz,pDTA->fd.cFileName);

            /* Convert to ANSI. */

            pT = FindFileName (pcr->sz);

            // If its a dir, tell the driver to create it
            // otherwise, tell the driver to "operate" on the file.

            dwOp = (pDTA->fd.dwFileAttributes & ATTR_DIR) ? OPER_RMDIR : OPER_DOFILE;
            goto ReturnPair;
         }
         continue;
      } else {

         //
         // Read the next source spec out of the raw source string.
         //
         pcr->fRecurse = FALSE;
         pcr->pSource = GetNextFile (pcr->pSource,pcr->sz,COUNTOF(pcr->sz));

         pcr->szDest[0] = CHAR_NULL;

         if (!pcr->pSource)
            return (0);

         //
         // Fully qualify the path
         //
         QualifyPath(pcr->sz);

         // Ensure the source disk really exists before doing anything.
         // Only call IsTheDiskReallyThere once for each drive letter.
         // Set pcr->cIsDiskThereCheck[DRIVEID] after disk has been
         // checked.  Modified by C. Stevens, August 1991

         if (pcr->sz[1]==CHAR_COLON && !pcr->cIsDiskThereCheck[DRIVEID (pcr->sz)]) {
            if (!IsTheDiskReallyThere(hdlgProgress, pcr->sz, dwFunc, FALSE))
               return(0);
            pcr->cIsDiskThereCheck[DRIVEID (pcr->sz)] = 1;
         }

         //
         // Classify the input string.
         //
         if (IsWild (pcr->sz)) {

            //
            // Wild card... operate on all matches but not recursively.
            //
            pcr->cDepth = 1;
            pDTA = pcr->rgDTA;
            pcr->pRoot = NULL;

BeginSearch:
            //
            // Quit if pcr->sz gets too big.
            //
            if (lstrlen (pcr->sz) - lstrlen (FindFileName (pcr->sz)) >= MAXPATHLEN)
               goto SearchStartFail;

            //
            // Search for the wildcard spec in pcr->sz.
            //
            if (!WFFindFirst(pDTA, pcr->sz, ATTR_ALL)) {

SearchStartFail:

               if (pcr->fRecurse) {

                  // We are inside a recursive directory delete, so
                  // instead of erroring out, go back a level

                  goto LeaveDirectory;
               }
               lstrcpy (pFrom,pcr->sz);

               //
               // Back up as if we completed a search.
               //
               RemoveLast (pcr->sz);
               pcr->cDepth--;

               //
               // Find First returned an error.  Return FileNotFound.
               //
               dwOp = OPER_ERROR;
               *pdwError = ERROR_FILE_NOT_FOUND;

               goto ReturnPair;
            }
            goto ProcessSearchResult;
         } else {

            // This could be a file or a directory.  Fill in the DTA
            // structure for attrib check

            if (!IsRootDirectory(pcr->sz)) {

               if (!WFFindFirst(pcr->rgDTA, pcr->sz, ATTR_ALL)) {

                  dwOp = OPER_ERROR;
                  *pdwError = GetLastError();

                  goto ReturnPair;
               }
               WFFindClose(pcr->rgDTA);

               // Mega hack fix by adding else clause

            } else {
               pcr->rgDTA->hFindFile = INVALID_HANDLE_VALUE;
            }

            //
            // Now determine if its a file or a directory
            //
            pDTA = pcr->rgDTA;
            if (IsRootDirectory(pcr->sz) || (pDTA->fd.dwFileAttributes & ATTR_DIR)) {

               //
               // Process directory
               //
               if (dwFunc == FUNC_RENAME) {
                  if (IsRootDirectory (pcr->sz)) {

                     dwOp = OPER_ERROR;
                     *pdwError = DE_ROOTDIR;
                  }
                  else
                     dwOp = OPER_DOFILE;
                  goto ReturnPair;
               }

               // Return reparse point and delete it via OPER_RMDIR
               if (dwFunc == FUNC_DELETE && pDTA->fd.dwFileAttributes & (ATTR_SYMBOLIC | ATTR_JUNCTION)) {
                  pcr->fRecurse = FALSE;
                  dwOp = OPER_RMDIR;
                  goto ReturnPair;
               }

               //
               // Directory: operation is recursive, but not for junctions and symlinks
               //
               if (pDTA->fd.dwFileAttributes & (ATTR_SYMBOLIC | ATTR_JUNCTION))
                  pcr->fRecurse = FALSE;
               else
                  pcr->fRecurse = TRUE;

               pcr->cDepth = 1;
               pDTA->fd.cFileName[0] = CHAR_NULL;
               pcr->pRoot = FindFileName (pcr->sz);

               lstrcpy (pcr->szDest,pcr->pRoot);

               dwOp = OPER_MKDIR;
               goto ReturnPair;
            } else {

               //
               // Process file
               //
               pcr->pRoot = NULL;
               dwOp = OPER_DOFILE;
               goto ReturnPair;
            }
         }
      }
   }

ReturnPair:

   // The source filespec has been derived into pcr->sz
   // that is copied to pFrom.  pcr->sz and pToSpec are merged into pTo.

   if (!*pFrom)
      lstrcpy(pFrom,pcr->sz);
   QualifyPath(pFrom);

   if (dwFunc != FUNC_DELETE) {
      if (dwFunc == FUNC_RENAME && !*pToPath) {
         lstrcpy(pToPath, pFrom);
         RemoveLast(pToPath);
         AppendToPath(pToPath, pToSpec);
      } else {

         AppendToPath(pToPath,pcr->szDest);
         if (dwOp == OPER_MKDIR)
            RemoveLast(pToPath);

         AppendToPath(pToPath,pToSpec);
      }


      if ((dwOp == OPER_MKDIR || dwOp == OPER_DOFILE) &&

         (!bIsLFNDriveDest) &&
         IsLFN (FindFileName (pFrom)) &&
         (IsWild(pToSpec) || IsLFN(pToSpec))) {

         //
         // Don't check if ntfs, just if has altname!
         //
         if (pDTA->fd.cAlternateFileName[0]) {

            RemoveLast(pToPath);
            AppendToPath(pToPath,pDTA->fd.cAlternateFileName);
            QualifyPath(pToPath);

            if (dwOp == OPER_MKDIR) {
               RemoveLast(pcr->szDest);
               AppendToPath(pcr->szDest, pDTA->fd.cAlternateFileName);
            }

         } else {
#if 0
            // This has been turned off since
            // it's a strange feature for HPFS only

            if (GetNameDialog(dwOp, pFrom, pToPath) != IDOK)
               return 0;   // User cancelled the operation, return failure

            // Update the "to" path with the FAT name chosen by the user.

            if (dwOp == OPER_MKDIR) {
               RemoveLast(pcr->szDest);
               AppendToPath(pcr->szDest, FindFileName(pToPath));
            }
#else
         goto MergeNames;
#endif
         }
      } else {

MergeNames:
         if (IsWild(pToPath)) {
            LFNMergePath(pToPath, FindFileName(pFrom));
         }
      }
   }

   if (dwOp == OPER_MKDIR) {

      //
      // For a directory copy to the same name, append the "- Copy", "- Symlink", "-Hardlink" suffix
      // to both the target of this operation, and the target directory for
      // recursive operations.  Unlike the regular file case, this does not
      // consider file name extensions, since it is specific to directories.
      //

      if (!_wcsicmp(pFrom, pToPath)) {
         switch (dwFunc) {
         case FUNC_COPY:
            lstrcat(pToPath, L" - Copy");
            lstrcat(pcr->szDest, L" - Copy");
            break;

         case FUNC_LINK:
            lstrcat(pToPath, L" - Symlink");
            lstrcat(pcr->szDest, L" - Symlink");
            break;

         case FUNC_HARD:
            lstrcat(pToPath, L" - Junction");
            lstrcat(pcr->szDest, L" - Junction");
            break;
         }
      } else {
         //
         // Make sure the new directory is not a subdir of the original...
         // Assumes case insensitivity.
         //
         pT = pToPath;

         while (*pFrom &&
            CharUpper((LPTSTR)(TUCHAR)*pFrom) == CharUpper((LPTSTR)(TUCHAR)*pT)) {

            pFrom++;
            pT++;
         }
         if (!*pFrom && (!*pT || *pT == CHAR_BACKSLASH)) {

            // The two fully qualified strings are equal up to the end of the
            //   source directory ==> the destination is a subdir.Must return
            //   an error.

            dwOp = OPER_ERROR;
            *pdwError = DE_DESTSUBTREE;
         }
      }
   }

   return dwOp;
}


VOID
CdDotDot (LPTSTR szOrig)
{
   TCHAR szTemp[MAXPATHLEN];

   lstrcpy(szTemp, szOrig);
   StripFilespec(szTemp);
   SetCurrentDirectory(szTemp);
}

/* p is a fully qualified ANSI string. */
BOOL
IsCurrentDirectory (LPTSTR p)
{
   TCHAR szTemp[MAXPATHLEN];

   GetDriveDirectory(DRIVEID(p) + 1, szTemp);

   return (lstrcmpi(szTemp, p) == 0);
}


//
// test input for "multiple" filespec
//
// examples:
//  0   foo.bar         (single non directory file)
//  1   *.exe           (wild card)
//  1   foo.bar bletch.txt  (multiple files)
//  2   c:\         (directory)
//
// note: this may hit the disk in the directory check
//

INT
CheckMultiple(LPTSTR pInput)
{
  LPTSTR pT;
  TCHAR szTemp[MAXPATHLEN];

  /* Wildcards imply multiple files. */
  if (IsWild(pInput))
      return 1;     // wild card

  /* More than one thing implies multiple files. */
  pT = GetNextFile(pInput, szTemp, COUNTOF(szTemp));
  if (!pT)
      return 0;     // blank string

  StripBackslash(szTemp);

  if (IsDirectory(szTemp))
      return 2;     // directory

  pT = GetNextFile(pT, szTemp, COUNTOF(szTemp));

  return pT ? 1 : 0;    // several files, or just one
}


/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  DialogEnterFileStuff() -                                                */
/*                                                                          */
/*--------------------------------------------------------------------------*/

/* Prevents the user from diddling anything other than the cancel button. */

VOID
DialogEnterFileStuff(HWND hwnd)
{
   HWND hwndT;

   //
   // set the focus to the cancel button so the user can hit space or esc
   //
   if (hwndT = GetDlgItem(hwnd, IDCANCEL)) {
      SetFocus(hwndT);
      SendMessage(hwnd,DM_SETDEFID,IDCANCEL,0L);
   }

   //
   // disable the ok button and the edit controls
   //
   if (hwndT = GetDlgItem(hwnd, IDOK))
      EnableWindow(hwndT, FALSE);

   if (hwndT = GetDlgItem(hwnd, IDD_TO))
      EnableWindow(hwndT, FALSE);

   if (hwndT = GetDlgItem(hwnd, IDD_FROM))
      EnableWindow(hwndT, FALSE);
}


/*--------------------------------------------------------------------------*/
/*                                                                          */
/*  Notify() -                                                              */
/*                                                                          */
/*--------------------------------------------------------------------------*/

/* Sets the status dialog item in the modeless status dialog box. */

// used for both the drag drop status dialogs and the manual user
// entry dialogs so be careful what you change

VOID
Notify(HWND hDlg, WORD idMessage, LPTSTR szFrom, LPTSTR szTo)
{
   TCHAR szTemp[40];

   if (idMessage) {
      LoadString(hAppInstance, idMessage, szTemp, COUNTOF(szTemp));
      SetDlgItemText(hDlg, IDD_STATUS, szTemp);
      SetDlgItemPath(hDlg, IDD_NAME, szFrom);
   } else {
      SetDlgItemText(hDlg, IDD_STATUS, szNULL);
      SetDlgItemText(hDlg, IDD_NAME, szNULL);
   }

   // is this the drag/drop status dialog or the move/copy dialog

   SetDlgItemPath(hDlg, IDD_TONAME, szTo);

}

//
// BOOL IsWindowsFile(LPTSTR szFileOEM)
//
// this is a bit strange.  kernel strips off the path info so he
// will match only on the base name of the file.  so if the base
// name matches a currently open windows file we get the full
// path string and compare against that.  that will tell
// us that we have a file that kernel has open.
//
// LFN: detect long names and ignore them?

BOOL
IsWindowsFile(LPTSTR szFileOEM)
{
   HANDLE hMod;
   TCHAR szModule[MAXPATHLEN];

   //
   // kernel can't load an lfn...
   //
   if (GetNameType(szFileOEM) == FILE_LONG)
      return FALSE;


   // kernel won't accept long paths

   lstrcpy(szModule, szFileOEM);
   StripPath(szModule);

   hMod = GetModuleHandle(szModule);

   // check for one cause that's what's returned if its MSDOS
   // but it isn't really loaded because of xl 2.1c kernel hack
   if (!hMod || hMod == (HANDLE)1)
      return FALSE;

   GetModuleFileName(hMod, szModule, COUNTOF(szModule));

   if (!lstrcmpi(szFileOEM, szModule))     // they are both OEM & we
      return TRUE;                    // just care about equality
   else
      return FALSE;
}


DWORD
SafeFileRemove(LPTSTR szFileOEM)
{
   if (IsWindowsFile(szFileOEM))
      return DE_WINDOWSFILE;
   else
      return WFRemove(szFileOEM);
}

#ifdef NETCHECK
//
// !! BUGBUG !!
// Should do a NetCheck on all MKDirs.
//
#endif


DWORD
WF_CreateDirectory(HWND hwndParent, LPTSTR szDest, LPTSTR szSrc)
{
   DWORD ret = 0;
   TCHAR szTemp[MAXPATHLEN + 1];    // +1 for AddBackslash()
   LPTSTR p, pLastSpecEnd;

   LFNDTA DTAHack;
   BOOL bLastExists;

   //
   // now create the full dir tree on the destination
   //
   StrNCpy(szTemp, szDest, COUNTOF(szTemp)-1);
   pLastSpecEnd = szTemp + AddBackslash(szTemp)-1;

   p = SkipPathHead(szTemp);

   if (!p)
      return ERROR_INVALID_NAME;

   //
   // create each part of the dir in order
   //
   while (*p) {

      //
      // Keep track if the last component exists already
      // so that when we reach the very last one, we know if we need
      // to return the error "Entire dir path exists."
      //
      bLastExists = FALSE;

      while (*p && *p != CHAR_BACKSLASH)
         p++;


      if (*p) {

         *p = CHAR_NULL;

         if (WFFindFirst(&DTAHack, szTemp, ATTR_ALL)) {

            WFFindClose(&DTAHack);

            if (!(DTAHack.fd.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY))
               return DE_DIREXISTSASFILE;

            bLastExists = TRUE;

         } else {

            //
            // When we reach the last spec, create the directory
            // using the template.
            //
            if (ret = MKDir(szTemp, (p == pLastSpecEnd) ? szSrc : NULL)) {

               //
               // Here we must also ignore the ERROR_ALREADY_EXISTS error.
               // Even though we checked for existence above, on NTFS, we
               // may only have WX privilege so it was not found by
               // FindFirstFile.
               //
               if (ERROR_ALREADY_EXISTS == ret)
                  ret = ERROR_SUCCESS;
               else
                  return ret;

            } else {

               wfYield();
            }
         }

         *p++ = CHAR_BACKSLASH;
      }
   }
   if (bLastExists)
      ret = ERROR_ALREADY_EXISTS;

   return ret;   // return the last error code
}



/////////////////////////////////////////////////////////////////////
//
// Name:     WFMoveCopyDriver
//
// Synopsis: Sets up thread then returns.
//
// INOUT pCopyInfo  Copy information: MUST BE ALL MALLOC'D!
//
//
//
//
// Return:   DWORD 0=success else error code
//
//
// Assumes:
//
// Effects:
//
//
// Notes:
//
/////////////////////////////////////////////////////////////////////


DWORD
WFMoveCopyDriver(PCOPYINFO pCopyInfo)
{
   HANDLE hThreadCopy;
   DWORD dwIgnore;

   //
   // Move/Copy things.
   //
   hThreadCopy = CreateThread( NULL,
      0L,
      WFMoveCopyDriverThread,
      pCopyInfo,
      0L,
      &dwIgnore);

   if (!hThreadCopy) {

      //
      // Must free everything
      //
      LocalFree(pCopyInfo->pFrom);
      LocalFree(pCopyInfo->pTo);
      LocalFree(pCopyInfo);

      return GetLastError();
   }


   CloseHandle(hThreadCopy);

   return 0;
}


/////////////////////////////////////////////////////////////////////
//
// Name:     WFMoveCopyDriverThread
//
// Synopsis: The following function is the mainline function for
//           COPYing, RENAMEing, DELETing, and MOVEing single/multiple files.
//
// pFrom - String containing list of source specs
// pTo   - String containing destination specs
// dwFunc - Operation to be performed.  Possible values are:
//         FUNC_DELETE - Delete files in pFrom
//         FUNC_RENAME - Rename files (same directory)
//         FUNC_MOVE   - Move files in pFrom to pTo (different disk)
//         FUNC_COPY   - Copy files in pFrom to pTo
//
//
// Return: VOID
//
//         On finish, sends FS_COPYDONE back.
//            wParam == error code
//            lParam == pCopyInfo identifier (to prevent previous aborted
//                      copies from aborting current copy)
//
// Assumes:
//
// Effects:
//
//
// Notes:  Needs to check for pathnames that are too large!
//         HWND hDlg, LPTSTR pFrom, LPTSTR pTo, DWORD dwFunc)
//
/////////////////////////////////////////////////////////////////////

DWORD
WINAPI
WFMoveCopyDriverThread(LPVOID lpParameter)
{
   PCOPYINFO pCopyInfo = lpParameter;
   DWORD ret = 0;                     // Return value from WFMoveCopyDriver
   LPWSTR pSpec = NULL;               // Pointer to file spec
   DWORD dwAttr;                      // File attributes
   DWORD dwResponse;                  // Response from ConfirmDialog call
   DWORD oper = 0;                    // Disk operation being performed
   TCHAR szDestSpec[MAXFILENAMELEN+1]; // Dest file spec
   TCHAR szDest[2*MAXPATHLEN];         // Dest file (ANSI string)

   TCHAR szTemp[MAXPATHLEN];

   TCHAR szSource[MAXPATHLEN];         // Source file (ANSI string)
   LFNDTA DTADest;                    // DTA block for reporting dest errors
   PLFNDTA pDTA = NULL;               // DTA pointer for source errors
   PCOPYROOT pcr;                     // Structure for searching source tree
   BOOL bReplaceAll = FALSE;          // Replace all flag
   BOOL bSubtreeDelAll = FALSE;       // Delete entire subtree flag
   BOOL bDeleteAll = FALSE;           // Delete all files flag

   BOOL bReplaceReadOnlyAll = FALSE;          // Replace all flag
   BOOL bSubtreeDelReadOnlyAll = FALSE;       // Delete entire subtree flag
   BOOL bDeleteReadOnlyAll = FALSE;           // Delete all files flag

   BOOL bNoAccessAll = FALSE;
   BOOL bDirNotEmpty = FALSE;

   BOOL bFalse = FALSE;               // For cases that aren't disableable
   INT CurIDS = 0;                    // Current string displayed in status

   BOOL bErrorOnDest = FALSE;
   BOOL bIsLFNDriveDest = FALSE;

   BOOL bSameFile;                    // Source, dest same file?
   BOOL bDoMoveRename;                // OPER_DOFILE and FUNC_{RENAME,MOVE}

   BOOL bConfirmed;
   BOOL bFatalError = FALSE;
   BOOL bErrorOccured = FALSE;

#ifdef NETCHECK
   BOOL fInvalidate = FALSE;          // whether to invalidate net types
#endif

   // Initialization stuff.  Disable all file system change processing until
   // we're all done

   SwitchToSafeDrive();

   szDest[0] = szSource[0] = CHAR_NULL;
   SendMessage(hwndFrame, FS_DISABLEFSC, 0, 0L);

   //
   // Change all '/' characters to '\' characters in dest spec
   //
   CheckSlashes(pCopyInfo->pFrom);

   //
   // Check for multiple source files
   //
   ManySource = CheckMultiple(pCopyInfo->pFrom);

   //
   // Allocate buffer for searching the source tree
   //
   pcr = (PCOPYROOT)LocalAlloc(LPTR, sizeof(COPYROOT));
   if (!pcr) {
      ret = DE_INSMEM;
      goto ShowMessageBox;
   }

   // Skip destination specific processing if we are deleting files

   if (pCopyInfo->dwFunc != FUNC_DELETE) {

      // it is an error condition if there are multiple files
      // specified as the dest (but not a single directory)

      pSpec = GetNextFile(pCopyInfo->pTo, szTemp, COUNTOF(szTemp));

      if (GetNextFile(pSpec, szTemp, MAXPATHLEN) != NULL) {
         // move, copy specified with multiple destinations
         // not allowed, error case

         ret = DE_MANYDEST;
         goto ShowMessageBox;
      }

      lstrcpy(pCopyInfo->pTo, szTemp);

      QualifyPath(pCopyInfo->pTo);

      if (pCopyInfo->dwFunc == FUNC_RENAME) {
         // don't let them rename multiple files to one single file

         if ((ManySource == 1) && !IsWild(pCopyInfo->pTo)) {
            ret = DE_MANYSRC1DEST;
            goto ShowMessageBox;
         }

      } else {

         // We are either executing FUNC_COPY or FUNC_MOVE at this point.
         // Check that the destination disk is there.  NOTE: There's a disk
         // access here slowing us down.

         //
         // Change this from IsTheDiskReallyThere to CheckDrive to handle
         // restoring connections.
         //
         if (CHAR_COLON == pCopyInfo->pTo[1]) {
            if (!CheckDrive(hdlgProgress,DRIVEID(pCopyInfo->pTo),pCopyInfo->dwFunc))
               goto CancelWholeOperation;
         }

         // deal with case where directory is implicit in source
         // move/copy: *.* -> c:\windows, c:\windows -> c:\temp
         // or foo.bar -> c:\temp
         // do this not for junction or symlinks

         if (!IsWild(pCopyInfo->pTo) && (ManySource || IsDirectory(pCopyInfo->pTo)) && pCopyInfo->dwFunc != FUNC_LINK && pCopyInfo->dwFunc != FUNC_HARD) {
            AddBackslash(pCopyInfo->pTo);
            lstrcat(pCopyInfo->pTo, szStarDotStar);
         }
      }

      // FUNC_RENAME or FUNC_MOVE FUNC_COPY with a file name dest
      // (possibly including wildcards).  Save the filespec and the path
      // part of the destination

      pSpec = FindFileName(pCopyInfo->pTo);
      lstrcpy(szDestSpec,pSpec);
      lstrcpy(szDest,pCopyInfo->pTo);
      RemoveLast(szDest);

      pSpec = szDest + lstrlen(szDest);

      bIsLFNDriveDest = IsLFNDrive(pCopyInfo->pTo);
   }
   pcr->pSource = pCopyInfo->pFrom;

   //
   // Set up arguments for queued copy commands
   //

   while (pcr) {

      // Allow the user to abort the operation

      if (pCopyInfo->bUserAbort)
         goto CancelWholeOperation;

      // Clean off the last filespec for multiple file copies

      if (pCopyInfo->dwFunc != FUNC_DELETE) {
         *pSpec = CHAR_NULL;
      }

      oper = GetNextPair(pcr,szSource,szDest,szDestSpec,pCopyInfo->dwFunc,&ret, bIsLFNDriveDest);

#ifdef FASTMOVE
      pcr->bFastMove = FALSE;
#endif


      // Check for no operation or error

      if (!oper) {
         LocalFree((HANDLE)pcr);
         pcr = NULL;
         break;
      }
      if ((oper & OPER_MASK) == OPER_ERROR) {
         oper = OPER_DOFILE;
         bFatalError = TRUE;
         goto ShowMessageBox;
      }

      pDTA = CurPDTA(pcr);


      if (pCopyInfo->bUserAbort)
         goto CancelWholeOperation;

      // Don't MKDIR on the root.
      // This is the one anomaly of winfile's drag/drop copy.
      // Dragging a folder usually creates the dragged folder in
      // the destination (drag directory "foo" to "bar" and the
      // directory "foo" appears in "bar").  But when dragging the
      // root directory, there is no directory "root" or "\\".
      // Instead, the roots contents are placed directly in the
      // destination folder.

      // On other OSs, dragging a root (i.e., the entire disk) to
      // another folder creates a new folder named after the source
      // disk.

      if ((oper == OPER_MKDIR) && (szSource[lstrlen(szSource) - 1] == CHAR_BACKSLASH)) {
         continue;
      }

      // Fix up source spec

      if (ret = IsInvalidPath(szSource)) {
         goto ShowMessageBox;
      }

      // Moved up for the wacky case of copy to floppy,
      // disk full, swap in new disk, new disk already has
      // the same file on it --> now it will put up the confirm
      // dialog (again).

      bConfirmed = FALSE;

   TRY_COPY_AGAIN:

      if (pCopyInfo->dwFunc != FUNC_DELETE) {

         //
         // If same name and copying, attempt to add a "- Copy" suffix.
         //
         bSameFile = !lstrcmpi(szSource, szDest);
         if (bSameFile &&
            (pCopyInfo->dwFunc == FUNC_COPY || pCopyInfo->dwFunc == FUNC_LINK || pCopyInfo->dwFunc == FUNC_HARD) &&
            (oper != OPER_RMDIR)) {

            // Source and destination are exactly the same
            WCHAR szDestAlt[MAXPATHLEN + 2] = { 0 };
            WCHAR szExtension[MAXPATHLEN + 2] = { 0 };
            LPTSTR pExt;

            lstrcpy(szDestAlt, szDest);

            // Lets try to apply the 'Copy' pattern, e.g. 'file.ext' -> 'file - Copy.ext'
            pExt = PathFindExtension(szDestAlt);
            if (*pExt) {
               // Split of extension if available
               lstrcpy(szExtension, pExt);
               *pExt = '\0';
            }

            // Postfix the operation
            switch (pCopyInfo->dwFunc) {
            case FUNC_COPY:
               lstrcat(szDestAlt, L" - Copy");
               break;

            case FUNC_LINK:
               lstrcat(szDestAlt, L" - Symlink");
               break;

            case FUNC_HARD:
               lstrcat(szDestAlt, L" - Hardlink");
               break;
            }

            lstrcat(szDestAlt, szExtension);

            // We only do a one level '- Copy' postfixing, and do intentionally not go for a '- Copy (n)' postfix
            if (INVALID_FILE_ATTRIBUTES == GetFileAttributes(szDestAlt)) {
               lstrcpy(szDest, szDestAlt);
               bSameFile = FALSE;
            } else {
               // If one already used this '- Copy' postfix, bail out. Just one level.
               ret = DE_RENAMREPLACE;
               goto ShowMessageBox;
            }

         }
         if (ret = IsInvalidPath(szDest)) {

            bErrorOnDest = TRUE;
            goto ShowMessageBox;
         }

         //
         // Check to see if we are overwriting an existing file.  If so,
         // better confirm.
         //
         bDoMoveRename = OPER_DOFILE == oper &&
            (FUNC_RENAME == pCopyInfo->dwFunc || FUNC_MOVE == pCopyInfo->dwFunc);
         if (oper == OPER_DOFILE && !(bSameFile && bDoMoveRename)) {

            if (WFFindFirst(&DTADest, szDest, ATTR_ALL)) {

               WCHAR szShortSource[MAXPATHLEN];
               WCHAR szShortDest[MAXPATHLEN];

               WFFindClose(&DTADest);

               //
               // We may be renaming a lfn to its shortname or backwards
               // (e.g., "A Long Filename.txt" to "alongf~1.txt")
               // Only put up the dialog if this _isn't_ the case.
               //
               // We are actually hosed since the any directory
               // in the path could be a longname/shortname pair.
               // The only "correct" way of doing this is to use
               // GetShortPathName.
               //

               GetShortPathName(szDest, szShortDest, COUNTOF(szShortDest));

               GetShortPathName(szSource, szShortSource, COUNTOF(szShortSource));

               if (!lstrcmpi(szShortSource, szShortDest)) {

                  ret = DE_SAMEFILE;
                  goto ShowMessageBox;
               }

               if (pCopyInfo->dwFunc == FUNC_RENAME) {
                  ret = DE_RENAMREPLACE;
                  goto ShowMessageBox;
               }

               //
               //  Save the attributes, since ConfirmDialog may change them.
               //
               dwAttr = GetFileAttributes(szDest);

               // we need to check if we are trying to copy a file
               // over a directory and give a reasonable error message

               dwResponse = bConfirmed ?
                  IDYES :
                  ConfirmDialog(hdlgProgress,CONFIRMREPLACE,
                     szDest,&DTADest,szSource,
                     pDTA,bConfirmReplace,
                     &bReplaceAll,
                     bConfirmReadOnly,
                     &bReplaceReadOnlyAll);

               switch (dwResponse) {

               case IDYES:       // Perform the delete

                  if ((pCopyInfo->dwFunc == FUNC_MOVE) || (pCopyInfo->dwFunc == FUNC_HARD) || (pCopyInfo->dwFunc == FUNC_LINK)) {

                     // For FUNC_MOVE/FUNC_HARD/FUNC_LINK we need to delete the
                     // destination first.  Do that now.

                     if (DTADest.fd.dwFileAttributes & ATTR_DIR) {
                        if (IsCurrentDirectory(szDest))
                           CdDotDot(szDest);

                        // Remove directory
#ifdef NETCHECK
                        fInvalidate = TRUE;  // following may delete share

                        ret = bConfirmed ?
                           WN_SUCCESS :
                           NetCheck(szDest, WNDN_RMDIR);

                        switch (ret) {

                        case WN_SUCCESS:
#endif
                           //
                           // Remove directory
                           //

                           ret = RMDir(szDest);

                           if (ERROR_SHARING_VIOLATION == ret) {

                              //
                              // We could have been watching this
                              // with the notify system
                              //

                              //
                              // Only do this for non-UNC
                              //
                              if (CHAR_COLON == szSource[1]) {

                                 NotifyPause(DRIVEID(szSource),(UINT)-1);
                                 ret = RMDir(szSource);
                              }
                           }
#ifdef NETCHECK
                           break;

                        case WN_CONTINUE:
                           break;

                        case WN_CANCEL:
                           goto CancelWholeOperation;
                        }
#endif
                     } else {

                         //
                         // On move, must delete destination file
                         // on copy, the fs does this for us.
                         //
                         ret = SafeFileRemove (szDest);

                         //
                         //  Reset the file attributes that may have been
                         //  changed in the ConfirmDialog call.
                         //
                         //  This only happens in the ID_YES case for a
                         //  file (directories are not affected).
                         //
                         if (ret)
                         {
                             SetFileAttributes(szDest, dwAttr);
                         }
                     }

                     if (ret) {
                        bErrorOnDest = TRUE;
                        goto ShowMessageBox;
                     }

                     //
                     // no need to:
                     // else  ret = SafeFileRemove (szDest);
                     //
                     // since the dest will be handled by the fs.
                     // (Note that the "if (ret)" is moved into the
                     // upper if clause since we don't set ret to
                     // the SafeFileRemove return value.
                     //
                  }
                  break;

               case IDNO:

                  // Don't perform operation on current file

                  continue;

               case IDCANCEL:
                  goto CancelWholeOperation;

               default:
                  ret = dwResponse;
                  goto ShowMessageBox;
               }
            }
         }
      }

      // Now determine which operation to perform

      switch (oper | pCopyInfo->dwFunc) {

      case OPER_MKDIR | FUNC_COPY:  // Create destination directory
      case OPER_MKDIR | FUNC_MOVE:  // Create dest, verify source delete

         CurIDS = IDS_CREATINGMSG;
         Notify(hdlgProgress, IDS_CREATINGMSG, szDest, szNULL);

#ifdef NETCHECK

         if (!bConfirmed) {

            switch (NetCheck(szDest, WNDN_MKDIR)) {
            case WN_SUCCESS:
               break;

            case WN_CONTINUE:
               goto SkipMKDir;

            case WN_CANCEL:
               goto CancelWholeOperation;
            }
         }
#endif

         if (pCopyInfo->dwFunc == FUNC_MOVE) {

#ifdef NETCHECK
            if (!bConfirmed)  {

               fInvalidate = TRUE;  // following may delete share

               switch (NetCheck(szSource, WNDN_MVDIR)) {
               case WN_SUCCESS:
                  break;

               case WN_CONTINUE:
                  goto SkipMKDir;

               case WN_CANCEL:
                  goto CancelWholeOperation;
               }
            }
#endif

#ifdef FASTMOVE
            if ((CHAR_COLON == pcr->sz[1]) &&
               (CHAR_COLON == szDest[1]) &&
               (DRIVEID(pcr->sz) == DRIVEID(szDest))) {

               //
               // Warning: This will not work on winball drives!
               // There is a problem here: if this is winball,
               // then we get an ERROR_ACCESS_DENIED when we try to do
               // the fastmove.  We could continue normally with the
               // slowmove.  However, in the case of moving NTFS directories,
               // we may get ERROR_ACCESS_DENIED because we don't have
               // write permission on the directory.  In this case, we
               // want to ignore the entire directory.
               //
               // For now, this works because DTAFast.err is neither
               // ERROR_PATH_NOT_FOUND ERROR_FILE_NOT_FOUND, do we're
               // ok by accident.
               //

               pcr->bFastMove = TRUE;
               goto DoMove;
            }
#endif
         }

#ifdef FASTMOVE
DoMkDir:
#endif

         ret = WF_CreateDirectory(hdlgProgress, szDest, szSource);

         if (!ret)
            //
            // set attributes of dest to source (not including the
            // subdir and vollabel bits)
            //
            WFSetAttr(szDest, pDTA->fd.dwFileAttributes & ~(ATTR_DIR|ATTR_VOLUME));

         //
         // If it already exists ignore the error return
         // as long as it is a directory and not a file.
         //
         if (ret == ERROR_ALREADY_EXISTS) {

            ret = WFIsDir(szDest) ?
               ERROR_SUCCESS :
               DE_DIREXISTSASFILE;
         }

         if (ret)
            bErrorOnDest = TRUE;

         // set attributes of new directory to those of the source

#ifdef NETCHECK
SkipMKDir:
#endif
         break;

      // FUNC_HARD is here, because one can select a directory in the file-pane and have SHIFT+CTRL+ALT pressed to 
      // create a junction. In this very case we get a Junction creation 'disguised' as FUNC_HARD
      case OPER_MKDIR | FUNC_HARD: 
      case OPER_MKDIR | FUNC_LINK:  
      {
         // Create symbolic link or junction
         if (WFFindFirst(&DTADest, szDest, ATTR_ALL)) {
            WFFindClose(&DTADest);

            dwResponse = ConfirmDialog(hdlgProgress, CONFIRMREPLACE,
               szDest, &DTADest, szSource, pDTA,
               bConfirmSubDel,
               &bSubtreeDelAll,
               bConfirmReadOnly,
               &bSubtreeDelReadOnlyAll);

            switch (dwResponse) {
            case IDYES:       // Perform the delete
               RMDir(szDest);
               break;

            case IDNO:
               continue;

            case IDCANCEL:
               goto CancelWholeOperation;
            }
         }
         CurIDS = IDS_CREATINGMSG;
         Notify(hdlgProgress, IDS_CREATINGMSG, szDest, szNULL);
         switch (pCopyInfo->dwFunc) {
         case FUNC_LINK:
            ret = WFSymbolicLink(szSource, szDest, SYMBOLIC_LINK_FLAG_DIRECTORY);
            break;

         case FUNC_HARD:
            ret = WFJunction(szDest, szSource);
            break;
         }

         //
         // If symlink dir already exists ignore the error. return
         // as long as it is a directory and not a file.
         //
         if (ERROR_ALREADY_EXISTS == ret) {

            ret = WFIsDir(szDest) ?
               ERROR_SUCCESS :
               DE_DIREXISTSASFILE;
         }

         // Don't follow a reparse point in the source. Stop recursion of GetNextPair for this entry
         pcr->cDepth = 0;

         if (ret != ERROR_SUCCESS)
            bErrorOnDest = TRUE;
      }
      break;

      case OPER_MKDIR | FUNC_DELETE:

         // Confirm removal of directory on this pass.  The directories
         // are actually removed on the OPER_RMDIR pass

         // We can't delete the root directory, so don't bother
         // confirming it

         if (IsRootDirectory(szSource))
            break;

         if (bConfirmed)
            break;

         dwResponse = ConfirmDialog (hdlgProgress,CONFIRMRMDIR,
            NULL,pDTA,szSource, NULL,
            bConfirmSubDel,
            &bSubtreeDelAll,
            bConfirmReadOnly,
            &bSubtreeDelReadOnlyAll);

         switch (dwResponse) {
         case IDYES:

#ifdef NETCHECK
            fInvalidate = TRUE;  // following may delete share
            switch (NetCheck(szSource,WNDN_RMDIR)) {
            case WN_SUCCESS:
               break;
            case WN_CANCEL:
            default:
               goto CancelWholeOperation;
            }
#endif
            break;

         case IDNO:
         case IDCANCEL:
            goto CancelWholeOperation;

         default:
            ret = dwResponse;
            goto ShowMessageBox;
         }
         break;

      case OPER_RMDIR | FUNC_MOVE:
      case OPER_RMDIR | FUNC_DELETE:

         CurIDS = IDS_REMOVINGDIRMSG;
         Notify(hdlgProgress, IDS_REMOVINGDIRMSG, szSource, szNULL);
         if (IsRootDirectory (szSource))
            break;
         if (IsCurrentDirectory (szSource))
            CdDotDot (szSource);

         //
         // We already confirmed the delete at MKDIR time, so attempt
         // to delete the directory
         //

         //
         // Tuck away the attribs in case we fail.
         //
         dwAttr = GetFileAttributes(szSource);

         WFSetAttr(szSource, FILE_ATTRIBUTE_NORMAL);

         ret = RMDir(szSource);

         if (ERROR_SHARING_VIOLATION == ret) {

            //
            // We could have been watching this with the notify system
            //

            //
            // Only do this for non-UNC
            //
            if (CHAR_COLON == szSource[1]) {

               NotifyPause(DRIVEID(szSource),(UINT)-1);
               ret = RMDir(szSource);
            }
         }
         //
         // On failure, restore attributes
         //
         if (ret && INVALID_FILE_ATTRIBUTES != dwAttr)
            WFSetAttr(szSource, dwAttr);

         break;

      case OPER_RMDIR | FUNC_COPY:
         break;

      case OPER_DOFILE | FUNC_HARD:
      case OPER_DOFILE | FUNC_LINK:
      case OPER_DOFILE | FUNC_COPY:


         if (IsWindowsFile(szDest)) {

            ret = DE_WINDOWSFILE;
            bErrorOnDest = TRUE;
            break;
         }

         //
         // Now try to process the file.  Do extra error processing only
         //      in 2 cases:
         //
         //  1) If a floppy is full let the user stick in a new disk
         //  2) If the path doesn't exist (the user typed in
         //     an explicit path that doesn't exist) ask if
         //     we should create it.

         // NOTE:  This processing is normally done by WFCopy.  But in
         //              the case where LFN copy support is invoked, we have
         //              to support this error condition here.  Modified by
         //    C. Stevens, August 1991

         switch (pCopyInfo->dwFunc) {
         case FUNC_COPY:
            ret = WFCopy(szSource, szDest);
            break;

         case FUNC_LINK:
            ret = WFSymbolicLink(szSource, szDest, 0);
            break;

         case FUNC_HARD:
            ret = WFHardLink(szSource, szDest);
            break;
         }

         if (pCopyInfo->bUserAbort)
            goto CancelWholeOperation;

         if (((ret == ERROR_DISK_FULL) && IsRemovableDrive(DRIVEID(szDest))) ||
            (ret == ERROR_PATH_NOT_FOUND))
         {
            //
            // There was an error, so delete the file that was just written
            // incorrectly.
            //
            // NOTE:  Must first make sure the attributes are clear so that
            //        the delete will always succeed.
            //
            SetFileAttributes(szDest, FILE_ATTRIBUTE_NORMAL);
            DeleteFile(szDest);

            //
            // Show retry popup.
            //
            ret = CopyMoveRetry(szDest, ret, &bErrorOnDest);
            if (!ret)
               goto TRY_COPY_AGAIN;

            else if (DE_OPCANCELLED == ret)
               goto CancelWholeOperation;
         }

         break;

      case OPER_DOFILE | FUNC_RENAME:
         {
            TCHAR save1,save2;
            LPTSTR p;

            if (CurIDS != IDS_RENAMINGMSG) {
               CurIDS = IDS_RENAMINGMSG;
               Notify(hdlgProgress, IDS_RENAMINGMSG, szNULL, szNULL);
            }

            // Get raw source and dest paths.  Check to make sure the
            // paths are the same

            p = FindFileName(szSource);
            save1 = *p;
            *p = CHAR_NULL;
            p = FindFileName(szDest);
            save2 = *p;
            *p = CHAR_NULL;
            ret = lstrcmpi(szSource, szDest);
            szSource[lstrlen(szSource)] = save1;
            szDest[lstrlen(szDest)] = save2;
            if (ret)  {
               ret = DE_DIFFDIR;
               break;
            }
            goto DoMoveRename;
         }

      case OPER_DOFILE | FUNC_MOVE:

DoMove:

         if (CurIDS != IDS_MOVINGMSG) {
            CurIDS = IDS_MOVINGMSG;
            Notify(hdlgProgress, IDS_MOVINGMSG, szNULL, szNULL);
         }
DoMoveRename:

         // Don't allow the user to rename from or to the root
         // directory

         if (IsRootDirectory(szSource)) {
            ret = DE_ROOTDIR;
            break;
         }
         if (IsRootDirectory(szDest)) {

            ret = DE_ROOTDIR;
            bErrorOnDest = TRUE;
            break;
         }

         if (IsCurrentDirectory(szSource))
            CdDotDot(szSource);

         //
         //  Save the attributes, since ConfirmDialog may change them.
         //
         dwAttr = GetFileAttributes(szSource);

         // Confirm the rename

         if (!bConfirmed) {

            dwResponse = ConfirmDialog (hdlgProgress,
                  (pCopyInfo->dwFunc == FUNC_MOVE ?
                  CONFIRMMOVE : CONFIRMRENAME),
                  NULL,pDTA,szSource,NULL,
                  FALSE,
                  &bFalse,
                  bConfirmReadOnly,
                  &bReplaceReadOnlyAll);

            switch (dwResponse) {
            case IDYES:
               break;

            case IDNO:
               continue;

            case IDCANCEL:
               goto CancelWholeOperation;

            default:
               ret = dwResponse;
               goto ShowMessageBox;
            }

#ifdef NETCHECK
            if (IsDirectory(szSource)) {

               fInvalidate = TRUE;  // following may delete share
               switch (NetCheck (szSource,WNDN_MVDIR)) {
               case WN_SUCCESS:
                  break;

               case WN_CONTINUE:
                  goto RenameMoveDone;

               case WN_CANCEL:
                  goto CancelWholeOperation;
               }
            }
#endif
         }

         if (IsWindowsFile(szSource)) {
            ret = DE_WINDOWSFILE;
         } else {

            //
            // always do move!  Even across partitions!
            //
            ret = WFMove(szSource, szDest, &bErrorOnDest, pcr->bFastMove);

            if (ERROR_SHARING_VIOLATION == ret &&
               pDTA->fd.dwFileAttributes & ATTR_DIR) {

               //
               // We could have been watching this with the notify system
               //

               //
               // Only do this for non-UNC
               //
               if (CHAR_COLON == szSource[1]) {

                  NotifyPause(DRIVEID(szSource),(UINT)-1);
                  ret = WFMove(szSource, szDest, &bErrorOnDest, pcr->bFastMove);
               }
            }

            if (ret == DE_OPCANCELLED)
               goto CancelWholeOperation;

#ifdef FASTMOVE

            if (pcr->bFastMove) {

               //
               // In the case of access denied, don't try and recurse
               // since on NTFS, this will fail also.
               //

               if (ret) {

                  //
                  // We failed.
                  //
                  // Go back to MkDir.  We are no longer doing a fast move.
                  //

                  pcr->bFastMove = FALSE;
                  goto DoMkDir;
               }
            }
#endif

            if (!ret)
            {
               // set attributes of dest to those of the source
               WFSetAttr(szDest, pDTA->fd.dwFileAttributes);
            }
            else
            {
                //
                //  Reset the attributes on the source file, since they
                //  may have been changed by ConfirmDialog.
                //
                SetFileAttributes(szSource, dwAttr);
            }

            if (pCopyInfo->bUserAbort)
               goto CancelWholeOperation;
         }

#ifdef NETCHECK
RenameMoveDone:
#endif
         break;

      case OPER_DOFILE | FUNC_DELETE:

         if (CurIDS != IDS_DELETINGMSG) {
            CurIDS = IDS_DELETINGMSG;
            Notify(hdlgProgress,IDS_DELETINGMSG,szNULL, szNULL);
         }

         //
         //  Save the attributes, since ConfirmDialog may change them.
         //
         dwAttr = GetFileAttributes(szSource);

         // Confirm the delete first

         if (!bConfirmed) {
            dwResponse = ConfirmDialog (hdlgProgress,CONFIRMDELETE,
                  NULL,pDTA,szSource,NULL,
                  bConfirmDelete,&bDeleteAll,
                  bConfirmReadOnly,
                  &bDeleteReadOnlyAll);

            switch (dwResponse) {

            case IDYES:
               break;

            case IDNO:

               // Set flag: not all deleted!
               bDirNotEmpty = TRUE;

               continue;

            case IDCANCEL:
               goto CancelWholeOperation;

            default:
               ret = dwResponse;
               goto ShowMessageBox;
            }
         }

         // make sure we don't delete any open windows
         // apps or dlls (lets hope this isn't too slow)

         ret = SafeFileRemove(szSource);

         //
         //  Reset the file attributes, since ConfirmDialog may have
         //  changed them.
         //
         if (ret)
         {
             SetFileAttributes(szSource, dwAttr);
         }

         break;

      default:
         ret = DE_HOWDIDTHISHAPPEN;   // internal error
         break;
      }

      // Report any errors which have occurred

      if (ret) {

ShowMessageBox:

         //
         // Currently, deleting a non-empty dir does NOT
         // return an error if an error occurred before.
         // This is allowed because the user may have chose
         // ignore.
         //
         if (ERROR_DIR_NOT_EMPTY == ret) {

            bDirNotEmpty = TRUE;

            if (bErrorOccured)
               continue;
         }

         if ( ERROR_ACCESS_DENIED == ret ) {
            if ( IDYES == ConfirmDialog (hdlgProgress,
               bErrorOnDest ? CONFIRMNOACCESSDEST : CONFIRMNOACCESS,
               NULL,pDTA,szSource,NULL,
               FALSE,&bNoAccessAll,
               FALSE, &bFalse)) {

               // Put up message after finishing that
               // the dir is not empty (all files/dirs where
               // not deleted!)

               bDirNotEmpty = TRUE;
               bErrorOccured = TRUE;

               ret = 0;
               bErrorOnDest = FALSE;

               pcr->bFastMove = TRUE;

               continue;

            } else {
               goto ExitLoop;
            }
         }

         INT errorIndex = pCopyInfo->dwFunc;
         if (errorIndex == FUNC_HARD && IsDirectory(szSource))
           errorIndex = FUNC_JUNC;
         ret = CopyError(szSource, szDest, ret, errorIndex, oper, bErrorOnDest, bFatalError);

         switch (ret) {
         case DE_RETRY:
            bConfirmed = TRUE;
            goto TRY_COPY_AGAIN;

         case DE_OPCANCELLED:

            //
            // Since we are cancelling an op, we definitely know that
            // an error occurred.
            //
            bErrorOccured = TRUE;
            ret = 0;

            break;

         default:

CancelWholeOperation:

            // Force a CopyCleanup in case there are any files in the
            // copy queue

            pCopyInfo->bUserAbort = TRUE;
            goto ExitLoop;
         }
      }
   }

ExitLoop:

   // Copy any outstanding files in the copy queue

   // this happens in error cases where we broke out of the pcr loop
   // without hitting the end

   if (pcr) {
     GetNextCleanup(pcr);
     LocalFree((HANDLE)pcr);
   }

   //
   // goofy way to make sure we've gotten all the WM_FSC messages
   //
   CleanupMessages();

   SendMessage(hwndFrame, FS_ENABLEFSC, 0, 0L);

   //
   // If we left with anything extra, tell user.
   //
   // But not if we the user aborted.
   //
   if (bDirNotEmpty && !pCopyInfo->bUserAbort) {

      TCHAR szMessage[MAXMESSAGELEN];
      TCHAR szTitle[MAXTITLELEN];

      LoadString( hAppInstance, IDS_COPYMOVENOTCOMPLETED, szTitle, COUNTOF( szTitle ));
      LoadString( hAppInstance, IDS_DIRREMAINS, szMessage, COUNTOF (szMessage));

      MessageBox ( hdlgProgress, szMessage, szTitle, MB_ICONSTOP );
   }

   NotifyResume(-1, (UINT)-1);

#ifdef NETCHECK
   if (fInvalidate)
      InvalidateAllNetTypes();   /* update special icons */
#endif

   SendMessage(hdlgProgress, FS_COPYDONE, ret, (LPARAM)pCopyInfo);

   LocalFree(pCopyInfo->pFrom);
   LocalFree(pCopyInfo->pTo);
   LocalFree(pCopyInfo);

   return 0;
}


//--------------------------------------------------------------------------*/
//
//  DMMoveCopyHelper() -
//
//--------------------------------------------------------------------------*/

// Used by Danger Mouse to do moves and copies.

DWORD
DMMoveCopyHelper(
   LPTSTR pFrom,
   LPTSTR pTo,
   INT iOperation)
{
   DWORD       dwStatus;
   LPWSTR      pTemp;
   PCOPYINFO   pCopyInfo;

   WCHAR      szConfirmFile[MAXPATHLEN+1];
   HDC hDC;

   //
   //  If either pointer is null, then return.
   //
   if (!pFrom || !pTo)
       return(0);

   //
   // Confirm mouse operations.
   //
   if (bConfirmMouse) {
      INT iConfirmMsg = IDS_MOVEMOUSECONFIRM;
      switch (iOperation) {
      case DROP_COPY:
         iConfirmMsg = IDS_COPYMOUSECONFIRM;
         break;
      case DROP_LINK:
      case DROP_HARD:
         iConfirmMsg = IDS_LINKMOUSECONFIRM;
         break;

      default:
      case DROP_MOVE:
         iConfirmMsg = IDS_MOVEMOUSECONFIRM;
      }
      LoadString(hAppInstance, iConfirmMsg, szTitle, COUNTOF(szTitle));

      lstrcpy(szConfirmFile,pTo);
      pTemp = FindFileName(szConfirmFile);

      // Kill trailing backslash if not to the root directory.
      if ((pTemp - szConfirmFile) > 3)
         pTemp--;

      // Do check by look at end...
      // ( for "\"f:\\this is\\a\"\\test" string  (  "f:\this is\a"\test  )
      // A better test would be to see if pTemp has an odd number of quotes
      if ( CHAR_DQUOTE == pTemp[lstrlen( pTemp ) -1] ) {

         *pTemp = CHAR_DQUOTE;
         *(pTemp+1) = CHAR_NULL;
      } else {
         *pTemp = CHAR_NULL;
      }

      hDC = GetDC(NULL);
      CompactPath(hDC, szConfirmFile, GetSystemMetrics(SM_CXSCREEN)/4*3);
      ReleaseDC(NULL, hDC);
      wsprintf(szMessage, szTitle, szConfirmFile);

      LoadString(hAppInstance, IDS_MOUSECONFIRM, szTitle, COUNTOF(szTitle));

      if (MessageBox(hwndFrame, szMessage, szTitle, MB_YESNO | MB_ICONEXCLAMATION | MB_SETFOREGROUND) != IDYES)
         return DE_OPCANCELLED;
   }


   pCopyInfo = (PCOPYINFO) LocalAlloc(LPTR, sizeof(COPYINFO));

   if (!pCopyInfo) {

Error:

      FormatError(TRUE, szMessage, COUNTOF(szMessage), GetLastError());
      LoadString(hAppInstance, IDS_WINFILE, szTitle, COUNTOF(szTitle));

      MessageBox(hwndFrame, szMessage, szTitle, MB_OK | MB_ICONEXCLAMATION);

      //
      // return error message
      //
      return ERROR_OUTOFMEMORY;
   }

   pCopyInfo->pFrom = (LPTSTR) LocalAlloc(LMEM_FIXED,
                                          ByteCountOf(lstrlen(pFrom)+1));

   pCopyInfo->pTo = (LPTSTR) LocalAlloc(LMEM_FIXED,
                                        ByteCountOf(lstrlen(pTo)+1));

   if (!pCopyInfo->pFrom || !pCopyInfo->pTo) {

      if (pCopyInfo->pFrom)
         LocalFree(pCopyInfo->pFrom);

      if (pCopyInfo->pTo)
         LocalFree(pCopyInfo->pTo);

      goto Error;
   }

   switch (iOperation) {
   case DROP_COPY:
      pCopyInfo->dwFunc = FUNC_COPY;
      break;
   case DROP_LINK:
      pCopyInfo->dwFunc = FUNC_LINK;
      break;
   case DROP_HARD:
      pCopyInfo->dwFunc = FUNC_HARD;
      break;

   default:
   case DROP_MOVE:
      pCopyInfo->dwFunc = FUNC_MOVE;
      break;
   }
   pCopyInfo->bUserAbort = FALSE;

   lstrcpy(pCopyInfo->pFrom, pFrom);
   lstrcpy(pCopyInfo->pTo, pTo);

   dwStatus = (DWORD)DialogBoxParam(hAppInstance,
                                    (LPTSTR) MAKEINTRESOURCE(DMSTATUSDLG),
                                    hwndFrame,
                                    ProgressDlgProc,
                                    (LPARAM)pCopyInfo);

   return dwStatus;
}

DWORD
FileRemove(LPTSTR pSpec)
{
   if (DeleteFile(pSpec))
      return (DWORD)0;
   else
      return GetLastError();
}


DWORD
FileMove(LPTSTR pFrom, LPTSTR pTo, PBOOL pbErrorOnDest, BOOL bSilent)
{
   DWORD result;
   BOOL bTried = FALSE;
   LPTSTR pTemp;

   *pbErrorOnDest = FALSE;

TryAgain:
    if (MoveFile((LPTSTR)pFrom, (LPTSTR)pTo))
        result = 0;
    else
        result = GetLastError();

    // try to create the destination if it is not there

    if (result == ERROR_PATH_NOT_FOUND) {

       if (bSilent) {

          if (!bTried) {

             //
             // Silently create the directory
             //
             pTemp = FindFileName(pTo) - 1;
             *pTemp = CHAR_NULL;

             result = WF_CreateDirectory(hdlgProgress, pTo, NULL);

             *pTemp = CHAR_BACKSLASH;
             bTried = TRUE;

             if (!result)
                goto TryAgain;
          }
          return result;
       }

       result = CopyMoveRetry(pTo, (INT)result, pbErrorOnDest);
       if (!result)
          goto TryAgain;
       else
          return result;
    }
   return(result);
}



/*============================================================================
;
; CopyError
;
; The following function reports an error during a file copy operation
;
; Parameters
;
; lpszSource - Source file name
; lpszDest   - Destination file name
; nError     - dos (or our extended) error code
;
; dwFunc      - Operation being performed during error.  Can be one of:
;              FUNC_DELETE - Delete files in pFrom
;              FUNC_RENAME - Rename files (same directory)
;              FUNC_MOVE   - Move files in pFrom to pTo (different disk)
;              FUNC_COPY   - Copy files in pFrom to pTo
; nOper      - Operation being performed.  Can be one of:
;              OPER_ERROR  - Error processing filenames
;              OPER_DOFILE - Go ahead and copy, rename, or delete file
;              OPER_MKDIR  - Make a directory specified in pTo
;              OPER_RMDIR  - Remove directory
;              0           - No more files left
;
;
; GLOBAL:      ManySource  - many source files?
;
; Return Value: None
;
; Written by C. Stevens, August 1991
;
============================================================================*/

DWORD
CopyError(LPTSTR pszSource,
   LPTSTR pszDest,
   DWORD dwError,
   DWORD dwFunc,
   INT nOper,
   BOOL bErrorOnDest,
   BOOL bFatalError)
{
   TCHAR szVerb[MAXERRORLEN];          /* Verb describing error */
   TCHAR szReason[MAXERRORLEN];        /* Reason for error */
   TCHAR szFile[MAXPATHLEN+1];
   TCHAR szTitle[MAXTITLELEN];
   TCHAR szMessage[MAXMESSAGELEN];
   HDC hDC;

   if (dwError == DE_OPCANCELLED)    // user abort
      return DE_OPCANCELLED;

   // Make sure the whole path name fits on the screen

   StrCpyN(szFile, bErrorOnDest ? pszDest : pszSource, COUNTOF(szFile));
   hDC = GetDC(NULL);
   CompactPath(hDC, szFile, GetSystemMetrics(SM_CXSCREEN)/4*3);
   ReleaseDC(NULL, hDC);

   LoadString(hAppInstance, IDS_COPYERROR + dwFunc, szTitle, COUNTOF(szTitle));

   // get the verb string

   if (nOper == OPER_DOFILE || !nOper) {

      if (bErrorOnDest)
         // this is bogus, this could be IDS_CREATING as well...
         LoadString(hAppInstance, IDS_REPLACING, szVerb, COUNTOF(szVerb));
      else
         LoadString(hAppInstance, IDS_VERBS + dwFunc, szVerb, COUNTOF(szVerb));

   } else {
      LoadString(hAppInstance, IDS_ACTIONS + (nOper >> 8), szVerb, COUNTOF(szVerb));
   }

   // get the reason string

   FormatError(TRUE, szReason, COUNTOF(szReason), dwError);

   // use the files names or "Selected files" if file list too long

   if (!nOper && (lstrlen(pszSource) > 64))
      LoadString(hAppInstance, IDS_SELECTEDFILES, pszSource, 64);

   wsprintf(szMessage, szVerb, szFile, szReason);

   switch (MessageBox(hdlgProgress, szMessage, szTitle,
      bFatalError || !ManySource ?
         MB_ICONSTOP | MB_OK :
         MB_ABORTRETRYIGNORE | MB_ICONSTOP | MB_DEFBUTTON2)) {

   case IDRETRY:
      return DE_RETRY;
   case IDIGNORE:
      return DE_OPCANCELLED;
   case IDABORT:
   case IDOK:
   default:
      return dwError;
   }
}


/*============================================================================
;
; CopyMoveRetry
;
; The following function is used to retry failed move/copy operations
; due to out of disk situations or path not found errors
; on the destination.
;
; NOTE: the destination drive must be removable or this function
;   does not make a whole lot of sense
;
; Parameters:
;
; pszDest   - Fully qualified path to destination file
; nError    - Type of error which occurred: DE_NODISKSPACE or DE_PATHNOTFOUND
;
; returns:
;   0   success (destination path has been created)
;   != 0    dos error code including DE_OPCANCELLED
;
============================================================================*/

INT
CopyMoveRetry(LPTSTR pszDest, INT nError, PBOOL pbErrorOnDest)
{
   TCHAR szReason[128]; /* Error message string */
   LPTSTR pTemp;         /* Pointer into filename */
   WORD wFlags;        /* Message box flags */
   INT  result;        /* Return from MessageBox call */
   WCHAR szMessage[MAXMESSAGELEN];
   WCHAR szTitle[128];

   do {     // until the destination path has been created

      *pbErrorOnDest = FALSE;

      GetWindowText(hdlgProgress, szTitle, COUNTOF(szTitle));

      if (nError == ERROR_PATH_NOT_FOUND) {

         LoadString(hAppInstance, IDS_PATHNOTTHERE, szReason, COUNTOF(szReason));

         // Note the -1 below here is valid in both SBCS and DBCS because
         // pszDest is fully qualified and the character preceding the
         // file name must be a backslash

         pTemp = FindFileName(pszDest) - 1;
         *pTemp = CHAR_NULL;
         wsprintf(szMessage, szReason, pszDest);

         *pTemp = CHAR_BACKSLASH;
         wFlags = MB_ICONEXCLAMATION | MB_YESNO;

      } else {
         wFlags = MB_ICONEXCLAMATION | MB_OKCANCEL;
         LoadString(hAppInstance, IDS_DESTFULL, szMessage, COUNTOF(szMessage));
      }

      result = MessageBox(hdlgProgress,szMessage,szTitle,wFlags);

      if (result == IDOK || result == IDYES) {

         // Allow the disk to be formatted
         // BOOL bModal added (TRUE)
         if (!IsTheDiskReallyThere(hdlgProgress, pszDest, FUNC_COPY, TRUE))
            return DE_OPCANCELLED;

         pTemp = FindFileName(pszDest) - 1;
         *pTemp = CHAR_NULL;

         //
         // Is there a problem with this?
         //
         result = WF_CreateDirectory(hdlgProgress, pszDest, NULL);
         *pTemp = CHAR_BACKSLASH;

         // only as once if creating the destination failed

         if (result == DE_OPCANCELLED)
            return DE_OPCANCELLED;

         if (result && (nError == ERROR_PATH_NOT_FOUND)) {

            *pbErrorOnDest = TRUE;
            return result;
         }
      } else
         return DE_OPCANCELLED;

      // If it already exists, that's ok too.

      if ( ERROR_ALREADY_EXISTS == result )
         result = 0;

   } while (result);

   return 0;        // success
}