/*  Part of XPCE --- The SWI-Prolog GUI toolkit

    Author:        Jan Wielemaker and Anjo Anjewierden
    E-mail:        jan@swi.psy.uva.nl
    WWW:           http://www.swi.psy.uva.nl/projects/xpce/
    Copyright (c)  1998-2011, University of Amsterdam
    All rights reserved.

    Redistribution and use in source and binary forms, with or without
    modification, are permitted provided that the following conditions
    are met:

    1. Redistributions of source code must retain the above copyright
       notice, this list of conditions and the following disclaimer.

    2. Redistributions in binary form must reproduce the above copyright
       notice, this list of conditions and the following disclaimer in
       the documentation and/or other materials provided with the
       distribution.

    THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
    "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
    LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS
    FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
    COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT,
    INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
    BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
    LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
    CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
    LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
    ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
    POSSIBILITY OF SUCH DAMAGE.
*/

#include "include.h"
#include <h/unix.h>			/* file access */

#define USE_PRINTDLG 1
#ifdef USE_PRINTDLG
#undef PAGESETUPDLG
#define PAGESETUPDLG PRINTDLG
#endif

#define WinError() strName(WinStrError(GetLastError()))

Class ClassWinPrinter;			/* the class handle */
typedef struct win_printer *WinPrinter;

typedef struct
{ HDC		hdc;			/* Device hdc */
#ifdef USE_PRINTDLG
  PRINTDLG	info;
#else
  PAGESETUPDLG	info;			/* Window page setup data */
#endif
} ws_printer, *WsPrinter;


NewClass(win_printer)			/* class structure */
  Name	    map_mode;			/* Mapping mode */
  Name	    job_name;			/* Job Name */
  Int	    job;			/* Job Id */
  Tuple	    range;			/* Range of pages to print */
  Any	    resolution;			/* Resolution of the device */
  Point	    origin;			/* Origin of the coordinate system */
  Any	    device;			/* Output device */
  WsPrinter ws_ref;			/* Windows data */
End;

static Chain  WinPrinters;		/* @win_printers */
static status closeWinPrinter(WinPrinter prt);
static int    nameToMapMode(Name name);
static Name   mapModeToName(int mode);
static status mapModeWinPrinter(WinPrinter prt, Name mode);

static status
initialiseWinPrinter(WinPrinter prt, Name jobname)
{ if ( isDefault(jobname) )
    jobname = CtoName("XPCE");

  assign(prt, map_mode,   DEFAULT);
  assign(prt, device,     DEFAULT);
  assign(prt, job_name,   jobname);
  assign(prt, job,        NIL);
  assign(prt, resolution, DEFAULT);
  assign(prt, origin,	  newObject(ClassPoint, EAV));

  prt->ws_ref = alloc(sizeof(ws_printer));
  memset(prt->ws_ref, 0, sizeof(ws_printer));

  return prependChain(WinPrinters, prt);
}


static void
resetDataWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref )
  { PAGESETUPDLG *psd = &prt->ws_ref->info;

    if ( prt->ws_ref->hdc )
    { DeleteDC(prt->ws_ref->hdc);
      prt->ws_ref->hdc = 0;
    }

    if ( psd->hDevMode )
      GlobalFree(psd->hDevMode);

    memset(prt->ws_ref, 0, sizeof(ws_printer));
  }
}


static status
unlinkWinPrinter(WinPrinter prt)
{ closeWinPrinter(prt);
  resetDataWinPrinter(prt);

  if ( prt->ws_ref )
  { unalloc(sizeof(ws_printer), prt->ws_ref);
    prt->ws_ref = NULL;
  }

  deleteChain(WinPrinters, prt);

  succeed;
}


static void
closeAllWinPrinters(int rval)
{ if ( WinPrinters )
  { Cell cell;

    for_cell(cell, WinPrinters)
    { WinPrinter prt = cell->value;

      closeWinPrinter(prt);
    }
  }
}

		 /*******************************
		 *	       OPEN		*
		 *******************************/

static status
setupWinPrinter(WinPrinter prt, FrameObj fr)
{ HWND hwnd = (isDefault(fr) ? 0 : getHwndFrame(fr));
  Name mm;

  PAGESETUPDLG *psd = &prt->ws_ref->info;

  resetDataWinPrinter(prt);

  psd->lStructSize = sizeof(PAGESETUPDLG);
  psd->hwndOwner = hwnd;
/*
  psd->hDevMode;
  psd->hDevNames;
  psd->Flags;
*/
#ifdef USE_PRINTDLG
  psd->Flags = (PD_ALLPAGES|
		PD_RETURNDC|
		PD_NOSELECTION|
		PD_USEDEVMODECOPIESANDCOLLATE);

  if ( notNil(prt->range) )
  { psd->nFromPage = valInt(prt->range->first);
    psd->nToPage = valInt(prt->range->second);
  } else
    psd->Flags |= PD_NOPAGENUMS;

/* Keep them here are reminder
  psd->hDC;
  psd->Flags;
  psd->nFromPage;
  psd->nToPage;
  psd->nMinPage;
  psd->nMaxPage;
  psd->nCopies;
  psd->hInstance;
  psd->lCustData;
  psd->lpfnPrintHook;
  psd->lpfnSetupHook;
  psd->lpPrintTemplateName;
  psd->lpSetupTemplateName;
  psd->hPrintTemplate;
  psd->hSetupTemplate;
*/
  psd->nCopies = 1;
#else
/*
  psd->ptPaperSize;
  psd->rtMinMargin;
  psd->rtMargin;
  psd->hInstance;
  psd->lCustData;
  psd->lpfnPageSetupHook;
  psd->lpfnPagePaintHook;
  psd->lpPageSetupTemplateName;
  psd->hPageSetupTemplate;
*/
#endif

  if ( isName(prt->device) )		/* default printer name */
  { char *s = strName(prt->device);
    HGLOBAL h = GlobalAlloc(GMEM_MOVEABLE, sizeof(DEVNAMES)+strlen(s)+1);
    DEVNAMES *names = GlobalLock(h);

    names->wDriverOffset = 0;		/* i.e. "WINSPOOL" */
    names->wDeviceOffset = sizeof(DEVNAMES);
    names->wOutputOffset = 0;		/* port (or "FILE:") */
    names->wDefault      = 0;
    strcpy((char *)&names[1], s);

    GlobalUnlock(h);
    psd->hDevNames = h;
  }

#ifdef USE_PRINTDLG
  if ( !PrintDlg(psd) )
#else
  if ( !PageSetupDlg(psd) )
#endif
  { DWORD rc;

    if ( (rc=CommDlgExtendedError()) )
    { /* TBD: define kernel error and pass Windows message */

      send(CurrentDisplay(NIL), NAME_report, NAME_error,
	   CtoString("Unable to set up printer"), EAV);
    }
    fail;
  }

  if ( psd->hDevNames )			/* debugging */
  { DEVNAMES *names = GlobalLock(psd->hDevNames);

    if ( names->wDriverOffset )
      DEBUG(NAME_print,
	    Cprintf("driver=%s\n", (char *)names+names->wDriverOffset));
    if ( names->wDeviceOffset )
    { assign(prt, device, CtoName((char *)names+names->wDeviceOffset));
      DEBUG(NAME_print,
	    Cprintf("dev=%s\n", (char *)names+names->wDeviceOffset));
    }
    if ( names->wOutputOffset )
      DEBUG(NAME_print,
	    Cprintf("output=%s\n", (char *)names+names->wOutputOffset));

    GlobalUnlock(psd->hDevNames);
  }


#ifndef USE_PRINTDLG
  if ( psd->hDevMode )
  { DEVMODE *dmode = GlobalLock(psd->hDevMode);
    prt->ws_ref->hdc = CreateDC("WINSPOOL", /* NT, NULL for Windows-95 */
				dmode->dmDeviceName,
				NULL,
				psd->hDevMode);
    GlobalUnlock(psd->hDevMode);
  }
#else
  prt->ws_ref->hdc = psd->hDC;
  if ( notNil(prt->range) && (psd->Flags & PD_PAGENUMS) )
  { assign(prt->range, first,  toInt(psd->nFromPage));
    assign(prt->range, second, toInt(psd->nToPage));
  }
#endif

  if ( !prt->ws_ref->hdc )
  { Cprintf("Failed to open Printer DC: %s\n", WinError());
    fail;
  }

  SetBkMode(prt->ws_ref->hdc, TRANSPARENT);

  if ( (mm = mapModeToName(GetMapMode(prt->ws_ref->hdc))) )
    assign(prt, map_mode, mm);

  DEBUG(NAME_print, Cprintf("Got MM %s from HDC=%p\n",
			    pp(mm), prt->ws_ref->hdc));

  succeed;
}


static status
openWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref->hdc )
  { DOCINFO di;
    int job;
    char fname[PATH_MAX];

    di.cbSize       = sizeof(di);
    di.lpszDocName  = strName(prt->job_name);

    if ( instanceOfObject(prt->device, ClassFile) )
    { Name name = getOsNameFile(prt->device);

      if ( !_xos_os_filename(strName(name), fname, sizeof(fname)) )
	return errorPce(prt, NAME_representation, NAME_nameTooLong);
      di.lpszOutput = fname;
    } else if ( prt->ws_ref->info.Flags & PD_PRINTTOFILE )
					/* User selected print-to-file */
#if 1
    { Name to;
      static Chain filter;

      if ( !filter )
	filter = globalObject(NAME_printFileFilter,
			      ClassChain,
			      newObject(ClassTuple,
					NAME_printFile,
					CtoName("*.prn"), EAV),
			      newObject(ClassTuple,
					NAME_allFiles,
					CtoName("*.*"), EAV),
			      EAV);

      if ( (to = getWinFileNameDisplay(CurrentDisplay(NIL),
				       NAME_save,
				       filter,
				       DEFAULT,
				       DEFAULT,
				       DEFAULT,
				       DEFAULT,
				       DEFAULT)) )
      { if ( !_xos_os_filename(strName(to), fname, sizeof(fname)) )
	  return errorPce(prt, NAME_representation, NAME_nameTooLong);
	di.lpszOutput = fname;
      } else
	fail;				/* Use cancel */
#else
    { PAGESETUPDLG *psd = &prt->ws_ref->info;
      DEVNAMES *names = GlobalLock(psd->hDevNames);

      strcpy(fname, &((char *)names)[names->wOutputOffset]);
      di.lpszOutput = fname;
      DEBUG(NAME_print, Cprintf("Printing to file: \"%s\"\n", fname));

      GlobalUnlock(psd->hDevNames);
#endif
    } else
      di.lpszOutput = NULL;

    di.lpszDatatype = NULL;
    di.fwType	    = 0;

    if ( (job=StartDoc(prt->ws_ref->hdc, &di) > 0) &&
	 StartPage(prt->ws_ref->hdc) > 0 )
    { if ( notDefault(prt->map_mode) )
	SetMapMode(prt->ws_ref->hdc, nameToMapMode(prt->map_mode));
      assign(prt, job, toInt(job));
      succeed;
    }
  }

  fail;
}


static status
nextPageWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref->hdc )
  { EndPage(prt->ws_ref->hdc);
    StartPage(prt->ws_ref->hdc);
    if ( notDefault(prt->map_mode) )	/* Windows 95 resets this */
      SetMapMode(prt->ws_ref->hdc, nameToMapMode(prt->map_mode));

    succeed;
  }

  fail;
}


static status
closeWinPrinter(WinPrinter prt)
{ if ( notNil(prt->job) && prt->ws_ref->hdc )
  { EndPage(prt->ws_ref->hdc);
    EndDoc(prt->ws_ref->hdc);
    assign(prt, job, NIL);
  }

  succeed;
}

		 /*******************************
		 *	  SET DIMENSIONS	*
		 *******************************/

/* - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
A long search has resulted  in  these   magical  formulas  to relate the
Physical (Dx/Dy) and Logical (Lx/Ly) properly.

Dx = (Lx - xWO) * xVE/xWE + xVO
Dy = (Ly - yWO) * yVE/yWE + yVO
Lx = (Dx - xVO) * xWE/xVE + xWO
Ly = (Dy - yVO) * yWE/yVE + yWO

If the resolution is @default, ->resolution   sets the scaling such that
the physical dimensions on the screen are the same as on the paper based
on the information on printer- and screen resolution.
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - */

static status
resolutionWinPrinter(WinPrinter prt, Any resolution)
{ if ( prt->resolution != resolution )
  { assign(prt, resolution, resolution);

    if ( isDefault(resolution) || isInteger(resolution) )
      mapModeWinPrinter(prt, NAME_isotropic);
    else
      mapModeWinPrinter(prt, NAME_anisotropic);

    if ( prt->ws_ref->hdc )
    { int w, h;
      HDC hdc = prt->ws_ref->hdc;
      HDC shdc = GetDC(NULL);
      int rx  = GetDeviceCaps(hdc, LOGPIXELSX);
      int ry  = GetDeviceCaps(hdc, LOGPIXELSY);
      int srx = GetDeviceCaps(shdc, LOGPIXELSX);
      int sry = GetDeviceCaps(shdc, LOGPIXELSY);
      int ox = valInt(prt->origin->x);
      int oy = valInt(prt->origin->y);

      ReleaseDC(NULL, shdc);

      DEBUG(NAME_print,
	    Cprintf("Resolution = %d x %d, Screen = %d x %d\n",
		    rx, ry, srx, sry));

      SetWindowOrgEx(hdc, ox, oy, NULL);

      if ( isDefault(resolution) )
      { SetViewportOrgEx(hdc, 0, 0, NULL);
	SetWindowExtEx(hdc, srx, sry, NULL);
	SetViewportExtEx(hdc, rx, ry, NULL);
      } else
      { int pw = GetDeviceCaps(hdc, PHYSICALWIDTH);
	int ph = GetDeviceCaps(hdc, PHYSICALHEIGHT);

	if ( isInteger(resolution) )
	{ int pw = GetDeviceCaps(hdc, PHYSICALWIDTH);
	  int ph = GetDeviceCaps(hdc, PHYSICALHEIGHT);

	  h = valInt(resolution);
	  w = (h*pw)/ph;

	} else
	{ Size sz = resolution;

	  h = valInt(sz->h);
	  w = valInt(sz->w);
	}

	SetViewportOrgEx(hdc, 0, 0, NULL);
	SetWindowExtEx(hdc, w, h, NULL);
	SetViewportExtEx(hdc, pw, ph, NULL);
      }
    }
  }

  succeed;
}


static status
originWinPrinter(WinPrinter prt, Point origin)
{ if ( !equalPoint(origin, prt->origin) )
  { copyPoint(prt->origin, origin);

    if ( prt->ws_ref->hdc )
    { int x = valInt(prt->origin->x);
      int y = valInt(prt->origin->y);
      HDC hdc = prt->ws_ref->hdc;

      SetWindowOrgEx(hdc, x, y, NULL);
      SetViewportOrgEx(hdc, 0, 0, NULL); /* needed? */
    }
  }

  succeed;
}


static status
viewportWinPrinter(WinPrinter prt, Area vp)
{ HDC hdc = prt->ws_ref->hdc;

  if ( hdc )
  { int x = valInt(vp->x);
    int y = valInt(vp->y);
    int w = valInt(vp->w);
    int h = valInt(vp->h);

    SetViewportOrgEx(hdc, x, y, NULL);
    SetViewportExtEx(hdc, w, h, NULL);

    succeed;
  }

  fail;
}


static status
windowWinPrinter(WinPrinter prt, Area ww)
{ HDC hdc = prt->ws_ref->hdc;

  if ( hdc )
  { int x = valInt(ww->x);
    int y = valInt(ww->y);
    int w = valInt(ww->w);
    int h = valInt(ww->h);

    SetWindowOrgEx(hdc, x, y, NULL);
    SetWindowExtEx(hdc, w, h, NULL);

    succeed;
  }

  fail;
}


static status
rangeWinPrinter(WinPrinter prt, Tuple range)
{ if ( isNil(range) ||
       (isInteger(range->first) &&
	isInteger(range->second)) )
  { assign(prt, range, range);

    succeed;
  }

  return errorPce(range, NAME_unexpectedType, nameToType(NAME_tuple));
}


		 /*******************************
		 *	       INFO		*
		 *******************************/

static Size
getSizeWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref->hdc )
  { int w = GetDeviceCaps(prt->ws_ref->hdc, PHYSICALWIDTH);
    int h = GetDeviceCaps(prt->ws_ref->hdc, PHYSICALHEIGHT);

    answer(answerObject(ClassSize, toInt(w), toInt(h), EAV));
  }

  fail;
}


static Point
getOffsetWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref->hdc )
  { int x = GetDeviceCaps(prt->ws_ref->hdc, PHYSICALOFFSETX);
    int y = GetDeviceCaps(prt->ws_ref->hdc, PHYSICALOFFSETY);

    answer(answerObject(ClassPoint, toInt(x), toInt(y), EAV));
  }

  fail;
}


static Size
getDotsPerInchWinPrinter(WinPrinter prt)
{ if ( prt->ws_ref->hdc )
  { int x = GetDeviceCaps(prt->ws_ref->hdc, LOGPIXELSX);
    int y = GetDeviceCaps(prt->ws_ref->hdc, LOGPIXELSY);

    answer(answerObject(ClassSize, toInt(x), toInt(y), EAV));
  }

  fail;
}


typedef struct
{ int	mode;
  Name	name;
} mapmode;


static mapmode map[] =
{ { MM_ANISOTROPIC, NAME_anisotropic },
  { MM_HIENGLISH,   NAME_hienglish },
  { MM_HIMETRIC,    NAME_himetric },
  { MM_ISOTROPIC,   NAME_isotropic },
  { MM_LOENGLISH,   NAME_loenglish },
  { MM_TEXT,	    NAME_text },
  { MM_TWIPS,	    NAME_twips },
  { -1,		    NULL }
};


static int
nameToMapMode(Name name)
{ mapmode *m = map;

  for(; m->name; m++)
  { if ( m->name == name )
      return m->mode;
  }

  return -1;
}


static Name
mapModeToName(int mode)
{ mapmode *m = map;

  for(; m->name; m++)
  { if ( m->mode == mode )
      return m->name;
  }

  return NULL;
}



static status
mapModeWinPrinter(WinPrinter prt, Name mode)
{ if ( prt->map_mode != mode )
  { assign(prt, map_mode, mode);

    if ( prt->ws_ref->hdc )
    { if ( !SetMapMode(prt->ws_ref->hdc, nameToMapMode(mode)) )
      { Cprintf("Failed SetMapMode(%s): %s\n", strName(mode), WinError());
	fail;
      }
    }
  }

  succeed;
}


		 /*******************************
		 *	      DRAWING		*
		 *******************************/

static status
drawInWinPrinter(WinPrinter prt, Any obj, Point pos)
{ Int oldx, oldy;
  Device dev;
  Area bb;

  if ( notDefault(pos) && instanceOfObject(obj, ClassGraphical) )
  { Graphical gr = obj;

    oldx = gr->area->x;
    oldy = gr->area->y;
    dev = gr->device;
    gr->device = NIL;
    setGraphical(gr, pos->x, pos->y, DEFAULT, DEFAULT);
  } else
  { oldx = oldy = DEFAULT;
    dev = NIL;				/* keep compiler happy */
  }

  if ( instanceOfObject(obj, ClassGraphical) )
  { Graphical gr = obj;

    ComputeGraphical(getRootGraphical(gr));
    bb = gr->area;
  } else /* if ( instanceOfObject(obj, ClassChain) ) */
  { Cell cell;

    bb = answerObject(ClassArea, EAV);
    for_cell(cell, (Chain)obj)
    { Graphical gr = cell->value;

      if ( instanceOfObject(gr, ClassGraphical) )
      { ComputeGraphical(getRootGraphical(gr));
	unionNormalisedArea(bb, gr->area);
      }
    }
  }


  d_hdc(prt->ws_ref->hdc, DEFAULT, DEFAULT, FALSE);
  d_offset(0,0);			/* needed for proper init */

  if ( instanceOfObject(obj, ClassGraphical) )
  { Graphical gr = obj;

    RedrawArea(gr, gr->area);
  } else
  { Chain ch = obj;
    Cell cell;

    for_cell(cell, ch)
    { if ( instanceOfObject(cell->value, ClassGraphical) )
      { Graphical gr = cell->value;

	RedrawArea(gr, gr->area);
      }
    }
  }

  d_done();

  doneObject(bb);

  if ( notDefault(oldx) )
  { Graphical gr = obj;

    setGraphical(gr, oldx, oldy, DEFAULT, DEFAULT);
    gr->device = dev;
  }

  succeed;
}



		 /*******************************
		 *	 CLASS DECLARATION	*
		 *******************************/

/* Type declarations */

static char *T_drawIn[] =
        { "graphical|chain", "at=[point]" };

/* Instance Variables */

static vardecl var_winprinter[] =
{ SV(NAME_mapMode,
     "[{anisotropic,hienglish,himetric,isotropic,loenglish,text,twips}]",
     IV_GET|IV_STORE, mapModeWinPrinter,
     NAME_dimension, "Resolution and coordinate system"),
  IV(NAME_jobName, "name", IV_BOTH,
     NAME_name, "Public name of the print job"),
  IV(NAME_job, "int*", IV_GET,
     NAME_identifier, "Windows job-id for this print job"),
  SV(NAME_range, "tuple*", IV_GET|IV_STORE, rangeWinPrinter,
     NAME_selection, "Range of pages to print"),
  SV(NAME_resolution, "[int|size]", IV_GET|IV_STORE, resolutionWinPrinter,
     NAME_dimension, "Height/Size of the page in logical units"),
  SV(NAME_origin, "point", IV_GET|IV_STORE, originWinPrinter,
     NAME_dimension, "Origin for drawing"),
  IV(NAME_device, "[name|file]", IV_BOTH,
     NAME_output, "Default output device"),
  IV(NAME_wsRef, "alien:PRINTDLG *", IV_GET,
     NAME_internal, "Associated Windows data")
};

/* Send Methods */

static senddecl send_winprinter[] =
{ SM(NAME_initialise, 1, "job_name=[name]", initialiseWinPrinter,
     DEFAULT, "Create Windows printer interface"),
  SM(NAME_unlink, 0, NULL, unlinkWinPrinter,
     DEFAULT, "Remove from @win_printers"),
  SM(NAME_setup, 1, "frame=[frame]", setupWinPrinter,
     NAME_property, "Query properties using standard dialog"),
  SM(NAME_viewport, 1, "area", viewportWinPrinter,
     NAME_dimension, "Set the physical area"),
  SM(NAME_window, 1, "area", windowWinPrinter,
     NAME_dimension, "Set the logical area"),
  SM(NAME_open, 0, NULL, openWinPrinter,
     NAME_open, "Start a document"),
  SM(NAME_close, 0, NULL, closeWinPrinter,
     NAME_open, "End a document"),
  SM(NAME_nextPage, 0, NULL, nextPageWinPrinter,
     NAME_print, "Advance to the next page"),
  SM(NAME_drawIn, 2, T_drawIn, drawInWinPrinter,
     NAME_print, "Paint graphical on printer")
};

/* Get Methods */

static getdecl get_winprinter[] =
{ GM(NAME_size, 0, "size", NULL, getSizeWinPrinter,
     NAME_dimension, "Size of page in device units"),
  GM(NAME_offset, 0, "point", NULL, getOffsetWinPrinter,
     NAME_dimension, "Top-left-most position that can be printed"),
  GM(NAME_dotsPerInch, 0, "size", NULL, getDotsPerInchWinPrinter,
     NAME_dimension, "Resolution in dots per inch")
};

/* Resources */

#define rc_winprinter NULL
/*
static classvardecl rc_winprinter[] =
{
};
*/

/* Class Declaration */

static Name winprinter_termnames[] = { NAME_file };

ClassDecl(winprinter_decls,
          var_winprinter, send_winprinter, get_winprinter, rc_winprinter,
          1, winprinter_termnames,
          "$Rev$");


status
makeClassWinPrinter(Class class)
{ declareClass(class, &winprinter_decls);

  WinPrinters = globalObject(CtoName("win_printers"), ClassChain, EAV);

  at_pce_exit(closeAllWinPrinters, ATEXIT_FIFO);

  succeed;
}