ppd/ppd-cache.c

//
// PPD cache implementation for libppd.
//
// Copyright © 2024 by OpenPrinting
// Copyright © 2010-2019 by Apple Inc.
//
// Licensed under Apache License v2.0.  See the file "LICENSE" for more
// information.
//

//
// Include necessary headers...
//

#include <ppd/string-private.h>
#include <ppd/array-private.h>
#include <ppd/ipp-private.h>
#include <ppd/ppd.h>
#include <ppd/debug-internal.h>
#include <ppd/libcups2-private.h>
#include <math.h>
#include <limits.h>
#include <errno.h>


//
// Macro to test for two almost-equal PWG measurements.
//

#define _PPD_PWG_EQUIVALENT(x, y)	(abs((x)-(y)) < 50)

//
// Macros to work around typos in older libcups version
//

#if (CUPS_VERSION_MAJOR < 2) || ((CUPS_VERSION_MAJOR == 2) && ((CUPS_VERSION_MINOR < 3) || ((CUPS_VERSION_MINOR == 3) && (CUPS_VERSION_PATCH < 1))))
#define IPP_FINISHINGS_CUPS_FOLD_ACCORDION IPP_FINISHINGS_CUPS_FOLD_ACCORDIAN
#define IPP_FINISHINGS_FOLD_ACCORDION IPP_FINISHINGS_FOLD_ACCORDIAN
#endif

//
// Macro for localized text...
//

#  define _(x) x


//
// Types...
//

typedef struct _ppd_ui_string_s		// **** UI string list entry ****
{
  char	*name,				// Machine-readable option name/
                                        // PWG name
	*ui_str;			// Human-readable UI string
} _ppd_ui_string_t;


//
// Local functions...
//

static const char *ppd_inputslot_for_keyword(ppd_cache_t *pc,
					     const char *keyword);
static void	ppd_ui_string_add(cups_array_t *a, const char *msg,
				    const char *str);
static int	ppd_ui_string_compare(_ppd_ui_string_t *m1, _ppd_ui_string_t *m2);
static void	ppd_ui_string_free(_ppd_ui_string_t *m);
static cups_array_t *ppd_ui_strings_new(void *context);
static void	ppd_pwg_add_finishing(cups_array_t *finishings,
				      ipp_finishings_t template,
				      const char *name, const char *value);
static int	ppd_pwg_compare_finishings(ppd_pwg_finishings_t *a,
					   ppd_pwg_finishings_t *b);
static void	ppd_pwg_free_finishings(ppd_pwg_finishings_t *f);

char            *ppd_cache_status_message = NULL; // Last PPD cache error


//
// 'set_error()' - Set the last status-message of PPD cache functions.
//

static void
set_error(const char   *message,	// I - status-message value
	  int          localize)	// I - Localize the message?
{
  if (!message && errno)
  {
    message  = strerror(errno);
    localize = 0;
  }

  if (ppd_cache_status_message)
  {
    _ppdStrFree(ppd_cache_status_message);

    ppd_cache_status_message = NULL;
  }

  if (message)
  {
    if (localize)
    {
     //
     // Get the message catalog...
     //

      ppd_cache_status_message =
	_ppdStrAlloc(cupsLangGetString(cupsLangDefault(),
				      message));
    }
    else
      ppd_cache_status_message = _ppdStrAlloc(message);
  }

  DEBUG_printf(("4set_error: last_status_message=\"%s\"",
                ppd_cache_status_message));
}

//
// 'ppdConvertOptions()' - Convert printer options to standard IPP attributes.
//
// This functions converts PPD and CUPS-specific options to their standard IPP
// attributes and values and adds them to the specified IPP request.
//

int					// O - New number of copies
ppdConvertOptions(
    ipp_t           *request,		// I - IPP request
    ppd_file_t      *ppd,		// I - PPD file
    ppd_cache_t     *pc,		// I - PPD cache info
    ipp_attribute_t *media_col_sup,	// I - media-col-supported values
    ipp_attribute_t *doc_handling_sup,
			// I - multiple-document-handling-supported values
    ipp_attribute_t *print_color_mode_sup,
                                	// I - Printer supports print-color-mode
    const char    *user,		// I - User info
    const char    *format,		// I - document-format value
    int           copies,		// I - Number of copies
    int           num_options,		// I - Number of options
    cups_option_t *options)		// I - Options
{
  int		i;			// Looping var
  const char	*keyword,		// PWG keyword
		*password;		// Password string
  pwg_size_t	*size;			// PWG media size
  ipp_t		*media_col,		// media-col value
		*media_size;		// media-size value
  const char	*media_source,		// media-source value
		*media_type,		// media-type value
		*collate_str,		// multiple-document-handling value
		*color_attr_name,	// Supported color attribute
		*mandatory,		// Mandatory attributes
		*finishing_template;	// Finishing template
  int		num_finishings = 0,	// Number of finishing values
		finishings[10];		// Finishing enum values
  ppd_choice_t	*choice;		// Marked choice
  int           finishings_copies = copies,
                                        // Number of copies for finishings
		job_pages = 0,		// job-pages value
		number_up = 1;		// number-up value
  const char	*value;			// Option value


  //
  // Send standard IPP attributes...
  //

  if (pc->password &&
      (password = cupsGetOption("job-password",
				num_options, options)) != NULL &&
      ippGetOperation(request) != IPP_OP_VALIDATE_JOB)
  {
    ipp_attribute_t	*attr = NULL;	// job-password attribute

    if ((keyword = cupsGetOption("job-password-encryption", num_options,
				 options)) == NULL)
      keyword = "none";

    if (!strcmp(keyword, "none"))
    {
      //
      // Add plain-text job-password...
      //

      attr = ippAddOctetString(request, IPP_TAG_OPERATION, "job-password",
			       password, (int)strlen(password));
    }
    else
    {
      //
      // Add hashed job-password...
      //

      unsigned char	hash[64];	// Hash of password
      ssize_t		hashlen;	// Length of hash

      if ((hashlen = cupsHashData(keyword, password, strlen(password), hash,
				  sizeof(hash))) > 0)
        attr = ippAddOctetString(request, IPP_TAG_OPERATION, "job-password",
				 hash, (int)hashlen);
    }

    if (attr)
      ippAddString(request, IPP_TAG_OPERATION, IPP_TAG_KEYWORD,
		   "job-password-encryption", NULL, keyword);
  }

  if (pc->account_id)
  {
    if ((keyword = cupsGetOption("job-account-id",
				 num_options, options)) == NULL)
      keyword = cupsGetOption("job-billing", num_options, options);

    if (keyword)
      ippAddString(request, IPP_TAG_JOB, IPP_TAG_NAME, "job-account-id", NULL,
		   keyword);
  }

  if (pc->accounting_user_id)
  {
    if ((keyword = cupsGetOption("job-accounting-user-id",
				 num_options, options)) == NULL)
      keyword = user;

    if (keyword)
      ippAddString(request, IPP_TAG_JOB, IPP_TAG_NAME,
		   "job-accounting-user-id", NULL, keyword);
  }

  for (mandatory = (const char *)cupsArrayGetFirst(pc->mandatory); mandatory;
       mandatory = (const char *)cupsArrayGetNext(pc->mandatory))
  {
    if (strcmp(mandatory, "copies") &&
	strcmp(mandatory, "destination-uris") &&
	strcmp(mandatory, "finishings") &&
	strcmp(mandatory, "finishings-col") &&
	strcmp(mandatory, "finishing-template") &&
	strcmp(mandatory, "job-account-id") &&
	strcmp(mandatory, "job-accounting-user-id") &&
	strcmp(mandatory, "job-password") &&
	strcmp(mandatory, "job-password-encryption") &&
	strcmp(mandatory, "media") &&
	strncmp(mandatory, "media-col", 9) &&
	strcmp(mandatory, "multiple-document-handling") &&
	strcmp(mandatory, "output-bin") &&
	strcmp(mandatory, "print-color-mode") &&
	strcmp(mandatory, "print-quality") &&
	strcmp(mandatory, "sides") &&
	(keyword = cupsGetOption(mandatory, num_options, options)) != NULL)
    {
      _ppd_ipp_option_t *opt = _ppdIppFindOption(mandatory);
				    // Option type
      ipp_tag_t	value_tag = opt ? opt->value_tag : IPP_TAG_NAME;
				    // Value type

      switch (value_tag)
      {
	case IPP_TAG_INTEGER :
	case IPP_TAG_ENUM :
	    ippAddInteger(request, IPP_TAG_JOB, value_tag, mandatory,
			  atoi(keyword));
	    break;
	case IPP_TAG_BOOLEAN :
	    ippAddBoolean(request, IPP_TAG_JOB, mandatory,
			  !_ppd_strcasecmp(keyword, "true"));
	    break;
	case IPP_TAG_RANGE :
	    {
	      int lower, upper;	// Range

	      if (sscanf(keyword, "%d-%d", &lower, &upper) != 2)
		lower = upper = atoi(keyword);

	      ippAddRange(request, IPP_TAG_JOB, mandatory, lower, upper);
	    }
	    break;
	case IPP_TAG_STRING :
	    ippAddOctetString(request, IPP_TAG_JOB, mandatory, keyword,
			      (int)strlen(keyword));
	    break;
	default :
	    if (!strcmp(mandatory, "print-color-mode") &&
		!strcmp(keyword, "monochrome"))
	    {
	      if (ippContainsString(print_color_mode_sup, "auto-monochrome"))
		keyword = "auto-monochrome";
	      else if (ippContainsString(print_color_mode_sup,
					 "process-monochrome") &&
		       !ippContainsString(print_color_mode_sup, "monochrome"))
		keyword = "process-monochrome";
	    }

	    ippAddString(request, IPP_TAG_JOB, value_tag, mandatory, NULL,
			 keyword);
	    break;
      }
    }
  }

  if ((keyword = cupsGetOption("PageSize", num_options, options)) == NULL)
    keyword = cupsGetOption("media", num_options, options);

  media_source = ppdCacheGetSource(pc, cupsGetOption("InputSlot", num_options,
						     options));
  media_type   = ppdCacheGetType(pc, cupsGetOption("MediaType", num_options,
						   options));
  size         = ppdCacheGetSize(pc, keyword);

  if (size || media_source || media_type)
  {
    //
    // Add a media-col value...
    //

    media_col = ippNew();

    if (size)
    {
      media_size = ippNew();
      ippAddInteger(media_size, IPP_TAG_ZERO, IPP_TAG_INTEGER,
                    "x-dimension", size->width);
      ippAddInteger(media_size, IPP_TAG_ZERO, IPP_TAG_INTEGER,
                    "y-dimension", size->length);

      ippAddCollection(media_col, IPP_TAG_ZERO, "media-size", media_size);
    }

    for (i = 0; i < ippGetCount(media_col_sup); i ++)
    {
      if (size && !strcmp(ippGetString(media_col_sup, i, NULL),
			  "media-left-margin"))
	ippAddInteger(media_col, IPP_TAG_ZERO, IPP_TAG_INTEGER,
		      "media-left-margin", size->left);
      else if (size && !strcmp(ippGetString(media_col_sup, i, NULL),
			       "media-bottom-margin"))
	ippAddInteger(media_col, IPP_TAG_ZERO, IPP_TAG_INTEGER,
		      "media-bottom-margin", size->bottom);
      else if (size && !strcmp(ippGetString(media_col_sup, i, NULL),
			       "media-right-margin"))
	ippAddInteger(media_col, IPP_TAG_ZERO, IPP_TAG_INTEGER,
		      "media-right-margin", size->right);
      else if (size && !strcmp(ippGetString(media_col_sup, i, NULL),
			       "media-top-margin"))
	ippAddInteger(media_col, IPP_TAG_ZERO, IPP_TAG_INTEGER,
		      "media-top-margin", size->top);
      else if (media_source && !strcmp(ippGetString(media_col_sup, i, NULL),
				       "media-source"))
	ippAddString(media_col, IPP_TAG_ZERO, IPP_TAG_KEYWORD,
		     "media-source", NULL, media_source);
      else if (media_type && !strcmp(ippGetString(media_col_sup, i, NULL),
				     "media-type"))
	ippAddString(media_col, IPP_TAG_ZERO, IPP_TAG_KEYWORD,
		     "media-type", NULL, media_type);
    }

    ippAddCollection(request, IPP_TAG_JOB, "media-col", media_col);
  }

  if ((keyword = cupsGetOption("output-bin", num_options, options)) == NULL)
  {
    if ((choice = ppdFindMarkedChoice(ppd, "OutputBin")) != NULL)
      keyword = ppdCacheGetBin(pc, choice->choice);
  }

  if (keyword)
    ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, "output-bin", NULL,
		 keyword);

  color_attr_name = print_color_mode_sup ? "print-color-mode" : "output-mode";

  //
  // If we use PPD with standardized PPD option for color support - ColorModel,
  // prefer it to don't break color/grayscale support for PPDs, either classic
  // or the ones generated from IPP Get-Printer-Attributes response.
  //

  if ((keyword = cupsGetOption("ColorModel", num_options, options)) == NULL)
  {
    //
    // No ColorModel in options...
    //

    if ((choice = ppdFindMarkedChoice(ppd, "ColorModel")) != NULL)
    {
      //
      // ColorModel is taken from PPD as its default option.
      //

      if (!strcmp(choice->choice, "Gray") ||
	  !strcmp(choice->choice, "FastGray") ||
	  !strcmp(choice->choice, "DeviceGray"))
        keyword = "monochrome";
      else
        keyword = "color";
    }
    else
      //
      // print-color-mode is a default option since 2.4.1, use it as a
      // fallback if there is no ColorModel in options or PPD...
      //

      keyword = cupsGetOption("print-color-mode", num_options, options);
  }
  else
  {
    //
    // ColorModel found in options...
    //

    if (!strcmp(keyword, "Gray") || !strcmp(keyword, "FastGray") ||
	!strcmp(keyword, "DeviceGray"))
      keyword = "monochrome";
    else
      keyword = "color";
  }

  if (keyword && !strcmp(keyword, "monochrome"))
  {
    if (ippContainsString(print_color_mode_sup, "auto-monochrome"))
      keyword = "auto-monochrome";
    else if (ippContainsString(print_color_mode_sup, "process-monochrome") &&
	     !ippContainsString(print_color_mode_sup, "monochrome"))
      keyword = "process-monochrome";
  }

  if (keyword)
    ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, color_attr_name, NULL,
		 keyword);

  if ((keyword = cupsGetOption("print-quality", num_options, options)) != NULL)
    ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_ENUM, "print-quality",
		  atoi(keyword));
  else if ((choice = ppdFindMarkedChoice(ppd, "cupsPrintQuality")) != NULL)
  {
    if (!_ppd_strcasecmp(choice->choice, "draft"))
      ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_ENUM, "print-quality",
		    IPP_QUALITY_DRAFT);
    else if (!_ppd_strcasecmp(choice->choice, "normal"))
      ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_ENUM, "print-quality",
		    IPP_QUALITY_NORMAL);
    else if (!_ppd_strcasecmp(choice->choice, "high"))
      ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_ENUM, "print-quality",
		    IPP_QUALITY_HIGH);
  }

  if ((keyword = cupsGetOption("sides", num_options, options)) != NULL)
    ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, "sides", NULL, keyword);
  else if (pc->sides_option &&
	   (choice = ppdFindMarkedChoice(ppd, pc->sides_option)) != NULL)
  {
    if (pc->sides_1sided && !_ppd_strcasecmp(choice->choice, pc->sides_1sided))
      ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, "sides", NULL,
		   "one-sided");
    else if (pc->sides_2sided_long &&
	     !_ppd_strcasecmp(choice->choice, pc->sides_2sided_long))
      ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, "sides", NULL,
		   "two-sided-long-edge");
    else if (pc->sides_2sided_short &&
	     !_ppd_strcasecmp(choice->choice, pc->sides_2sided_short))
      ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD, "sides", NULL,
		   "two-sided-short-edge");
  }

  //
  // Copies...
  //

  if ((keyword = cupsGetOption("multiple-document-handling",
			       num_options, options)) != NULL)
  {
    if (strstr(keyword, "uncollated"))
      keyword = "false";
    else
      keyword = "true";
  }
  else if ((keyword = cupsGetOption("collate", num_options, options)) == NULL)
    keyword = "true";

  if (format)
  {
    if (!_ppd_strcasecmp(format, "image/gif") ||
	!_ppd_strcasecmp(format, "image/jp2") ||
	!_ppd_strcasecmp(format, "image/jpeg") ||
	!_ppd_strcasecmp(format, "image/png") ||
	!_ppd_strcasecmp(format, "image/tiff") ||
	!_ppd_strncasecmp(format, "image/x-", 8))
    {
      //
      // Collation makes no sense for single page image formats...
      //

      keyword = "false";
    }
    else if (!_ppd_strncasecmp(format, "image/", 6) ||
	     !_ppd_strcasecmp(format, "application/vnd.cups-raster"))
    {
      //
      // Multi-page image formats will have copies applied by the upstream
      // filters...
      //

      copies = 1;
    }
  }

  if (doc_handling_sup)
  {
    if (!_ppd_strcasecmp(keyword, "true"))
      collate_str = "separate-documents-collated-copies";
    else
      collate_str = "separate-documents-uncollated-copies";

    for (i = 0; i < ippGetCount(doc_handling_sup); i ++)
    {
      if (!strcmp(ippGetString(doc_handling_sup, i, NULL), collate_str))
      {
	ippAddString(request, IPP_TAG_JOB, IPP_TAG_KEYWORD,
		     "multiple-document-handling", NULL, collate_str);
	break;
      }
    }

    if (i >= ippGetCount(doc_handling_sup))
      copies = 1;
  }

  //
  // Map finishing options...
  //

  if (copies != finishings_copies)
  {
    // Figure out the proper job-pages-per-set value...
    if ((value = cupsGetOption("job-pages", num_options, options)) == NULL)
      value = cupsGetOption("com.apple.print.PrintSettings.PMTotalBeginPages..n.", num_options, options);

    if (value)
    {
      if ((job_pages = atoi(value)) < 1)
	job_pages = 1;
    }

    // Adjust for number-up
    if ((value = cupsGetOption("number-up", num_options, options)) != NULL)
    {
      if ((number_up = atoi(value)) < 1)
        number_up = 1;
    }

    job_pages = (job_pages + number_up - 1) / number_up;

    // When duplex printing, raster data will include an extra (blank) page to
    // make the total number of pages even.  Make sure this is reflected in the
    // page count...
    if ((job_pages & 1) && (keyword = cupsGetOption("sides", num_options, options)) != NULL && strcmp(keyword, "one-sided"))
      job_pages ++;
  }

  if ((finishing_template = cupsGetOption("cupsFinishingTemplate",
					  num_options, options)) == NULL)
    finishing_template = cupsGetOption("finishing-template",
				       num_options, options);

  if (finishing_template && strcmp(finishing_template, "none"))
  {
    ipp_t *fin_col = ippNew();		// finishings-col value

    ippAddString(fin_col, IPP_TAG_JOB, IPP_TAG_KEYWORD, "finishing-template",
		 NULL, finishing_template);
    ippAddCollection(request, IPP_TAG_JOB, "finishings-col", fin_col);
    ippDelete(fin_col);

    if (copies != finishings_copies && job_pages > 0)
    {
      //
      // Send job-pages-per-set attribute to apply finishings correctly...
      //

      ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_INTEGER, "job-pages-per-set",
		    job_pages);
    }
  }
  else
  {
    num_finishings =
      ppdCacheGetFinishingValues(ppd, pc,
				 (int)(sizeof(finishings) /
				       sizeof(finishings[0])), finishings);
    if (num_finishings > 0)
    {
      ippAddIntegers(request, IPP_TAG_JOB, IPP_TAG_ENUM, "finishings",
		     num_finishings, finishings);

      if (copies != finishings_copies && job_pages > 0)
      {
	//
	// Send job-pages-per-set attribute to apply finishings correctly...
	//

	ippAddInteger(request, IPP_TAG_JOB, IPP_TAG_INTEGER,
		      "job-pages-per-set", job_pages);
      }
    }
  }

  return (copies);
}


//
// 'ppdCacheCreateWithFile()' - Create PPD cache and mapping data from a
//                               written file.
//
// Use the @link ppdCacheWriteFile@ function to write PWG mapping data to a
// file.
//

ppd_cache_t *				// O  - PPD cache and mapping data
ppdCacheCreateWithFile(
    const char *filename,		// I  - File to read
    ipp_t      **attrs)			// IO - IPP attributes, if any
{
  cups_file_t	*fp;			// File
  ppd_cache_t	*pc;			// PWG mapping data
  pwg_size_t	*size;			// Current size
  pwg_map_t	*map;			// Current map
  ppd_pwg_finishings_t *finishings;	// Current finishings option
  int		linenum,		// Current line number
		num_bins,		// Number of bins in file
		num_sizes,		// Number of sizes in file
		num_sources,		// Number of sources in file
		num_types;		// Number of types in file
  char		line[2048],		// Current line
		*value,			// Pointer to value in line
		*valueptr,		// Pointer into value
		pwg_keyword[128],	// PWG keyword
		ppd_keyword[PPD_MAX_NAME];
					// PPD keyword
  ppd_pwg_print_color_mode_t print_color_mode;
					// Print color mode for preset
  ppd_pwg_print_quality_t print_quality;// Print quality for preset
  ppd_pwg_print_content_optimize_t print_content_optimize;
                                        // Content optimize for preset

  DEBUG_printf(("ppdCacheCreateWithFile(filename=\"%s\")", filename));

  //
  // Range check input...
  //

  if (attrs)
    *attrs = NULL;

  if (!filename)
  {
    set_error(strerror(EINVAL), 0);
    return (NULL);
  }

  //
  // Open the file...
  //

  if ((fp = cupsFileOpen(filename, "r")) == NULL)
  {
    set_error(strerror(errno), 0);
    return (NULL);
  }

  //
  // Read the first line and make sure it has "#CUPS-PPD-CACHE-version" in it...
  //

  if (!cupsFileGets(fp, line, sizeof(line)))
  {
    set_error(strerror(errno), 0);
    DEBUG_puts("ppdCacheCreateWithFile: Unable to read first line.");
    cupsFileClose(fp);
    return (NULL);
  }

  if (strncmp(line, "#CUPS-PPD-CACHE-", 16))
  {
    set_error(_("Bad PPD cache file."), 1);
    DEBUG_printf(("ppdCacheCreateWithFile: Wrong first line \"%s\".", line));
    cupsFileClose(fp);
    return (NULL);
  }

  if (atoi(line + 16) != PPD_CACHE_VERSION)
  {
    set_error(_("Out of date PPD cache file."), 1);
    DEBUG_printf(("ppdCacheCreateWithFile: Cache file has version %s, "
                  "expected %d.", line + 16, PPD_CACHE_VERSION));
    cupsFileClose(fp);
    return (NULL);
  }

  //
  // Allocate the mapping data structure...
  //

  if ((pc = calloc(1, sizeof(ppd_cache_t))) == NULL)
  {
    set_error(strerror(errno), 0);
    DEBUG_puts("ppdCacheCreateWithFile: Unable to allocate ppd_cache_t.");
    goto create_error;
  }

  pc->max_copies = 9999;

  //
  // Read the file...
  //

  linenum     = 0;
  num_bins    = 0;
  num_sizes   = 0;
  num_sources = 0;
  num_types   = 0;

  while (cupsFileGetConf(fp, line, sizeof(line), &value, &linenum))
  {
    DEBUG_printf(("ppdCacheCreateWithFile: line=\"%s\", value=\"%s\", "
                  "linenum=%d", line, value, linenum));

    if (!value)
    {
      DEBUG_printf(("ppdCacheCreateWithFile: Missing value on line %d.",
                    linenum));
      set_error(_("Bad PPD cache file."), 1);
      goto create_error;
    }
    else if (!_ppd_strcasecmp(line, "Filter"))
    {
      if (!pc->filters)
        pc->filters = cupsArrayNew(NULL, NULL, NULL, 0,
				    (cups_acopy_cb_t)strdup,
				    (cups_afree_cb_t)free);

      cupsArrayAdd(pc->filters, value);
    }
    else if (!_ppd_strcasecmp(line, "PreFilter"))
    {
      if (!pc->prefilters)
        pc->prefilters = cupsArrayNew(NULL, NULL, NULL, 0,
				       (cups_acopy_cb_t)strdup,
				       (cups_afree_cb_t)free);

      cupsArrayAdd(pc->prefilters, value);
    }
    else if (!pc->product && !_ppd_strcasecmp(line, "Product"))
    {
      pc->product = strdup(value);
    }
    else if (!_ppd_strcasecmp(line, "SingleFile"))
    {
      pc->single_file = !_ppd_strcasecmp(value, "true");
    }
    else if (!_ppd_strcasecmp(line, "IPP"))
    {
      off_t	pos = cupsFileTell(fp),	// Position in file
		length = strtol(value, NULL, 10);
					// Length of IPP attributes

      if (attrs && *attrs)
      {
        DEBUG_puts("ppdCacheCreateWithFile: IPP listed multiple times.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }
      else if (length <= 0)
      {
        DEBUG_puts("ppdCacheCreateWithFile: Bad IPP length.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (attrs)
      {
	//
        // Read IPP attributes into the provided variable...
	//

        *attrs = ippNew();

        if (ippReadIO(fp, (ipp_io_cb_t)cupsFileRead, 1, NULL,
		      *attrs) != IPP_STATE_DATA)
	{
	  DEBUG_puts("ppdCacheCreateWithFile: Bad IPP data.");
	  set_error(_("Bad PPD cache file."), 1);
	  goto create_error;
	}
      }
      else
      {
	//
        // Skip the IPP data entirely...
	//

        cupsFileSeek(fp, pos + length);
      }

      if (cupsFileTell(fp) != (pos + length))
      {
        DEBUG_puts("ppdCacheCreateWithFile: Bad IPP data.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }
    }
    else if (!_ppd_strcasecmp(line, "NumBins"))
    {
      if (num_bins > 0)
      {
        DEBUG_puts("ppdCacheCreateWithFile: NumBins listed multiple times.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((num_bins = atoi(value)) <= 0 || num_bins > 65536)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad NumBins value %d on line "
		      "%d.", num_sizes, linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((pc->bins = calloc((size_t)num_bins, sizeof(pwg_map_t))) == NULL)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Unable to allocate %d bins.",
	              num_sizes));
	set_error(strerror(errno), 0);
	goto create_error;
      }
    }
    else if (!_ppd_strcasecmp(line, "Bin"))
    {
      if (sscanf(value, "%127s%40s", pwg_keyword, ppd_keyword) != 2)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Bin on line %d.", linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (pc->num_bins >= num_bins)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Too many Bin's on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      map      = pc->bins + pc->num_bins;
      map->pwg = strdup(pwg_keyword);
      map->ppd = strdup(ppd_keyword);

      pc->num_bins ++;
    }
    else if (!_ppd_strcasecmp(line, "NumSizes"))
    {
      if (num_sizes > 0)
      {
        DEBUG_puts("ppdCacheCreateWithFile: NumSizes listed multiple times.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((num_sizes = atoi(value)) < 0 || num_sizes > 65536)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad NumSizes value %d on line "
	              "%d.", num_sizes, linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (num_sizes > 0)
      {
	if ((pc->sizes = calloc((size_t)num_sizes, sizeof(pwg_size_t))) == NULL)
	{
	  DEBUG_printf(("ppdCacheCreateWithFile: Unable to allocate %d sizes.",
			num_sizes));
	  set_error(strerror(errno), 0);
	  goto create_error;
	}
      }
    }
    else if (!_ppd_strcasecmp(line, "Size"))
    {
      if (pc->num_sizes >= num_sizes)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Too many Size's on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      size = pc->sizes + pc->num_sizes;

      if (sscanf(value, "%127s%40s%d%d%d%d%d%d", pwg_keyword, ppd_keyword,
		 &(size->width), &(size->length), &(size->left),
		 &(size->bottom), &(size->right), &(size->top)) != 8)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Size on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      size->map.pwg = strdup(pwg_keyword);
      size->map.ppd = strdup(ppd_keyword);

      pc->num_sizes ++;
    }
    else if (!_ppd_strcasecmp(line, "CustomSize"))
    {
      if (pc->custom_max_width > 0)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Too many CustomSize's on line "
	              "%d.", linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (sscanf(value, "%d%d%d%d%d%d%d%d", &(pc->custom_max_width),
                 &(pc->custom_max_length), &(pc->custom_min_width),
		 &(pc->custom_min_length), &(pc->custom_size.left),
		 &(pc->custom_size.bottom), &(pc->custom_size.right),
		 &(pc->custom_size.top)) != 8)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad CustomSize on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      pwgFormatSizeName(pwg_keyword, sizeof(pwg_keyword), "custom", "max",
		        pc->custom_max_width, pc->custom_max_length, NULL);
      pc->custom_max_keyword = strdup(pwg_keyword);

      pwgFormatSizeName(pwg_keyword, sizeof(pwg_keyword), "custom", "min",
		        pc->custom_min_width, pc->custom_min_length, NULL);
      pc->custom_min_keyword = strdup(pwg_keyword);
    }
    else if (!_ppd_strcasecmp(line, "SourceOption"))
    {
      pc->source_option = strdup(value);
    }
    else if (!_ppd_strcasecmp(line, "NumSources"))
    {
      if (num_sources > 0)
      {
        DEBUG_puts("ppdCacheCreateWithFile: NumSources listed multiple "
	           "times.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((num_sources = atoi(value)) <= 0 || num_sources > 65536)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad NumSources value %d on "
	              "line %d.", num_sources, linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((pc->sources = calloc((size_t)num_sources,
				sizeof(pwg_map_t))) == NULL)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Unable to allocate %d sources.",
	              num_sources));
	set_error(strerror(errno), 0);
	goto create_error;
      }
    }
    else if (!_ppd_strcasecmp(line, "Source"))
    {
      if (sscanf(value, "%127s%40s", pwg_keyword, ppd_keyword) != 2)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Source on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (pc->num_sources >= num_sources)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Too many Source's on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      map      = pc->sources + pc->num_sources;
      map->pwg = strdup(pwg_keyword);
      map->ppd = strdup(ppd_keyword);

      pc->num_sources ++;
    }
    else if (!_ppd_strcasecmp(line, "NumTypes"))
    {
      if (num_types > 0)
      {
        DEBUG_puts("ppdCacheCreateWithFile: NumTypes listed multiple times.");
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((num_types = atoi(value)) <= 0 || num_types > 65536)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad NumTypes value %d on "
	              "line %d.", num_types, linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if ((pc->types = calloc((size_t)num_types, sizeof(pwg_map_t))) == NULL)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Unable to allocate %d types.",
	              num_types));
	set_error(strerror(errno), 0);
	goto create_error;
      }
    }
    else if (!_ppd_strcasecmp(line, "Type"))
    {
      if (sscanf(value, "%127s%40s", pwg_keyword, ppd_keyword) != 2)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Type on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      if (pc->num_types >= num_types)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Too many Type's on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      map      = pc->types + pc->num_types;
      map->pwg = strdup(pwg_keyword);
      map->ppd = strdup(ppd_keyword);

      pc->num_types ++;
    }
    else if (!_ppd_strcasecmp(line, "Preset"))
    {
      //
      // Preset output-mode print-quality name=value ...
      //

      print_color_mode =
	(ppd_pwg_print_color_mode_t)strtol(value, &valueptr, 10);
      print_quality =
	(ppd_pwg_print_quality_t)strtol(valueptr, &valueptr, 10);

      if (print_color_mode < PPD_PWG_PRINT_COLOR_MODE_MONOCHROME ||
          print_color_mode >= PPD_PWG_PRINT_COLOR_MODE_MAX ||
	  print_quality < PPD_PWG_PRINT_QUALITY_DRAFT ||
	  print_quality >= PPD_PWG_PRINT_QUALITY_MAX ||
	  valueptr == value || !*valueptr)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Preset on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      pc->num_presets[print_color_mode][print_quality] =
          cupsParseOptions(valueptr, 0,
	                   pc->presets[print_color_mode] + print_quality);
    }
    else if (!_ppd_strcasecmp(line, "OptimizePreset"))
    {
      //
      // Preset print_content_optimize name=value ...
      //

      print_content_optimize =
	(ppd_pwg_print_content_optimize_t)strtol(value, &valueptr, 10);

      if (print_content_optimize < PPD_PWG_PRINT_CONTENT_OPTIMIZE_AUTO ||
          print_content_optimize >= PPD_PWG_PRINT_CONTENT_OPTIMIZE_MAX ||
	  valueptr == value || !*valueptr)
      {
        DEBUG_printf(("ppdCacheCreateWithFile: Bad Optimize Preset on line %d.",
	              linenum));
	set_error(_("Bad PPD cache file."), 1);
	goto create_error;
      }

      pc->num_optimize_presets[print_content_optimize] =
          cupsParseOptions(valueptr, 0,
	                   pc->optimize_presets + print_content_optimize);
    }
    else if (!_ppd_strcasecmp(line, "SidesOption"))
      pc->sides_option = strdup(value);
    else if (!_ppd_strcasecmp(line, "Sides1Sided"))
      pc->sides_1sided = strdup(value);
    else if (!_ppd_strcasecmp(line, "Sides2SidedLong"))
      pc->sides_2sided_long = strdup(value);
    else if (!_ppd_strcasecmp(line, "Sides2SidedShort"))
      pc->sides_2sided_short = strdup(value);
    else if (!_ppd_strcasecmp(line, "Finishings"))
    {
      if (!pc->finishings)
	pc->finishings =
	    cupsArrayNew((cups_array_cb_t)ppd_pwg_compare_finishings,
			  NULL, NULL, 0, NULL,
			  (cups_afree_cb_t)ppd_pwg_free_finishings);

      if ((finishings = calloc(1, sizeof(ppd_pwg_finishings_t))) == NULL)
        goto create_error;

      finishings->value       = (ipp_finishings_t)strtol(value, &valueptr, 10);
      finishings->num_options = cupsParseOptions(valueptr, 0,
                                                 &(finishings->options));

      cupsArrayAdd(pc->finishings, finishings);
    }
    else if (!_ppd_strcasecmp(line, "FinishingTemplate"))
    {
      if (!pc->templates)
        pc->templates = cupsArrayNew((cups_array_cb_t)strcmp, NULL, NULL, 0,
				      (cups_acopy_cb_t)strdup,
				      (cups_afree_cb_t)free);

      cupsArrayAdd(pc->templates, value);
    }
    else if (!_ppd_strcasecmp(line, "MaxCopies"))
      pc->max_copies = atoi(value);
    else if (!_ppd_strcasecmp(line, "ChargeInfoURI"))
      pc->charge_info_uri = strdup(value);
    else if (!_ppd_strcasecmp(line, "JobAccountId"))
      pc->account_id = !_ppd_strcasecmp(value, "true");
    else if (!_ppd_strcasecmp(line, "JobAccountingUserId"))
      pc->accounting_user_id = !_ppd_strcasecmp(value, "true");
    else if (!_ppd_strcasecmp(line, "JobPassword"))
      pc->password = strdup(value);
    else if (!_ppd_strcasecmp(line, "Mandatory"))
    {
      if (pc->mandatory)
        _ppdArrayAddStrings(pc->mandatory, value, ' ');
      else
        pc->mandatory = _ppdArrayNewStrings(value, ' ');
    }
    else if (!_ppd_strcasecmp(line, "SupportFile"))
    {
      if (!pc->support_files)
        pc->support_files = cupsArrayNew(NULL, NULL, NULL, 0,
					  (cups_acopy_cb_t)strdup,
					  (cups_afree_cb_t)free);

      cupsArrayAdd(pc->support_files, value);
    }
    else
    {
      DEBUG_printf(("ppdCacheCreateWithFile: Unknown %s on line %d.", line,
		    linenum));
    }
  }

  if (pc->num_sizes < num_sizes)
  {
    DEBUG_printf(("ppdCacheCreateWithFile: Not enough sizes (%d < %d).",
                  pc->num_sizes, num_sizes));
    set_error(_("Bad PPD cache file."), 1);
    goto create_error;
  }

  if (pc->num_sources < num_sources)
  {
    DEBUG_printf(("ppdCacheCreateWithFile: Not enough sources (%d < %d).",
                  pc->num_sources, num_sources));
    set_error(_("Bad PPD cache file."), 1);
    goto create_error;
  }

  if (pc->num_types < num_types)
  {
    DEBUG_printf(("ppdCacheCreateWithFile: Not enough types (%d < %d).",
                  pc->num_types, num_types));
    set_error(_("Bad PPD cache file."), 1);
    goto create_error;
  }

  cupsFileClose(fp);

  return (pc);

  //
  // If we get here the file was bad - free any data and return...
  //

  create_error:

  cupsFileClose(fp);
  ppdCacheDestroy(pc);

  if (attrs)
  {
    ippDelete(*attrs);
    *attrs = NULL;
  }

  return (NULL);
}


//
// 'ppdCacheCreateWithPPD()' - Create PWG mapping data from a PPD file.
//

ppd_cache_t *				// O - PPD cache and mapping data
ppdCacheCreateWithPPD(ppd_file_t *ppd)	// I - PPD file
{
  int			i, j, k;	// Looping vars
  ppd_cache_t		*pc;		// PWG mapping data
  ppd_option_t		*input_slot,	// InputSlot option
			*media_type,	// MediaType option
			*output_bin,	// OutputBin option
			*color_model,	// ColorModel option
			*duplex,	// Duplex option
			*ppd_option;	// Other PPD option
  ppd_choice_t		*choice;	// Current InputSlot/MediaType
  pwg_map_t		*map;		// Current source/type map
  int                   preset_added = 0; // Preset definition found in PPD?
  ppd_attr_t		*ppd_attr;	// Current PPD preset attribute
  int			num_options;	// Number of preset options and props
  cups_option_t		*options;	// Preset options and properties
  ppd_size_t		*ppd_size;	// Current PPD size
  pwg_size_t		*pwg_size;	// Current PWG size
  char			pwg_keyword[3 + PPD_MAX_NAME + 1 + 12 + 1 + 12 + 3],
					// PWG keyword string
			ppd_name[PPD_MAX_NAME];
					// Normalized PPD name
  const char		*pwg_name;	// Standard PWG media name
  pwg_media_t		*pwg_media;	// PWG media data
  ppd_pwg_print_color_mode_t pwg_print_color_mode;
					// print-color-mode index
  ppd_pwg_print_quality_t pwg_print_quality;
					// print-quality index
  int			similar;	// Are the old and new size similar?
  pwg_size_t		*old_size;	// Current old size
  int			old_imageable,	// Old imageable length in 2540ths
			old_borderless,	// Old borderless state
			old_known_pwg;	// Old PWG name is well-known
  int			new_width,	// New width in 2540ths
			new_length,	// New length in 2540ths
			new_left,	// New left margin in 2540ths
			new_bottom,	// New bottom margin in 2540ths
			new_right,	// New right margin in 2540ths
			new_top,	// New top margin in 2540ths
			new_imageable,	// New imageable length in 2540ths
			new_borderless,	// New borderless state
			new_known_pwg;	// New PWG name is well-known
  pwg_size_t		*new_size;	// New size to add, if any
  const char		*filter;	// Current filter
  ppd_pwg_finishings_t	*finishings;	// Current finishings value
  char			id[256];	// UI string Identifier


  DEBUG_printf(("ppdCacheCreateWithPPD(ppd=%p)", ppd));

  //
  // Range check input...
  //

  if (!ppd)
    return (NULL);

  //
  // Allocate memory...
  //

  if ((pc = calloc(1, sizeof(ppd_cache_t))) == NULL)
  {
    DEBUG_puts("ppdCacheCreateWithPPD: Unable to allocate ppd_cache_t.");
    goto create_error;
  }

  pc->strings = ppd_ui_strings_new(NULL);

  //
  // Copy and convert size data...
  //

  if (ppd->num_sizes > 0)
  {
    if ((pc->sizes = calloc((size_t)ppd->num_sizes,
			    sizeof(pwg_size_t))) == NULL)
    {
      DEBUG_printf(("ppdCacheCreateWithPPD: Unable to allocate %d "
		    "pwg_size_t's.", ppd->num_sizes));
      goto create_error;
    }

    for (i = ppd->num_sizes, pwg_size = pc->sizes, ppd_size = ppd->sizes;
	 i > 0;
	 i --, ppd_size ++)
    {
      //
      // Don't copy over custom size...
      //

      if (!_ppd_strcasecmp(ppd_size->name, "Custom"))
	continue;

      //
      // Convert the PPD size name to the corresponding PWG keyword name.
      //

      if ((pwg_media =
	   pwgMediaForSize(PWG_FROM_POINTS(ppd_size->width),
			   PWG_FROM_POINTS(ppd_size->length))) != NULL)
      {
	//
	// Standard name, do we have conflicts?
	//

	for (j = 0; j < pc->num_sizes; j ++)
	  if (!strcmp(pc->sizes[j].map.pwg, pwg_media->pwg))
	  {
	    pwg_media = NULL;
	    break;
	  }
      }

      if (pwg_media && strncmp(pwg_media->pwg, "custom_", 7) != 0)
      {
	//
	// Standard name and no conflicts, use it!
	//

	pwg_name      = pwg_media->pwg;
	new_known_pwg = 1;
      }
      else
      {
	//
	// Not a standard name; convert it to a PWG vendor name of the form:
	//
	//     pp_lowerppd_WIDTHxHEIGHTuu
	//

	pwg_name      = pwg_keyword;
	new_known_pwg = 0;

	ppdPwgUnppdizeName(ppd_size->name, ppd_name, sizeof(ppd_name), "_.");
	pwgFormatSizeName(pwg_keyword, sizeof(pwg_keyword), NULL, ppd_name,
			  PWG_FROM_POINTS(ppd_size->width),
			  PWG_FROM_POINTS(ppd_size->length), NULL);
      }

      //
      // If we have a similar paper with non-zero margins then we only
      // want to keep it if it has a larger imageable area length.
      // The NULL check is for dimensions that are <= 0...
      //

      if ((pwg_media = pwgMediaForSize(PWG_FROM_POINTS(ppd_size->width),
				       PWG_FROM_POINTS(ppd_size->length))) ==
	  NULL)
	continue;

      new_width      = pwg_media->width;
      new_length     = pwg_media->length;
      new_left       = PWG_FROM_POINTS(ppd_size->left);
      new_bottom     = PWG_FROM_POINTS(ppd_size->bottom);
      new_right      = PWG_FROM_POINTS(ppd_size->width - ppd_size->right);
      new_top        = PWG_FROM_POINTS(ppd_size->length - ppd_size->top);
      new_imageable  = new_length - new_top - new_bottom;
      new_borderless = new_bottom == 0 && new_top == 0 &&
		       new_left == 0 && new_right == 0;

      for (k = pc->num_sizes, similar = 0, old_size = pc->sizes,
	     new_size = NULL;
	   k > 0 && !similar;
	   k --, old_size ++)
      {
	old_imageable  = old_size->length - old_size->top - old_size->bottom;
	old_borderless = old_size->left == 0 && old_size->bottom == 0 &&
			 old_size->right == 0 && old_size->top == 0;
	old_known_pwg  = strncmp(old_size->map.pwg, "oe_", 3) &&
			 strncmp(old_size->map.pwg, "om_", 3);

	similar = old_borderless == new_borderless &&
		  _PPD_PWG_EQUIVALENT(old_size->width, new_width) &&
		  _PPD_PWG_EQUIVALENT(old_size->length, new_length);

	if (similar &&
	    (new_known_pwg ||
	     (!old_known_pwg && new_imageable > old_imageable)))
	{
	  //
	  // The new paper has a larger imageable area so it could replace
	  // the older paper.  Regardless of the imageable area, we always
	  // prefer the size with a well-known PWG name.
	  //

	  new_size = old_size;
	  free(old_size->map.ppd);
	  free(old_size->map.pwg);
	}
      }

      if (!similar)
      {
	//
	// The paper was unique enough to deserve its own entry so add it to the
	// end.
	//

	new_size = pwg_size ++;
	pc->num_sizes ++;
      }

      if (new_size)
      {
	//
	// Save this size...
	//

	new_size->map.ppd = strdup(ppd_size->name);
	new_size->map.pwg = strdup(pwg_name);
	new_size->width   = new_width;
	new_size->length  = new_length;
	new_size->left    = new_left;
	new_size->bottom  = new_bottom;
	new_size->right   = new_right;
	new_size->top     = new_top;
      }
    }
  }

  if (ppd->variable_sizes)
  {
    //
    // Generate custom size data...
    //

    pwgFormatSizeName(pwg_keyword, sizeof(pwg_keyword), "custom", "max",
		      PWG_FROM_POINTS(ppd->custom_max[0]),
		      PWG_FROM_POINTS(ppd->custom_max[1]), NULL);

    // Some PPD files have upper limits too large to be treated with
    // int numbers, if we have an overflow (negative result for one
    // dimension) use a fixed, large value instead
    char *p1, *p2;
    char *newmax = (pwg_keyword[strlen(pwg_keyword) - 1] == 'n' ?
		    "10000" : "100000");
    p1 = strrchr(pwg_keyword, '_');
    p1 ++;
    if (*p1 == '-')
    {
      for (p2 = p1; *p2 != 'x'; p2 ++);
      memmove(p1 + strlen(newmax), p2, strlen(p2) + 1);
      memmove(p1, newmax, strlen(newmax));
    }
    p1 = strrchr(pwg_keyword, 'x');
    p1 ++;
    if (*p1 == '-')
    {
      for (p2 = p1; *p2 != 'm' && *p2 != 'i'; p2 ++);
      memmove(p1 + strlen(newmax), p2, strlen(p2) + 1);
      memmove(p1, newmax, strlen(newmax));
    }

    pc->custom_max_keyword = strdup(pwg_keyword);
    pc->custom_max_width   = PWG_FROM_POINTS(ppd->custom_max[0]);
    pc->custom_max_length  = PWG_FROM_POINTS(ppd->custom_max[1]);

    pwgFormatSizeName(pwg_keyword, sizeof(pwg_keyword), "custom", "min",
		      PWG_FROM_POINTS(ppd->custom_min[0]),
		      PWG_FROM_POINTS(ppd->custom_min[1]), NULL);
    pc->custom_min_keyword = strdup(pwg_keyword);
    pc->custom_min_width   = PWG_FROM_POINTS(ppd->custom_min[0]);
    pc->custom_min_length  = PWG_FROM_POINTS(ppd->custom_min[1]);

    pc->custom_size.left   = PWG_FROM_POINTS(ppd->custom_margins[0]);
    pc->custom_size.bottom = PWG_FROM_POINTS(ppd->custom_margins[1]);
    pc->custom_size.right  = PWG_FROM_POINTS(ppd->custom_margins[2]);
    pc->custom_size.top    = PWG_FROM_POINTS(ppd->custom_margins[3]);
  }

  //
  // Copy and convert InputSlot data...
  //

  if ((input_slot = ppdFindOption(ppd, "InputSlot")) == NULL)
    input_slot = ppdFindOption(ppd, "HPPaperSource");

  if (input_slot)
  {
    pc->source_option = strdup(input_slot->keyword);

    if ((pc->sources = calloc((size_t)input_slot->num_choices,
			      sizeof(pwg_map_t))) == NULL)
    {
      DEBUG_printf(("ppdCacheCreateWithPPD: Unable to allocate %d "
                    "pwg_map_t's for InputSlot.", input_slot->num_choices));
      goto create_error;
    }

    pc->num_sources = input_slot->num_choices;

    for (i = input_slot->num_choices, choice = input_slot->choices,
             map = pc->sources;
	 i > 0;
	 i --, choice ++, map ++)
    {
      if (!_ppd_strncasecmp(choice->choice, "Auto", 4) ||
          !_ppd_strcasecmp(choice->choice, "Default"))
        pwg_name = "auto";
      else if (!_ppd_strcasecmp(choice->choice, "Cassette"))
        pwg_name = "main";
      else if (!_ppd_strcasecmp(choice->choice, "PhotoTray"))
        pwg_name = "photo";
      else if (!_ppd_strcasecmp(choice->choice, "CDTray"))
        pwg_name = "disc";
      else if (!_ppd_strncasecmp(choice->choice, "Multipurpose", 12) ||
               !_ppd_strcasecmp(choice->choice, "MP") ||
               !_ppd_strcasecmp(choice->choice, "MPTray"))
        pwg_name = "by-pass-tray";
      else if (!_ppd_strcasecmp(choice->choice, "LargeCapacity"))
        pwg_name = "large-capacity";
      else if (!_ppd_strncasecmp(choice->choice, "Lower", 5))
        pwg_name = "bottom";
      else if (!_ppd_strncasecmp(choice->choice, "Middle", 6))
        pwg_name = "middle";
      else if (!_ppd_strncasecmp(choice->choice, "Upper", 5))
        pwg_name = "top";
      else if (!_ppd_strncasecmp(choice->choice, "Side", 4))
        pwg_name = "side";
      else if (!_ppd_strcasecmp(choice->choice, "Roll"))
        pwg_name = "main-roll";
      else
      {
	//
        // Convert PPD name to lowercase...
	//

        pwg_name = pwg_keyword;
	ppdPwgUnppdizeName(choice->choice, pwg_keyword, sizeof(pwg_keyword),
	                  "_");
      }

      map->pwg = strdup(pwg_name);
      map->ppd = strdup(choice->choice);

      //
      // Add localized text for PWG keyword to message catalog...
      //

      snprintf(id, sizeof(id), "media-source.%s", pwg_name);
      ppd_ui_string_add(pc->strings, id, choice->text);
    }
  }

  //
  // Copy and convert MediaType data...
  //

  if ((media_type = ppdFindOption(ppd, "MediaType")) != NULL)
  {
    static const struct
    {
      const char *ppd_name;		// PPD MediaType name or prefix to match
      int        match_length;		// Length of prefix, or -1 to match
                                        // entire string
      const char *pwg_name;		// Registered PWG media-type name to use
    } standard_types[] = {
      {"Auto", 4, "auto"},
      {"Any", -1, "auto"},
      {"Default", -1, "auto"},
      {"Card", 4, "cardstock"},
      {"Env", 3, "envelope"},
      {"Gloss", 5, "photographic-glossy"},
      {"HighGloss", -1, "photographic-high-gloss"},
      {"Matte", -1, "photographic-matte"},
      {"Plain", 5, "stationery"},
      {"Coated", 6, "stationery-coated"},
      {"Inkjet", -1, "stationery-inkjet"},
      {"Letterhead", -1, "stationery-letterhead"},
      {"Preprint", 8, "stationery-preprinted"},
      {"Recycled", -1, "stationery-recycled"},
      {"Transparen", 10, "transparency"},
    };
    const size_t num_standard_types =
      sizeof(standard_types) / sizeof(standard_types[0]);
					// Length of the standard_types array
    int match_counts[sizeof(standard_types) / sizeof(standard_types[0])] = {0};
					// Number of matches for each standard
                                        // type

    if ((pc->types = calloc((size_t)media_type->num_choices,
			    sizeof(pwg_map_t))) == NULL)
    {
      DEBUG_printf(("ppdCacheCreateWithPPD: Unable to allocate %d "
                    "pwg_map_t's for MediaType.", media_type->num_choices));
      goto create_error;
    }

    pc->num_types = media_type->num_choices;

    for (i = media_type->num_choices, choice = media_type->choices,
             map = pc->types;
	 i > 0;
	 i --, choice ++, map ++)
    {
      pwg_name = NULL;

      for (j = 0; j < num_standard_types; j ++)
      {
        if (standard_types[j].match_length <= 0)
        {
          if (!_ppd_strcasecmp(choice->choice, standard_types[j].ppd_name))
          {
            pwg_name = standard_types[j].pwg_name;
            match_counts[j] ++;
          }
        }
        else if (!_ppd_strncasecmp(choice->choice, standard_types[j].ppd_name,
				    standard_types[j].match_length))
        {
          pwg_name = standard_types[j].pwg_name;
          match_counts[j] ++;
        }
      }

      if (!pwg_name)
      {
	//
        // Convert PPD name to lowercase...
	//

        pwg_name = pwg_keyword;
	ppdPwgUnppdizeName(choice->choice, pwg_keyword, sizeof(pwg_keyword),
	                  "_");
      }

      map->pwg = strdup(pwg_name);
      map->ppd = strdup(choice->choice);
    }

    //
    // Since three PPD name patterns can map to "auto", their match counts
    // should each be the count of all three combined.
    //

    i = match_counts[0] + match_counts[1] + match_counts[2];
    match_counts[0] = match_counts[1] = match_counts[2] = i;

    for (i = 0, choice = media_type->choices, map = pc->types;
	 i < media_type->num_choices;
	 i ++, choice ++, map ++)
    {
      //
      // If there are two matches for any standard PWG media type, don't give
      // the PWG name to either one.
      //

      for (j = 0; j < num_standard_types; j ++)
      {
        if (match_counts[j] > 1 && !strcmp(map->pwg, standard_types[j].pwg_name))
        {
          free(map->pwg);
          ppdPwgUnppdizeName(choice->choice, pwg_keyword,
			     sizeof(pwg_keyword), "_");
          map->pwg = strdup(pwg_keyword);
        }
      }

      //
      // Add localized text for PWG keyword to message catalog...
      //

      snprintf(id, sizeof(id), "media-type.%s", map->pwg);
      ppd_ui_string_add(pc->strings, id, choice->text);
    }
  }

  //
  // Copy and convert OutputBin data...
  //

  if ((output_bin = ppdFindOption(ppd, "OutputBin")) != NULL)
  {
    if ((pc->bins = calloc((size_t)output_bin->num_choices,
			   sizeof(pwg_map_t))) == NULL)
    {
      DEBUG_printf(("ppdCacheCreateWithPPD: Unable to allocate %d "
                    "pwg_map_t's for OutputBin.", output_bin->num_choices));
      goto create_error;
    }

    pc->num_bins = output_bin->num_choices;

    for (i = output_bin->num_choices, choice = output_bin->choices,
             map = pc->bins;
	 i > 0;
	 i --, choice ++, map ++)
    {
      ppdPwgUnppdizeName(choice->choice, pwg_keyword, sizeof(pwg_keyword), "_");

      map->pwg = strdup(pwg_keyword);
      map->ppd = strdup(choice->choice);

      //
      // Add localized text for PWG keyword to message catalog...
      //

      snprintf(id, sizeof(id), "output-bin.%s", pwg_keyword);
      ppd_ui_string_add(pc->strings, id, choice->text);
    }
  }

  if ((ppd_attr = ppdFindAttr(ppd, "APPrinterPreset", NULL)) != NULL)
  {
    //
    // "Classic" Mac OS approach
    //

    //
    // Copy and convert APPrinterPreset (output-mode + print-quality) data...
    //

    const char	*quality,		// com.apple.print.preset.quality value
		*output_mode,		// com.apple.print.preset.output-mode
					// value
		*color_model_val,	// ColorModel choice
		*graphicsType,		// com.apple.print.preset.graphicsType
					// value
		*media_front_coating;
                             // com.apple.print.preset.media-front-coating value

    do
    {
      //
      // Add localized text for PWG keyword to message catalog...
      //

      snprintf(id, sizeof(id), "preset-name.%s", ppd_attr->spec);
      ppd_ui_string_add(pc->strings, id, ppd_attr->text);

      //
      // Get the options for this preset...
      //

      num_options = ppdParseOptions(ppd_attr->value, 0, &options,
                                     PPD_PARSE_ALL);

      if ((quality = cupsGetOption("com.apple.print.preset.quality",
                                   num_options, options)) != NULL)
      {
	//
        // Get the print-quality for this preset...
	//

	if (!strcmp(quality, "low"))
	  pwg_print_quality = PPD_PWG_PRINT_QUALITY_DRAFT;
	else if (!strcmp(quality, "high"))
	  pwg_print_quality = PPD_PWG_PRINT_QUALITY_HIGH;
	else
	  pwg_print_quality = PPD_PWG_PRINT_QUALITY_NORMAL;

	//
	// Ignore graphicsType "Photo" presets that are not high quality.
	//

	graphicsType = cupsGetOption("com.apple.print.preset.graphicsType",
				      num_options, options);

	if (pwg_print_quality != PPD_PWG_PRINT_QUALITY_HIGH && graphicsType &&
	    !strcmp(graphicsType, "Photo"))
	  continue;

	//
	// Ignore presets for normal and draft quality where the coating
	// isn't "none" or "autodetect".
	//

	media_front_coating = cupsGetOption(
	                          "com.apple.print.preset.media-front-coating",
			          num_options, options);

        if (pwg_print_quality != PPD_PWG_PRINT_QUALITY_HIGH &&
	    media_front_coating &&
	    strcmp(media_front_coating, "none") &&
	    strcmp(media_front_coating, "autodetect"))
	  continue;

	//
        // Get the output mode for this preset...
	//

        output_mode     = cupsGetOption("com.apple.print.preset.output-mode",
	                                num_options, options);
        color_model_val = cupsGetOption("ColorModel", num_options, options);

        if (output_mode)
	{
	  if (!strcmp(output_mode, "monochrome"))
	    pwg_print_color_mode = PPD_PWG_PRINT_COLOR_MODE_MONOCHROME;
	  else
	    pwg_print_color_mode = PPD_PWG_PRINT_COLOR_MODE_COLOR;
	}
	else if (color_model_val)
	{
	  if (!_ppd_strcasecmp(color_model_val, "Gray"))
	    pwg_print_color_mode = PPD_PWG_PRINT_COLOR_MODE_MONOCHROME;
	  else
	    pwg_print_color_mode = PPD_PWG_PRINT_COLOR_MODE_COLOR;
	}
	else
	  pwg_print_color_mode = PPD_PWG_PRINT_COLOR_MODE_COLOR;

	//
        // Save the options for this combination as needed...
	//

        if (!pc->num_presets[pwg_print_color_mode][pwg_print_quality])
	  pc->num_presets[pwg_print_color_mode][pwg_print_quality] =
	      ppdParseOptions(ppd_attr->value, 0,
	                       pc->presets[pwg_print_color_mode] +
			           pwg_print_quality, PPD_PARSE_OPTIONS);
	preset_added = 1;
      }

      cupsFreeOptions(num_options, options);
    }
    while ((ppd_attr = ppdFindNextAttr(ppd, "APPrinterPreset", NULL)) != NULL);

    if (preset_added &&
	!pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][PPD_PWG_PRINT_QUALITY_DRAFT] &&
	!pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][PPD_PWG_PRINT_QUALITY_NORMAL] &&
	!pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][PPD_PWG_PRINT_QUALITY_HIGH])
    {
      //
      // Try adding some common color options to create grayscale
      // presets. These are listed in order of popularity...
      //

      const char	*color_option = NULL,	// Color control option
	                *gray_choice = NULL;	// Choice to select grayscale

      if ((color_model = ppdFindOption(ppd, "ColorModel")) != NULL &&
	  ppdFindChoice(color_model, "Gray"))
      {
	color_option = "ColorModel";
	gray_choice  = "Gray";
      }
      else if ((color_model = ppdFindOption(ppd, "HPColorMode")) != NULL &&
	       ppdFindChoice(color_model, "grayscale"))
      {
	color_option = "HPColorMode";
	gray_choice  = "grayscale";
      }
      else if ((color_model = ppdFindOption(ppd, "BRMonoColor")) != NULL &&
	       ppdFindChoice(color_model, "Mono"))
      {
	color_option = "BRMonoColor";
	gray_choice  = "Mono";
      }
      else if ((color_model = ppdFindOption(ppd, "CNIJSGrayScale")) != NULL &&
	       ppdFindChoice(color_model, "1"))
      {
	color_option = "CNIJSGrayScale";
	gray_choice  = "1";
      }
      else if ((color_model = ppdFindOption(ppd, "HPColorAsGray")) != NULL &&
	       ppdFindChoice(color_model, "True"))
      {
	color_option = "HPColorAsGray";
	gray_choice  = "True";
      }

      if (color_option && gray_choice)
      {
	//
	// Copy and convert ColorModel (output-mode) data...
	//

	cups_option_t	*coption,	// Color option
			*moption;	// Monochrome option

	for (pwg_print_quality = PPD_PWG_PRINT_QUALITY_DRAFT;
	     pwg_print_quality < PPD_PWG_PRINT_QUALITY_MAX;
	     pwg_print_quality ++)
        {
	  if (pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR][pwg_print_quality])
	  {
	    //
	    // Copy the color options...
	    //

	    num_options = pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
	                                 [pwg_print_quality];
	    options     = calloc(sizeof(cups_option_t), (size_t)num_options);

	    if (options)
	    {
	      for (i = num_options, moption = options,
		       coption = pc->presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
					    [pwg_print_quality];
		   i > 0;
		   i --, moption ++, coption ++)
	      {
		moption->name  = _ppdStrRetain(coption->name);
		moption->value = _ppdStrRetain(coption->value);
	      }

	      pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][pwg_print_quality] =
		num_options;
	      pc->presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][pwg_print_quality] =
		options;
	    }
	  }
	  else if (pwg_print_quality != PPD_PWG_PRINT_QUALITY_NORMAL)
	    continue;

	  //
	  // Add the grayscale option to the preset...
	  //

	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME][pwg_print_quality] =
	      cupsAddOption(color_option, gray_choice,
			    pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			                   [pwg_print_quality],
			    pc->presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME] +
			      pwg_print_quality);
	}
      }
    }
  }

  if (!preset_added)
  {
    //
    // Auto-association of PPD file option settings with the IPP job attributes
    // print-color-mode, print-quality, and print-content-optimize
    //
    // This is used to retro-fit PPD files and classic CUPS drivers into
    // Printer Applications, which are IPP printers for the clients and so
    // should get controlled by standard IPP attributes as far as possible
    //
    // Note that settings assigned to print-content-optimize are only used
    // when printing with "high" print-quality
    //

    ppdCacheAssignPresets(ppd, pc);
  }

  //
  // Copy and convert Duplex (sides) data...
  //

  if ((duplex = ppdFindOption(ppd, "Duplex")) == NULL)
    if ((duplex = ppdFindOption(ppd, "JCLDuplex")) == NULL)
      if ((duplex = ppdFindOption(ppd, "EFDuplex")) == NULL)
        if ((duplex = ppdFindOption(ppd, "EFDuplexing")) == NULL)
	  if ((duplex = ppdFindOption(ppd, "ARDuplex")) == NULL)
	    duplex = ppdFindOption(ppd, "KD03Duplex");

  if (duplex)
  {
    pc->sides_option = strdup(duplex->keyword);

    for (i = duplex->num_choices, choice = duplex->choices;
         i > 0;
	 i --, choice ++)
    {
      if ((!_ppd_strcasecmp(choice->choice, "None") ||
	   !_ppd_strcasecmp(choice->choice, "False")) &&
	  !pc->sides_1sided)
        pc->sides_1sided = strdup(choice->choice);
      else if ((!_ppd_strcasecmp(choice->choice, "DuplexNoTumble") ||
	        !_ppd_strcasecmp(choice->choice, "LongEdge") ||
	        !_ppd_strcasecmp(choice->choice, "Top")) &&
	       !pc->sides_2sided_long)
        pc->sides_2sided_long = strdup(choice->choice);
      else if ((!_ppd_strcasecmp(choice->choice, "DuplexTumble") ||
	        !_ppd_strcasecmp(choice->choice, "ShortEdge") ||
	        !_ppd_strcasecmp(choice->choice, "Bottom")) &&
	       !pc->sides_2sided_short)
        pc->sides_2sided_short = strdup(choice->choice);
    }
  }

  //
  // Copy filters and pre-filters...
  //

  pc->filters = cupsArrayNew(NULL, NULL, NULL, 0, (cups_acopy_cb_t)strdup,
			      (cups_afree_cb_t)free);

  cupsArrayAdd(pc->filters,
               "application/vnd.cups-raw application/octet-stream 0 -");

  if ((ppd_attr = ppdFindAttr(ppd, "cupsFilter2", NULL)) != NULL)
  {
    do
    {
      cupsArrayAdd(pc->filters, ppd_attr->value);
    }
    while ((ppd_attr = ppdFindNextAttr(ppd, "cupsFilter2", NULL)) != NULL);
  }
  else if (ppd->num_filters > 0)
  {
    for (i = 0; i < ppd->num_filters; i ++)
      cupsArrayAdd(pc->filters, ppd->filters[i]);
  }
  else
    cupsArrayAdd(pc->filters, "application/vnd.cups-postscript 0 -");

  //
  // See if we have a command filter...
  //

  for (filter = (const char *)cupsArrayGetFirst(pc->filters);
       filter;
       filter = (const char *)cupsArrayGetNext(pc->filters))
    if (!_ppd_strncasecmp(filter, "application/vnd.cups-command", 28) &&
        _ppd_isspace(filter[28]))
      break;

  if (!filter &&
      ((ppd_attr = ppdFindAttr(ppd, "cupsCommands", NULL)) == NULL ||
       _ppd_strcasecmp(ppd_attr->value, "none")))
  {
    //
    // No command filter and no cupsCommands keyword telling us not to use one.
    // See if this is a PostScript printer, and if so add a PostScript command
    // filter...
    //

    for (filter = (const char *)cupsArrayGetFirst(pc->filters);
	 filter;
	 filter = (const char *)cupsArrayGetNext(pc->filters))
      if (!_ppd_strncasecmp(filter, "application/vnd.cups-postscript", 31) &&
	  _ppd_isspace(filter[31]))
	break;

    if (filter)
      cupsArrayAdd(pc->filters,
                   "application/vnd.cups-command application/postscript 100 "
                   "commandtops");
  }

  if ((ppd_attr = ppdFindAttr(ppd, "cupsPreFilter", NULL)) != NULL)
  {
    pc->prefilters = cupsArrayNew(NULL, NULL, NULL, 0,
				   (cups_acopy_cb_t)strdup,
				   (cups_afree_cb_t)free);

    do
      cupsArrayAdd(pc->prefilters, ppd_attr->value);
    while ((ppd_attr = ppdFindNextAttr(ppd, "cupsPreFilter", NULL)) != NULL);
  }

  if ((ppd_attr = ppdFindAttr(ppd, "cupsSingleFile", NULL)) != NULL)
    pc->single_file = !_ppd_strcasecmp(ppd_attr->value, "true");

  //
  // Copy the product string, if any...
  //

  if (ppd->product)
    pc->product = strdup(ppd->product);

  //
  // Copy finishings mapping data...
  //

  if ((ppd_attr = ppdFindAttr(ppd, "cupsIPPFinishings", NULL)) != NULL)
  {
    //
    // Have proper vendor mapping of IPP finishings values to PPD options...
    //

    pc->finishings =
      cupsArrayNew((cups_array_cb_t)ppd_pwg_compare_finishings,
		    NULL, NULL, 0, NULL,
		    (cups_afree_cb_t)ppd_pwg_free_finishings);

    do
    {
      if ((finishings = calloc(1, sizeof(ppd_pwg_finishings_t))) == NULL)
        goto create_error;

      finishings->value       = (ipp_finishings_t)atoi(ppd_attr->spec);
      finishings->num_options = ppdParseOptions(ppd_attr->value, 0,
						&(finishings->options),
						PPD_PARSE_OPTIONS);

      cupsArrayAdd(pc->finishings, finishings);
    }
    while ((ppd_attr = ppdFindNextAttr(ppd, "cupsIPPFinishings",
                                       NULL)) != NULL);
  }
  else
  {
    //
    // No IPP mapping data, try to map common/standard PPD keywords...
    //

    pc->finishings =
      cupsArrayNew((cups_array_cb_t)ppd_pwg_compare_finishings,
		    NULL, NULL, 0, NULL,
		    (cups_afree_cb_t)ppd_pwg_free_finishings);

    if ((ppd_option = ppdFindOption(ppd, "StapleLocation")) != NULL)
    {
      //
      // Add staple finishings...
      //

      if (ppdFindChoice(ppd_option, "SinglePortrait"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_STAPLE_TOP_LEFT,
			      "StapleLocation", "SinglePortrait");
      if (ppdFindChoice(ppd_option, "UpperLeft")) // Ricoh extension
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_STAPLE_TOP_LEFT,
			      "StapleLocation", "UpperLeft");
      if (ppdFindChoice(ppd_option, "UpperRight")) // Ricoh extension
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_STAPLE_TOP_RIGHT,
			      "StapleLocation", "UpperRight");
      if (ppdFindChoice(ppd_option, "SingleLandscape"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_STAPLE_BOTTOM_LEFT,
			      "StapleLocation", "SingleLandscape");
      if (ppdFindChoice(ppd_option, "DualLandscape"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_STAPLE_DUAL_LEFT,
			      "StapleLocation", "DualLandscape");
    }

    if ((ppd_option = ppdFindOption(ppd, "RIPunch")) != NULL)
    {
      //
      // Add (Ricoh) punch finishings...
      //

      if (ppdFindChoice(ppd_option, "Left2"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_DUAL_LEFT,
			      "RIPunch", "Left2");
      if (ppdFindChoice(ppd_option, "Left3"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_TRIPLE_LEFT,
			      "RIPunch", "Left3");
      if (ppdFindChoice(ppd_option, "Left4"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_QUAD_LEFT,
			      "RIPunch", "Left4");
      if (ppdFindChoice(ppd_option, "Right2"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_DUAL_RIGHT,
			      "RIPunch", "Right2");
      if (ppdFindChoice(ppd_option, "Right3"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_TRIPLE_RIGHT,
			      "RIPunch", "Right3");
      if (ppdFindChoice(ppd_option, "Right4"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_QUAD_RIGHT,
			      "RIPunch", "Right4");
      if (ppdFindChoice(ppd_option, "Upper2"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_DUAL_TOP,
			      "RIPunch", "Upper2");
      if (ppdFindChoice(ppd_option, "Upper3"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_TRIPLE_TOP,
			      "RIPunch", "Upper3");
      if (ppdFindChoice(ppd_option, "Upper4"))
        ppd_pwg_add_finishing(pc->finishings,
			      IPP_FINISHINGS_PUNCH_QUAD_TOP,
			      "RIPunch", "Upper4");
    }

    if ((ppd_option = ppdFindOption(ppd, "BindEdge")) != NULL)
    {
      //
      // Add bind finishings...
      //

      if (ppdFindChoice(ppd_option, "Left"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_BIND_LEFT,
			      "BindEdge", "Left");
      if (ppdFindChoice(ppd_option, "Right"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_BIND_RIGHT, "BindEdge", "Right");
      if (ppdFindChoice(ppd_option, "Top"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_BIND_TOP, "BindEdge", "Top");
      if (ppdFindChoice(ppd_option, "Bottom"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_BIND_BOTTOM, "BindEdge", "Bottom");
    }

    if ((ppd_option = ppdFindOption(ppd, "FoldType")) != NULL)
    {
      //
      // Add (Adobe) fold finishings...
      //

      if (ppdFindChoice(ppd_option, "ZFold"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_Z,
			      "FoldType", "ZFold");
      if (ppdFindChoice(ppd_option, "Saddle"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_HALF,
			      "FoldType", "Saddle");
      if (ppdFindChoice(ppd_option, "DoubleGate"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_DOUBLE_GATE,
			      "FoldType", "DoubleGate");
      if (ppdFindChoice(ppd_option, "LeftGate"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_LEFT_GATE,
			      "FoldType", "LeftGate");
      if (ppdFindChoice(ppd_option, "RightGate"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_RIGHT_GATE,
			      "FoldType", "RightGate");
      if (ppdFindChoice(ppd_option, "Letter"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_LETTER,
			      "FoldType", "Letter");
      if (ppdFindChoice(ppd_option, "XFold"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_POSTER,
			      "FoldType", "XFold");
    }

    if ((ppd_option = ppdFindOption(ppd, "RIFoldType")) != NULL)
    {
      //
      // Add (Ricoh) fold finishings...
      //

      if (ppdFindChoice(ppd_option, "OutsideTwoFold"))
        ppd_pwg_add_finishing(pc->finishings, IPP_FINISHINGS_FOLD_LETTER,
			      "RIFoldType", "OutsideTwoFold");
    }

    if (cupsArrayGetCount(pc->finishings) == 0)
    {
      cupsArrayDelete(pc->finishings);
      pc->finishings = NULL;
    }
  }

  if ((ppd_option = ppdFindOption(ppd, "cupsFinishingTemplate")) != NULL)
  {
    pc->templates = cupsArrayNew((cups_array_cb_t)strcmp,
				  NULL, NULL, 0,
				  (cups_acopy_cb_t)strdup,
				  (cups_afree_cb_t)free);

    for (choice = ppd_option->choices, i = ppd_option->num_choices; i > 0;
	 choice ++, i --)
    {
      cupsArrayAdd(pc->templates, (void *)choice->choice);

      //
      // Add localized text for PWG keyword to message catalog...
      //

      snprintf(id, sizeof(id), "finishing-template.%s", choice->choice);
      ppd_ui_string_add(pc->strings, id, choice->text);
    }
  }

  //
  // Max copies...
  //

  if ((ppd_attr = ppdFindAttr(ppd, "cupsMaxCopies", NULL)) != NULL)
    pc->max_copies = atoi(ppd_attr->value);
  else if (ppd->manual_copies)
    pc->max_copies = 1;
  else
    pc->max_copies = 9999;

  //
  // cupsChargeInfoURI, cupsJobAccountId, cupsJobAccountingUserId,
  // cupsJobPassword, and cupsMandatory.
  //

  if ((ppd_attr = ppdFindAttr(ppd, "cupsChargeInfoURI", NULL)) != NULL)
    pc->charge_info_uri = strdup(ppd_attr->value);

  if ((ppd_attr = ppdFindAttr(ppd, "cupsJobAccountId", NULL)) != NULL)
    pc->account_id = !_ppd_strcasecmp(ppd_attr->value, "true");

  if ((ppd_attr = ppdFindAttr(ppd, "cupsJobAccountingUserId", NULL)) != NULL)
    pc->accounting_user_id = !_ppd_strcasecmp(ppd_attr->value, "true");

  if ((ppd_attr = ppdFindAttr(ppd, "cupsJobPassword", NULL)) != NULL)
    pc->password = strdup(ppd_attr->value);

  if ((ppd_attr = ppdFindAttr(ppd, "cupsMandatory", NULL)) != NULL)
    pc->mandatory = _ppdArrayNewStrings(ppd_attr->value, ' ');

  //
  // Support files...
  //

  pc->support_files = cupsArrayNew(NULL, NULL, NULL, 0,
				    (cups_acopy_cb_t)strdup,
				    (cups_afree_cb_t)free);

  for (ppd_attr = ppdFindAttr(ppd, "cupsICCProfile", NULL);
       ppd_attr;
       ppd_attr = ppdFindNextAttr(ppd, "cupsICCProfile", NULL))
    cupsArrayAdd(pc->support_files, ppd_attr->value);

  if ((ppd_attr = ppdFindAttr(ppd, "APPrinterIconPath", NULL)) != NULL)
    cupsArrayAdd(pc->support_files, ppd_attr->value);

  //
  // Return the cache data...
  //

  return (pc);

  //
  // If we get here we need to destroy the PWG mapping data and return NULL...
  //

  create_error:

  set_error(_("Out of memory."), 1);
  ppdCacheDestroy(pc);

  return (NULL);
}


//
// 'ppdCacheAssignPresets()' - Go through all the options and choices
//                             in the PPD to find out which influence
//                             on color/bw, print quality, and content
//                             optimization they have to assign them
//                             to the presets so that jobs can easily
//                             be controlled with standard IPP
//                             attributes
//

void
ppdCacheAssignPresets(ppd_file_t *ppd,
		      ppd_cache_t *pc)
{
  typedef struct choice_properties_s
  {
    int sets_mono,
        sets_color,
        sets_draft,
        sets_normal,
        sets_high,
        for_photo,
        for_graphics,
        for_text,
        for_tg,
        is_default;
    unsigned int  res_x,
                  res_y;
    long total_image_data;
  } choice_properties_t;
  int                    i, j, k, l;
  unsigned int           m;
  int                    pass;
  ppd_group_t            *group;
  ppd_option_t	         *option;
  int                    is_color;
  unsigned int           base_res_x = 0,
                         base_res_y = 0;
  cups_page_header_t    header,
                         optheader;
  int                    preferred_bits;
  ppd_attr_t             *ppd_attr;
  int                    res_factor = 1;   // Weight of the score for the
  int                    name_factor = 10; // print quality
  int                    color_factor = 1000;

  // Do we have a color printer ?
  is_color = (ppd->color_device ? 1 : 0);

  // what is the base/default resolution for this PPD?
  ppdMarkDefaults(ppd);
  ppdRasterInterpretPPD(&header, ppd, 0, NULL, NULL);
  if (header.HWResolution[0] != 100 || header.HWResolution[1] != 100)
  {
    base_res_x = header.HWResolution[0];
    base_res_y = header.HWResolution[1];
  }
  else if ((ppd_attr = ppdFindAttr(ppd, "DefaultResolution", NULL)) != NULL)
  {
    // Use the PPD-defined default resolution...
    if (sscanf(ppd_attr->value, "%dx%d", &base_res_x, &base_res_y) == 1)
      base_res_y = base_res_x;
  }

  // Go through all options of the PPD file
  for (i = ppd->num_groups, group = ppd->groups;
       i > 0;
       i --, group ++)
  {
    // Skip the "Installable Options" group
    if (strncasecmp(group->name, "Installable", 11) == 0)
      continue;

    for (j = group->num_options, option = group->options;
         j > 0;
         j --, option ++)
    {
      int sets_color_mode = 0,
	  sets_quality = 0,
	  sets_optimization = 0;
      int best_mono_draft = 0,
          best_mono_normal = 0,
          best_mono_high = 0,
          best_color_draft = 0,
          best_color_normal = 0,
          best_color_high = 0,
          best_photo = 0,
          best_graphics = 0,
          best_text = 0,
	  best_tg = 0;
      int default_ch = -1,
	  best_mono_draft_ch = -1,
          best_mono_normal_ch = -1,
          best_mono_high_ch = -1,
          best_color_draft_ch = -1,
          best_color_normal_ch = -1,
          best_color_high_ch = -1,
          best_photo_ch = -1,
          best_graphics_ch = -1,
          best_text_ch = -1,
	  best_tg_ch = -1;
      cups_array_t *choice_properties;
      choice_properties_t *properties;
      char *o, *c, *p;
      int score;

      o = option->keyword;

      // Skip options which do not change color mode and quality or
      // generally do not make sense in presets
      if (strcasecmp(o, "PageSize") == 0 ||
	  strcasecmp(o, "PageRegion") == 0 ||
	  strcasecmp(o, "InputSlot") == 0 ||
	  strcasecmp(o, "MediaSource") == 0 ||
	  strcasecmp(o, "MediaType") == 0 ||
	  strcasecmp(o, "OutputBin") == 0 ||
	  strcasecmp(o, "Duplex") == 0 ||
	  strcasecmp(o, "JCLDuplex") == 0 ||
	  strcasecmp(o, "EFDuplex") == 0 ||
	  strcasecmp(o, "EFDuplexing") == 0 ||
	  strcasecmp(o, "ARDuplex") == 0 ||
	  strcasecmp(o, "KD03Duplex") == 0 ||
	  strcasecmp(o, "Collate") == 0)
	continue;

      //
      // Set member options of composite options in Foomatic to stay
      // controlled by the composite option
      //
      // Composite options in Foomatic are options which set a number
      // of other options, so each choice of them is the same as a
      // preset in CUPS. In addition, some PPDs in Foomatic have a
      // composite option named "PrintoutMode" with 6 choices, exactly
      // the 6 of the grid of CUPS presets, color/mono in draft,
      // medium, and high quality. The composite options are created
      // by hand, so they surely do for what they are intended for and
      // so they are safer as this preset auto-generation
      // algorithm. Therefore we only let the composite option be set
      // in our presets and set the member options to leave the
      // control at the composite option
      //

      if (strstr(ppd->nickname, "Foomatic") &&
	  !strncmp(option->choices[0].choice, "From", 4) &&
	  ppdFindOption(ppd, option->choices[0].choice + 4))
      {
	for (k = 0; k < 2; k ++)
	  for (l = 0; l < 3; l ++)
	    if (cupsGetOption(option->choices[0].choice + 4,
			      pc->num_presets[k][l], pc->presets[k][l]))
	      pc->num_presets[k][l] =
		cupsAddOption(o, option->choices[0].choice,
			      pc->num_presets[k][l], &(pc->presets[k][l]));
	for (k = 0; k < 5; k ++)
	  if (cupsGetOption(option->choices[0].choice + 4,
			    pc->num_optimize_presets[k],
			    pc->optimize_presets[k]))
	    pc->num_optimize_presets[k] =
	      cupsAddOption(o, option->choices[0].choice,
			    pc->num_optimize_presets[k],
			    &(pc->optimize_presets[k]));
	continue;
      }

      // Array for properties of the choices
      choice_properties = cupsArrayNew(NULL, NULL, NULL, 0, NULL, NULL);

      //
      // Gather the data for each choice
      //

      for (k = 0; k < option->num_choices; k ++)
      {
	properties =
	  (choice_properties_t *)calloc(1, sizeof(choice_properties_t));

	c = option->choices[k].choice;

	// Is this the default choice? (preferred for "normal" quality,
	// used for color if no choice name suggests being color)
	if (strcmp(c, option->defchoice) == 0)
	{
	  properties->is_default = 1;
	  default_ch = k;
	}

	//
	// Color/Monochrome - print-color-mode
	//

	// If we have a color device, check whether this option sets mono or
	// color printing
	if (is_color)
	{
	  if (strcasecmp(o, "CNIJSGrayScale") == 0)
	  {
	    if (strcasecmp(c, "1") == 0)
	      properties->sets_mono = 2;
	    else
	      properties->sets_color = 1;
	  }
	  else if (strcasecmp(o, "HPColorAsGray") == 0 ||  // HP PostScript
		   strcasecmp(o, "HPPJLColorAsGray") == 0) // HP PostScript
	  {
	    if (strcasecmp(c, "True") == 0 ||
		strcasecmp(c, "yes") == 0)
	      properties->sets_mono = 2;
	    else
	      properties->sets_color = 1;
	  }
	  else if (strcasecmp(o, "ColorModel") == 0 ||
		   strcasestr(o, "ColorMode") ||
		   strcasecmp(o, "OutputMode") == 0 ||
		   strcasecmp(o, "PrintoutMode") == 0 ||
		   strcasecmp(o, "ARCMode") == 0 || // Sharp
		   strcasestr(o, "ColorMode") ||
		   strcasecmp(o, "ColorResType") == 0 || // Toshiba
		   strcasestr(o, "MonoColor")) // Brother
	  {
	    // Monochrome/grayscale printing
	    if (strcasestr(c, "Mono") ||
		strcasecmp(c, "Black") == 0 ||
		((p = strcasestr(c, "Black")) && strcasestr(p, "White")) ||
		(strncasecmp(c, "BW", 2) == 0 && !isalpha(c[2])))
	      properties->sets_mono = 2;
	    else if (strcasestr(c, "Gray") ||
		     strcasestr(c, "Grey") ||
		     strcasecmp(c, "BlackOnly") == 0) // Lexmark
	      properties->sets_mono = 3;

	    // Color printing
	    if (((p = strcasestr(c, "CMY")) && !strcasestr(p, "Gray")) ||
		strcasecmp(c, "ColorOnly") == 0 || // Lexmark
		((p = strcasestr(c, "Adobe")) && strcasestr(p, "RGB")))
	      properties->sets_color = 2;
	    else if (strcasestr(c, "sRGB"))
	      properties->sets_color = 4;
	    else if (strcasestr(c, "RGB") ||
		     strcasestr(c, "Color"))
	      properties->sets_color = 3;
	  }

	  // This option actually sets color mode
	  if (properties->sets_mono || properties->sets_color)
	    sets_color_mode = 1;
	}

	//
	// Output Quality - print-quality
	//

	// check whether this option affects print quality or content
	// optimization

	// Determine influence of the options and choices on the print
	// quality by their names

	// Vendor-specific option and choice names
	if (strcasecmp(o, "ARCPPriority") == 0) // Sharp
	{
	  if (strcasecmp(c, "Quality") == 0)
	    properties->sets_high = 10;
	  else if (strcasecmp(c, "Speed") == 0)
	    properties->sets_draft = 10;
	}
	else if (strcasecmp(o, "BRJpeg") == 0) // Brother
	{
	  if (strcasecmp(c, "QualityPrior") == 0)
	    properties->sets_high = 10;
	  else if (strcasecmp(c, "SpeedPrior") == 0)
	    properties->sets_draft = 10;
	}
	else if (strcasecmp(o, "FXOutputMode") == 0) // Fuji Xerox
	{
	  if (strcasecmp(c, "Quality2") == 0)
	    properties->sets_high = 10;
	  else if (strcasecmp(c, "Speed") == 0)
	    properties->sets_draft = 10;
	  else if (strcasecmp(c, "Standard") == 0)
	    properties->sets_normal = 10;
	}
	else if (strcasecmp(o, "RIPrintMode") == 0) // Ricoh & OEM
	{
	  if (strcasecmp(c, "1rhit") == 0)
	    properties->sets_high = 7;
	  else if (strcasecmp(c, "6rhit") == 0)
	    properties->sets_high = 10;
	  else if (strcasecmp(c, "3rhit") == 0 ||
		   strcasecmp(c, "4rhit") == 0 ||
		   strcasecmp(c, "5rhit") == 0)
	    properties->sets_draft = 10;
	  else if (strcasecmp(c, "0rhit") == 0)
	    properties->sets_normal = 10;
	}
	else if (strcasecmp(o, "EconoMode") == 0 || // Foomatic
		 strcasecmp(o, "EconoFast") == 0)   // Foomatic (HP PPA)
	{
	  if (strcasecmp(c, "Off") == 0 ||
	      strcasecmp(c, "False") == 0)
	    properties->sets_high = 1;
	  else if (strcasecmp(c, "On") == 0 ||
		   strcasecmp(c, "True") == 0 ||
		   strcasecmp(c, "Low") == 0)
	    properties->sets_draft = 10;
	  else if (strcasecmp(c, "High") == 0)
	    properties->sets_draft = 11;
	}
	else if (strcasestr(o, "ColorPrecision")) // Gutenprint
	{
	  if (strcasecmp(c, "best") == 0)
	    properties->sets_high = 10;
	}
	// Generic boolean options which enhance quality if true
	else if (((p = strcasestr(o, "slow")) && strcasestr(p, "dry")) ||
		 ((p = strcasestr(o, "color")) && strcasestr(p, "enhance")) ||
		 ((p = strcasestr(o, "resolution")) &&
		  !strcasestr(p, "enhance")) ||
		 strcasecmp(o, "RET") == 0 ||
		 strcasecmp(o, "Smoothing") == 0 || // HPLIP
		 ((p = strcasestr(o, "uni")) && strcasestr(p, "direction")))
	{
	  if (strcasecmp(c, "True") == 0 ||
	      strcasecmp(c, "On") == 0 ||
	      strcasecmp(c, "Yes") == 0 ||
	      strcasecmp(c, "1") == 0 ||
	      strcasecmp(c, "Medium") == 0) // Resolution Enhancement/RET (HP)
	    properties->sets_high = 3;
	  else if (strcasecmp(c, "False") == 0 ||
		   strcasecmp(c, "Off") == 0 ||
		   strcasecmp(c, "No") == 0 ||
		   strcasecmp(c, "0") == 0)
	    properties->sets_draft = 3;
	}
	// Generic boolean options which reduce quality if true
	else if (strcasestr(o, "draft") ||
		 strcasestr(o, "economy") ||
		 ((p = strcasestr(o, "eco")) && strcasestr(p, "mode")) ||
		 ((p = strcasestr(o, "toner")) && strcasestr(p, "sav")) ||
		 ((p = strcasestr(o, "bi")) && strcasestr(p, "direction")) ||
		 strcasecmp(o, "EcoBlack") == 0 || // Foomatic (Alps)
		 strcasecmp(o, "bidi") == 0 ||
		 strcasecmp(o, "bi-di") == 0)
	{
	  if (strcasecmp(c, "True") == 0 ||
	      strcasecmp(c, "On") == 0 ||
	      strcasecmp(c, "Yes") == 0 ||
	      strcasecmp(c, "1") == 0 ||
	      strcasecmp(c, "Medium") == 0) // EconomyMode (Brother)
	    properties->sets_draft = 3;
	  else if (strcasecmp(c, "False") == 0 ||
		   strcasecmp(c, "Off") == 0 ||
		   strcasecmp(c, "No") == 0 ||
		   strcasecmp(c, "0") == 0)
	    properties->sets_high = 3;
	}
	// Generic enumerated choice option and choice names
	else if (strcasecmp(o, "ColorModel") == 0 ||
		 strcasestr(o, "ColorMode") ||
		 strcasecmp(o, "OutputMode") == 0 || // HPLIP hpcups
		 strcasecmp(o, "PrintoutMode") == 0 || // Foomatic
		 strcasecmp(o, "PrintQuality") == 0 ||
		 strcasecmp(o, "PrintMode") == 0 ||
		 strcasestr(o, "ColorMode") ||
		 strcasestr(o, "HalfTone") || // HPLIP
		 strcasecmp(o, "ColorResType") == 0 || // Toshiba
		 strcasestr(o, "MonoColor") || // Brother
		 strcasestr(o, "Quality") ||
		 strcasestr(o, "Resolution") ||
		 strcasestr(o, "Precision") || // ex. stpColorPrecision
		                               // in Gutenprint
		 strcasestr(o, "PrintingDirection")) // Gutenprint
	{
	  // High quality
	  if (strcasecmp(c, "Quality") == 0 ||
	      strcasecmp(c, "5") == 0)
	    properties->sets_high = 1;
	  else if (strcasestr(c, "Photo") ||
		   strcasestr(c, "Enhance") ||
		   strcasestr(c, "slow") ||
		   strncasecmp(c, "ProRes", 6) == 0 || // HPLIP
		   strncasecmp(c, "ImageREt", 8) == 0 || // HPLIP
		   ((p = strcasestr(c, "low")) && strcasestr(p, "speed")))
	    properties->sets_high = 2;
	  else if (strcasestr(c, "fine") ||
		   strcasestr(c, "deep") ||
		   ((p = strcasestr(c, "high")) && !strcasestr(p, "speed")) ||
		   strcasestr(c, "HQ") ||
		   strcasecmp(c, "ProRes600") == 0 || // HPLIP
		   strcasecmp(c, "ImageREt1200") == 0 || // HPLIP
		   strcasecmp(c, "Enhanced") == 0)
	    properties->sets_high = 3;
	  else if (strcasestr(c, "best") ||
		   strcasecmp(c, "high") == 0 ||
		   strcasecmp(c, "fine") == 0 ||
		   strcasecmp(c, "HQ") == 0 ||
		   strcasecmp(c, "CMYGray") == 0 || // HPLIP
		   strcasecmp(c, "ProRes1200") == 0 || // HPLIP
		   strcasecmp(c, "ImageREt2400") == 0 || // HPLIP
		   strcasestr(c, "unidir"))
	    properties->sets_high = 4;
	  else if (strcasecmp(c, "best") == 0 ||
		   strcasecmp(c, "ProRes2400") == 0 || // HPLIP
		   strcasecmp(c, "monolowdetail") == 0) // Toshiba
	    properties->sets_high = 5;

	  // Low/Draft quality
	  if (strcasecmp(c, "monolowdetail") == 0 || // Toshiba
	      strcasecmp(c, "3") == 0)
	    properties->sets_draft = 1;
	  else if (((p = strcasestr(c, "fast")) && strcasestr(p, "draft")) ||
		   ((p = strcasestr(c, "high")) && strcasestr(p, "speed")) ||
		   (strcasestr(c, "speed") && !strcasestr(c, "low")))
	    properties->sets_draft = 2;
	  else if (strcasestr(c, "quick") ||
		   (strcasestr(c, "fast") &&
		    !(strncasecmp(c, "FastRes", 7) == 0 && isdigit(*(c + 7)))))
	    // HPLIP has FastRes600, FastRes1200, ... which are not draft
	    properties->sets_draft = 3;
	  else if (strcasecmp(c, "quick") == 0 ||
		   strcasecmp(c, "fast") == 0 ||
		   strcasestr(c, "draft") ||
		   (strcasestr(c, "low") && !strcasestr(c, "slow")) ||
		   strcasestr(c, "coarse"))
	    properties->sets_draft = 4;
	  else if (strcasecmp(c, "draft") == 0 ||
		   strcasecmp(c, "low") == 0 ||
		   strcasecmp(c, "coarse") == 0 ||
		   strcasestr(c, "bidir"))
	    properties->sets_draft = 5;

	  // Use high or low quality but not the extremes
	  if (strcasestr(c, "ultra") ||
	      strcasestr(c, "very") ||
	      strcasestr(c, "super"))
	  {
	    if (properties->sets_high > 1)
	      properties->sets_high --;
	    if (properties->sets_draft > 1)
	      properties->sets_draft --;
	  }

	  // Normal quality
	  if (strcasestr(c, "automatic") ||
	      strcasecmp(c, "none") == 0 ||
	      strcasecmp(c, "4") == 0 ||
	      strcasecmp(c, "FastRes1200") == 0) // HPLIP
	    properties->sets_normal = 1;
	  else if (strcasestr(c, "normal") ||
		   strcasestr(c, "standard") ||
		   strcasestr(c, "default") ||
		   strcasecmp(c, "FastRes600") == 0) // HPLIP
	    properties->sets_normal = 2;
	  else if (strcasecmp(c, "normal") == 0 ||
		   strcasecmp(c, "standard") == 0 ||
		   strcasecmp(c, "default") == 0)
	    properties->sets_normal = 4;
	}

	// Apply the weight factor for option/choice-name-related scores
	properties->sets_high *= name_factor;
	properties->sets_draft *= name_factor;
	properties->sets_normal *= name_factor;

	// Determine influence of the options and choices on the print
	// quality by how they change the output resolution compared to
	// the base/default resolution
	if (base_res_x && base_res_y)
	{
	  // First, analyse the code snippet (PostScript, PJL) assigned
	  // to each choice of the option whether it sets resolution
	  if (option->choices[k].code && option->choices[k].code[0])
	  {
	    // Assume code to be PostScript (also used for CUPS Raster)
	    preferred_bits = 0;
	    optheader = header;
	    if (ppdRasterExecPS(&optheader, &preferred_bits,
				option->choices[k].code) == 0)
	    {
	      properties->res_x = optheader.HWResolution[0];
	      properties->res_y = optheader.HWResolution[1];
	    }
	    else
	      properties->res_x = properties->res_y = 0; // invalid
	    if (properties->res_x == 0 || properties->res_y == 0)
	    {
	      // Now try PJL
	      if ((p = strstr(option->choices[k].code, "SET")) &&
		  isspace(*(p + 3)) && (p = strstr(p + 4, "RESOLUTION=")))
	      {
		p += 11;
		if (sscanf(p, "%dX%d",
			   &(properties->res_x), &(properties->res_y)) == 1)
		    properties->res_y = properties->res_x;
	      }
	    }
	    if (properties->res_x == 100 && properties->res_y == 100)
	      properties->res_x = properties->res_y = 0; // Code does not
	                                                 // set resolution
	  }
	  else
	    properties->res_x = properties->res_y = 0; // invalid

	  // Then parse the choice name whether it contains a
	  // resolution value (Must have "dpi", as otherwise can be
	  // something else, like a page size)
	  if ((properties->res_x == 0 || properties->res_y == 0) &&
	      (p = strcasestr(c, "dpi")) != NULL)
	  {
	    if (p > c)
	    {
	      p --;
	      while (p > c && isspace(*p))
		p --;
	      if (p > c && isdigit(*p))
	      {
		char x;
		while (p > c && isdigit(*p))
		  p --;
		if (p > c && (*p == 'x' || *p == 'X'))
		  p --;
		while (p > c && isdigit(*p))
		  p --;
		while (!isdigit(*p))
		  p ++;
		if (sscanf(p, "%d%c%d",
			   &(properties->res_x), &x, &(properties->res_y)) == 2)
		    properties->res_y = properties->res_x;
	      }
	    }
	  }

	  if (properties->res_x != 0 && properties->res_y != 0)
	  {
	    // Choice suggests to set the resolution
	    // Raising resolution compared to default?
	    m = (properties->res_x * properties->res_y) /
	        (base_res_x * base_res_y);
	    // No or small change -> Normal quality
	    if (m == 1)
	      properties->sets_normal += res_factor * 4;
	    // At least double the pixels -> High quality
	    else if (m == 2)
	      properties->sets_high += res_factor * 3;
	    else if (m > 2 && m <= 8)
	      properties->sets_high += res_factor * 4;
	    else if (m > 8 && m <= 32)
	      properties->sets_high += res_factor * 2;
	    else if (m > 32)
	      properties->sets_high += res_factor * 1;
	    else if (m < 1)
	    {
	      // Reducing resolution compared to default?
	      m = (base_res_x * base_res_y) /
		  (properties->res_x * properties->res_y);
	      // No or small change -> Normal quality
	      if (m == 1)
		properties->sets_normal += res_factor * 1;
	      // At most half the pixels -> Draft quality
	      else if (m == 2)
		properties->sets_draft += res_factor * 3;
	      else if (m > 2 && m < 8)
		properties->sets_draft += res_factor * 4;
	      else if (m >= 8 && m < 32)
		properties->sets_draft += res_factor * 2;
	      else if (m >= 32)
		properties->sets_draft += res_factor * 1;
	    }
	  }
	}

	// This option actually sets print quality
	if (properties->sets_draft || properties->sets_high)
	  sets_quality = 1;

	// Add the properties of this choice
	cupsArrayAdd(choice_properties, properties);
      }

      //
      // Find the best choice for each field of the color/quality preset
      // grid
      //

      for (pass = 0; pass < 3; pass ++)
      {
	for (k = 0; k < option->num_choices; k ++)
        {
	  properties = cupsArrayGetElement(choice_properties, k);

	  // presets[0][0]: Mono/Draft
	  if (best_mono_draft >= 0 &&
	      !properties->sets_color &&
	      (!properties->sets_high || pass > 0))
	  {
	    score = color_factor * properties->sets_mono +
	      properties->sets_draft;
	    if (score > best_mono_draft)
	    {
	      best_mono_draft = score;
	      best_mono_draft_ch = k;
	    }
	  }

	  // presets[0][1]: Mono/Normal
	  if (best_mono_normal >= 0 &&
	      !properties->sets_color &&
	      (!properties->sets_draft || pass > 1) &&
	      (!properties->sets_high  || pass > 0))
	  {
	    score = color_factor * properties->sets_mono +
	      properties->sets_normal;
	    if (score > best_mono_normal)
	    {
	      best_mono_normal = score;
	      best_mono_normal_ch = k;
	    }
	  }

	  // presets[0][2]: Mono/High
	  if (best_mono_high >= 0 &&
	      !properties->sets_color &&
	      (!properties->sets_draft || pass > 0))
	  {
	    score = color_factor * properties->sets_mono +
	      properties->sets_high;
	    if (score > best_mono_high)
	    {
	      best_mono_high = score;
	      best_mono_high_ch = k;
	    }
	  }

	  // presets[1][0]: Color/Draft
	  if (best_color_draft >= 0 &&
	      !properties->sets_mono &&
	      (!properties->sets_high || pass > 0))
	  {
	    score = color_factor * properties->sets_color +
	      properties->sets_draft;
	    if (score > best_color_draft)
	    {
	      best_color_draft = score;
	      best_color_draft_ch = k;
	    }
	  }

	  // presets[1][1]: Color/Normal
	  if (best_color_normal >= 0 &&
	      !properties->sets_mono &&
	      (!properties->sets_draft || pass > 1) &&
	      (!properties->sets_high  || pass > 0))
	  {
	    score = color_factor * properties->sets_color +
	      properties->sets_normal;
	    if (score > best_color_normal)
	    {
	      best_color_normal = score;
	      best_color_normal_ch = k;
	    }
	  }

	  // presets[1][2]: Color/High
	  if (best_color_high >= 0 &&
	      !properties->sets_mono &&
	      (!properties->sets_draft || pass > 0))
	  {
	    score = color_factor * properties->sets_color +
	      properties->sets_high;
	    if (score > best_color_high)
	    {
	      best_color_high = score;
	      best_color_high_ch = k;
	    }
	  }
	}
	// Block next passes for the presets where we are done
	if (best_mono_draft_ch >= 0)
	  best_mono_draft = -1;
	if (best_mono_normal_ch >= 0)
	  best_mono_normal = -1;
	if (best_mono_high_ch >= 0)
	  best_mono_high = -1;
	if (best_color_draft_ch >= 0)
	  best_color_draft = -1;
	if (best_color_normal_ch >= 0)
	  best_color_normal = -1;
	if (best_color_high_ch >= 0)
	  best_color_high = -1;
      }

      //
      // Content Optimization - print-content-optimize
      //

      for (k = 0; k < option->num_choices; k ++)
      {
	properties = cupsArrayGetElement(choice_properties, k);
	c = option->choices[k].choice;

	// Vendor-specific options
	if (strcasecmp(o, "ARCOType") == 0) // Sharp
	{
	  if (strcasecmp(c, "COTDrawing") == 0)
	  {
	    properties->for_text = 3;
	    properties->for_graphics = 2;
	    properties->for_tg = 2;
	  }
	  else if (strcasecmp(c, "COTGraphics") == 0)
	  {
	    properties->for_graphics = 3;
	    properties->for_tg = 3;
	  }
	  else if (strcasecmp(c, "COTPhoto") == 0)
	    properties->for_photo = 3;
	}
	else if (strcasecmp(o, "HPRGBEmulation") == 0) // HP
	{
	  if (strcasecmp(c, "DefaultSRGB") == 0)
	    properties->for_text = 3;
	  else if (strcasecmp(c, "VividSRGB") == 0)
	  {
	    properties->for_graphics = 3;
	    properties->for_tg = 3;
	  }
	  else if (strcasecmp(c, "PhotoSRGB") == 0)
	    properties->for_photo = 3;
	}
	else
	// Generic choice names
	{
	  if (strcasestr(c, "photo"))
	    properties->for_photo = 6;
	  else if (strcasecmp(c, "photo") == 0)
	    properties->for_photo = 7;

	  if (strcasestr(c, "graphic"))
	    properties->for_graphics = 6;
	  else if (strcasecmp(c, "graphic") == 0 ||
		   strcasecmp(c, "graphics") == 0)
	    properties->for_graphics = 7;

	  if (strcasestr(c, "text"))
	  {
	    if (strcasestr(c, "graphic"))
	      properties->for_tg = 7;
	    else
	      properties->for_text = 6;
	  }
	  else if (strcasecmp(c, "text") == 0)
	    properties->for_text = 7;

	  if (strcasestr(c, "presentation"))
	  {
	    properties->for_text = 4;
	    properties->for_graphics = 4;
	    properties->for_tg = 4;
	  }
	  else if (strcasecmp(c, "presentation") == 0)
	  {
	    properties->for_text = 5;
	    properties->for_graphics = 5;
	    properties->for_tg = 5;
	  }

	  if (strcasestr(c, "lineart"))
	  {
	    properties->for_graphics = 2;
	    properties->for_tg = 2;
	  }
	  else if (strcasecmp(c, "lineart") == 0)
	  {
	    properties->for_graphics = 3;
	    properties->for_tg = 3;
	  }

	  if (strcasestr(c, "drawing"))
	  {
	    properties->for_graphics = 4;
	    properties->for_tg = 4;
	  }
	  else if (strcasecmp(c, "drawing") == 0)
	  {
	    properties->for_graphics = 5;
	    properties->for_tg = 5;
	  }

	  if (strcasestr(c, "natural"))
	    properties->for_photo = 2;
	  else if (strcasecmp(c, "natural") == 0)
	    properties->for_photo = 3;

	  if (strcasestr(c, "vivid"))
	  {
	    properties->for_text = 2;
	    properties->for_graphics = 2;
	    properties->for_tg = 2;
	  }
	  else if (strcasecmp(c, "vivid") == 0)
	  {
	    properties->for_text = 3;
	    properties->for_graphics = 3;
	    properties->for_tg = 3;
	  }
	}

	// We apply these optimizations only in high quality mode
	// therefore we prefer settings for high quality
	if (properties->sets_high && !properties->sets_draft)
	{
	  if (properties->for_photo)
	    properties->for_photo += 10;
	  if (properties->for_graphics)
	    properties->for_graphics += 10;
	  if (properties->for_text)
	    properties->for_text += 10;
	  if (properties->for_tg)
	    properties->for_tg += 10;
	}

	//
	// Find the best choice for each field of the content optimize presets
	//

	// Find best choice for each task
	// optimize_presets[1]: Photo
	if (properties->for_photo > best_photo)
	{
	  best_photo = properties->for_photo;
	  best_photo_ch = k;
	}
	// optimize_presets[2]: Graphics
	if (properties->for_graphics > best_graphics)
	{
	  best_graphics = properties->for_graphics;
	  best_graphics_ch = k;
	}
	// optimize_presets[3]: Text
	if (properties->for_text > best_text)
	{
	  best_text = properties->for_text;
	  best_text_ch = k;
	}
	// optimize_presets[4]: Text and Graphics
	if (properties->for_tg > best_tg)
	{
	  best_tg = properties->for_tg;
	  best_tg_ch = k;
	}

	// This option actually does content optimization
	if (properties->for_text || properties->for_graphics ||
	    properties->for_tg || properties->for_photo)
	  sets_optimization = 1;
      }

      //
      // Fill in the presets
      //

      if (sets_color_mode || sets_quality)
      {
	// presets[0][0]: Mono/Draft
	if (best_mono_draft_ch < 0)
	  best_mono_draft_ch = default_ch;
	if (best_mono_draft_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
	                 [PPD_PWG_PRINT_QUALITY_DRAFT] =
	    cupsAddOption(o, option->choices[best_mono_draft_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			                 [PPD_PWG_PRINT_QUALITY_DRAFT],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			               [PPD_PWG_PRINT_QUALITY_DRAFT]));

	// presets[0][1]: Mono/Normal
	if (best_mono_normal_ch < 0)
	  best_mono_normal_ch = default_ch;
	if (best_mono_normal_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
	                 [PPD_PWG_PRINT_QUALITY_NORMAL] =
	    cupsAddOption(o, option->choices[best_mono_normal_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			                 [PPD_PWG_PRINT_QUALITY_NORMAL],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			               [PPD_PWG_PRINT_QUALITY_NORMAL]));

	// presets[0][2]: Mono/High
	if (best_mono_high_ch < 0)
	  best_mono_high_ch = default_ch;
	if (best_mono_high_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
	                 [PPD_PWG_PRINT_QUALITY_HIGH] =
	    cupsAddOption(o, option->choices[best_mono_high_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			                 [PPD_PWG_PRINT_QUALITY_HIGH],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_MONOCHROME]
			               [PPD_PWG_PRINT_QUALITY_HIGH]));

	// presets[1][0]: Color/Draft
	if (best_color_draft_ch < 0)
	  best_color_draft_ch = default_ch;
	if (best_color_draft_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
	                 [PPD_PWG_PRINT_QUALITY_DRAFT] =
	    cupsAddOption(o, option->choices[best_color_draft_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			                 [PPD_PWG_PRINT_QUALITY_DRAFT],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			               [PPD_PWG_PRINT_QUALITY_DRAFT]));

	// presets[1][1]: Color/Normal
	if (best_color_normal_ch < 0)
	  best_color_normal_ch = default_ch;
	if (best_color_normal_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
	                 [PPD_PWG_PRINT_QUALITY_NORMAL] =
	    cupsAddOption(o, option->choices[best_color_normal_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			                 [PPD_PWG_PRINT_QUALITY_NORMAL],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			               [PPD_PWG_PRINT_QUALITY_NORMAL]));

	// presets[1][2]: Color/High
	if (best_color_high_ch < 0)
	  best_color_high_ch = default_ch;
	if (best_color_high_ch >= 0)
	  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
	                 [PPD_PWG_PRINT_QUALITY_HIGH] =
	    cupsAddOption(o, option->choices[best_color_high_ch].choice,
			  pc->num_presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			                 [PPD_PWG_PRINT_QUALITY_HIGH],
			  &(pc->presets[PPD_PWG_PRINT_COLOR_MODE_COLOR]
			               [PPD_PWG_PRINT_QUALITY_HIGH]));

      }

      if (sets_optimization)
      {

	// optimize_presets[1]: Photo
	if (best_photo_ch >= 0)
	  pc->num_optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_PHOTO] =
	    cupsAddOption
	      (o, option->choices[best_photo_ch].choice,
	       pc->num_optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_PHOTO],
	       &(pc->optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_PHOTO]));

	// optimize_presets[2]: Graphics
	if (best_graphics_ch >= 0)
	  pc->num_optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_GRAPHICS] =
	    cupsAddOption
	      (o, option->choices[best_graphics_ch].choice,
	       pc->num_optimize_presets
	         [PPD_PWG_PRINT_CONTENT_OPTIMIZE_GRAPHICS],
	       &(pc->optimize_presets
		 [PPD_PWG_PRINT_CONTENT_OPTIMIZE_GRAPHICS]));

	// optimize_presets[1]: Text
	if (best_text_ch >= 0)
	  pc->num_optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT] =
	    cupsAddOption
	      (o, option->choices[best_text_ch].choice,
	       pc->num_optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT],
	       &(pc->optimize_presets[PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT]));

	// optimize_presets[1]: Text and Graphics
	if (best_tg_ch >= 0)
	  pc->num_optimize_presets
	    [PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT_AND_GRAPHICS] =
	    cupsAddOption
	      (o, option->choices[best_tg_ch].choice,
	       pc->num_optimize_presets
	         [PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT_AND_GRAPHICS],
	       &(pc->optimize_presets
		   [PPD_PWG_PRINT_CONTENT_OPTIMIZE_TEXT_AND_GRAPHICS]));

      }

      for (k = 0; k < option->num_choices; k ++)
	free(cupsArrayGetElement(choice_properties, k));
      cupsArrayDelete(choice_properties);
    }
  }
}


//
// 'ppdCacheDestroy()' - Free all memory used for PWG mapping data.
//

void
ppdCacheDestroy(ppd_cache_t *pc)	// I - PPD cache and mapping data
{
  int		i, j;			// Looping vars
  pwg_map_t	*map;			// Current map
  pwg_size_t	*size;			// Current size


  //
  // Range check input...
  //

  if (!pc)
    return;

  //
  // Free memory as needed...
  //

  if (pc->bins)
  {
    for (i = pc->num_bins, map = pc->bins; i > 0; i --, map ++)
    {
      free(map->pwg);
      free(map->ppd);
    }

    free(pc->bins);
  }

  if (pc->sizes)
  {
    for (i = pc->num_sizes, size = pc->sizes; i > 0; i --, size ++)
    {
      free(size->map.pwg);
      free(size->map.ppd);
    }

    free(pc->sizes);
  }

  free(pc->source_option);

  if (pc->sources)
  {
    for (i = pc->num_sources, map = pc->sources; i > 0; i --, map ++)
    {
      free(map->pwg);
      free(map->ppd);
    }

    free(pc->sources);
  }

  if (pc->types)
  {
    for (i = pc->num_types, map = pc->types; i > 0; i --, map ++)
    {
      free(map->pwg);
      free(map->ppd);
    }

    free(pc->types);
  }

  free(pc->custom_max_keyword);
  free(pc->custom_min_keyword);

  free(pc->product);
  cupsArrayDelete(pc->filters);
  cupsArrayDelete(pc->prefilters);
  cupsArrayDelete(pc->finishings);

  free(pc->charge_info_uri);
  free(pc->password);

  free(pc->sides_option);
  free(pc->sides_1sided);
  free(pc->sides_2sided_long);
  free(pc->sides_2sided_short);

  cupsArrayDelete(pc->mandatory);

  cupsArrayDelete(pc->support_files);

  cupsArrayDelete(pc->strings);

  for (i = PPD_PWG_PRINT_COLOR_MODE_MONOCHROME;
       i < PPD_PWG_PRINT_COLOR_MODE_MAX; i ++)
    for (j = PPD_PWG_PRINT_QUALITY_DRAFT; j < PPD_PWG_PRINT_QUALITY_MAX; j ++)
      if (pc->num_presets[i][j])
	cupsFreeOptions(pc->num_presets[i][j], pc->presets[i][j]);

  for (i = PPD_PWG_PRINT_CONTENT_OPTIMIZE_AUTO;
       i < PPD_PWG_PRINT_CONTENT_OPTIMIZE_MAX; i ++)
    if (pc->num_optimize_presets[i])
      cupsFreeOptions(pc->num_optimize_presets[i], pc->optimize_presets[i]);

  free(pc);
}


//
// 'ppdCacheGetBin()' - Get the PWG output-bin keyword associated with a PPD
//                      OutputBin.
//

const char *				// O - output-bin or NULL
ppdCacheGetBin(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    const char   *output_bin)		// I - PPD OutputBin string
{
  int	i;				// Looping var


  //
  // Range check input...


  if (!pc || !output_bin)
    return (NULL);

  //
  // Look up the OutputBin string...
  //

  for (i = 0; i < pc->num_bins; i ++)
    if (!_ppd_strcasecmp(output_bin, pc->bins[i].ppd) ||
	!_ppd_strcasecmp(output_bin, pc->bins[i].pwg))
      return (pc->bins[i].pwg);

  return (NULL);
}


//
// 'ppdCacheGetFinishingOptions()' - Get PPD finishing options for the given
//                                   IPP finishings value(s).
//

int					// O  - New number of options
ppdCacheGetFinishingOptions(
    ppd_cache_t      *pc,		// I  - PPD cache and mapping data
    ipp_t            *job,		// I  - Job attributes or NULL
    ipp_finishings_t value,		// I  - IPP finishings value of
                                        //      IPP_FINISHINGS_NONE
    int              num_options,	// I  - Number of options
    cups_option_t    **options)		// IO - Options
{
  int			i;		// Looping var
  ppd_pwg_finishings_t	*f,		// PWG finishings options
			key;		// Search key
  ipp_attribute_t	*attr;		// Finishings attribute
  cups_option_t		*option;	// Current finishings option


  //
  // Range check input...
  //

  if (!pc || cupsArrayGetCount(pc->finishings) == 0 || !options ||
      (!job && value == IPP_FINISHINGS_NONE))
    return (num_options);

  //
  // Apply finishing options...
  //

  if (job && (attr = ippFindAttribute(job, "finishings", IPP_TAG_ENUM)) != NULL)
  {
    int	num_values = ippGetCount(attr);	// Number of values

    for (i = 0; i < num_values; i ++)
    {
      key.value = (ipp_finishings_t)ippGetInteger(attr, i);

      if ((f = cupsArrayFind(pc->finishings, &key)) != NULL)
      {
        int	j;			// Another looping var

        for (j = f->num_options, option = f->options; j > 0; j --, option ++)
          num_options = cupsAddOption(option->name, option->value,
                                      num_options, options);
      }
    }
  }
  else if (value != IPP_FINISHINGS_NONE)
  {
    key.value = value;

    if ((f = cupsArrayFind(pc->finishings, &key)) != NULL)
    {
      int	j;			// Another looping var

      for (j = f->num_options, option = f->options; j > 0; j --, option ++)
	num_options = cupsAddOption(option->name, option->value,
				    num_options, options);
    }
  }

  return (num_options);
}


//
// 'ppdCacheGetFinishingValues()' - Get IPP finishings value(s) from the given
//                                   PPD options.
//

int					// O - Number of finishings values
ppdCacheGetFinishingValues(
    ppd_file_t    *ppd,			// I - Marked PPD file
    ppd_cache_t  *pc,			// I - PPD cache and mapping data
    int           max_values,		// I - Maximum number of finishings values
    int           *values)		// O - Finishings values
{
  int			i,		// Looping var
			num_values = 0;	// Number of values
  ppd_pwg_finishings_t	*f;		// Current finishings option
  cups_option_t		*option;	// Current option
  ppd_choice_t		*choice;	// Marked PPD choice


  //
  // Range check input...
  //

  DEBUG_printf(("ppdCacheGetFinishingValues(ppd=%p, pc=%p, max_values=%d, values=%p)",
		ppd, pc, max_values, values));

  if (!ppd || !pc || max_values < 1 || !values)
  {
    DEBUG_puts("ppdCacheGetFinishingValues: Bad arguments, returning 0.");
    return (0);
  }
  else if (!pc->finishings)
  {
    DEBUG_puts("ppdCacheGetFinishingValues: No finishings support, returning 0.");
    return (0);
  }

  //
  // Go through the finishings options and see what is set...
  //

  for (f = (ppd_pwg_finishings_t *)cupsArrayGetFirst(pc->finishings);
       f;
       f = (ppd_pwg_finishings_t *)cupsArrayGetNext(pc->finishings))
  {
    DEBUG_printf(("ppdCacheGetFinishingValues: Checking %d (%s)",
		  (int)f->value, ippEnumString("finishings", (int)f->value)));

    for (i = f->num_options, option = f->options; i > 0; i --, option ++)
    {
      DEBUG_printf(("ppdCacheGetFinishingValues: %s=%s?",
		    option->name, option->value));

      if ((choice = ppdFindMarkedChoice(ppd, option->name)) == NULL ||
	  _ppd_strcasecmp(option->value, choice->choice))
      {
        DEBUG_puts("ppdCacheGetFinishingValues: NO");
        break;
      }
    }

    if (i == 0)
    {
      DEBUG_printf(("ppdCacheGetFinishingValues: Adding %d (%s)",
		    (int)f->value, ippEnumString("finishings", (int)f->value)));

      values[num_values ++] = (int)f->value;

      if (num_values >= max_values)
        break;
    }
  }

  if (num_values == 0)
  {
    //
    // Always have at least "finishings" = 'none'...
    //

    DEBUG_puts("ppdCacheGetFinishingValues: Adding 3 (none).");
    values[0] = IPP_FINISHINGS_NONE;
    num_values ++;
  }

  DEBUG_printf(("ppdCacheGetFinishingValues: Returning %d.", num_values));

  return (num_values);
}


//
// 'ppd_inputslot_for_keyword()' - Return the PPD InputSlot associated
//                                 a keyword string, or NULL if no mapping
//                                 exists.
//

static const char *			// O - PPD InputSlot or NULL
ppd_inputslot_for_keyword(
    ppd_cache_t  *pc,			// I - PPD cache and mapping data
    const char   *keyword)		// I - Keyword string
{
  int	i;				// Looping var

  if (!pc || !keyword)
    return (NULL);

  for (i = 0; i < pc->num_sources; i ++)
    if (!_ppd_strcasecmp(keyword, pc->sources[i].pwg))
      return (pc->sources[i].ppd);

  return (NULL);
}

//
// 'ppdCacheGetInputSlot()' - Get the PPD InputSlot associated with the job
//                            attributes or a keyword string.
//

const char *				// O - PPD InputSlot or NULL
ppdCacheGetInputSlot(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    ipp_t        *job,			// I - Job attributes or NULL
    const char   *keyword)		// I - Keyword string or NULL
{
  //
  // Range check input...
  //

  if (!pc || pc->num_sources == 0 || (!job && !keyword))
    return (NULL);

  if (job && !keyword)
  {
    //
    // Lookup the media-col attribute and any media-source found there...
    //

    ipp_attribute_t	*media_col,	// media-col attribute
			*media_source;	// media-source attribute
    pwg_size_t		size;		// Dimensional size
    cups_bool_t		margins_set;	// Were the margins set?

    media_col = ippFindAttribute(job, "media-col", IPP_TAG_BEGIN_COLLECTION);
    if (media_col &&
        (media_source = ippFindAttribute(ippGetCollection(media_col, 0),
                                         "media-source",
	                                 IPP_TAG_KEYWORD)) != NULL)
    {
      //
      // Use the media-source value from media-col...
      //

      keyword = ippGetString(media_source, 0, NULL);
    }
    else if (pwgInitSize(&size, job, &margins_set))
    {
      //
      // For media <= 5x7, try to ask for automatic selection so the printer can
      // pick the photo tray.  If auto isn't available, fall back to explicitly
      // asking for the photo tray.
      //

      if (size.width <= (5 * 2540) && size.length <= (7 * 2540))
      {
        const char *match;
        if ((match = ppd_inputslot_for_keyword(pc, "auto")) != NULL)
          return (match);
        keyword = "photo";
      }
    }
  }

  return (ppd_inputslot_for_keyword(pc, keyword));
}


//
// 'ppdCacheGetMediaType()' - Get the PPD MediaType associated with the job
//                            attributes or a keyword string.
//

const char *				// O - PPD MediaType or NULL
ppdCacheGetMediaType(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    ipp_t        *job,			// I - Job attributes or NULL
    const char   *keyword)		// I - Keyword string or NULL
{
  //
  // Range check input...
  //

  if (!pc || pc->num_types == 0 || (!job && !keyword))
    return (NULL);

  if (job && !keyword)
  {
    //
    // Lookup the media-col attribute and any media-source found there...
    //

    ipp_attribute_t	*media_col,	// media-col attribute
			*media_type;	// media-type attribute

    media_col = ippFindAttribute(job, "media-col", IPP_TAG_BEGIN_COLLECTION);
    if (media_col)
    {
      if ((media_type = ippFindAttribute(ippGetCollection(media_col, 0),
                                         "media-type",
	                                 IPP_TAG_KEYWORD)) == NULL)
	media_type = ippFindAttribute(ippGetCollection(media_col, 0),
				      "media-type", IPP_TAG_NAME);

      if (media_type)
	keyword = ippGetString(media_type, 0, NULL);
    }
  }

  if (keyword)
  {
    int	i;				// Looping var

    for (i = 0; i < pc->num_types; i ++)
      if (!_ppd_strcasecmp(keyword, pc->types[i].pwg))
        return (pc->types[i].ppd);
  }

  return (NULL);
}


//
// 'ppdCacheGetOutputBin()' - Get the PPD OutputBin associated with the keyword
//                            string.
//

const char *				// O - PPD OutputBin or NULL
ppdCacheGetOutputBin(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    const char   *output_bin)		// I - Keyword string
{
  int	i;				// Looping var


  //
  // Range check input...
  //

  if (!pc || !output_bin)
    return (NULL);

  //
  // Look up the OutputBin string...
  //

  for (i = 0; i < pc->num_bins; i ++)
    if (!_ppd_strcasecmp(output_bin, pc->bins[i].pwg))
      return (pc->bins[i].ppd);

  return (NULL);
}


//
// 'ppdCacheGetPageSize()' - Get the PPD PageSize associated with the job
//                           attributes or a keyword string.
//

const char *				// O - PPD PageSize or NULL
ppdCacheGetPageSize(
    ppd_cache_t  *pc,			// I - PPD cache and mapping data
    ipp_t        *job,			// I - Job attributes or NULL
    const char   *keyword,		// I - Keyword string or NULL
    int          *exact)		// O - 1 if exact match, 0 otherwise
{
  int		i, j;			// Looping vars
  pwg_size_t	*size,			// Current size
		*variant,		// Page size variant
		*closest,		// Closest size
		jobsize;		// Size data from job
  cups_bool_t	margins_set;		// Were the margins set?
  int		dwidth,			// Difference in width
		dlength,		// Difference in length
		dleft,			// Difference in left margins
		dright,			// Difference in right margins
		dbottom,		// Difference in bottom margins
		dtop,			// Difference in top margins
		dmin,			// Minimum difference
		dclosest;		// Closest difference
  const char	*ppd_name;		// PPD media name


  DEBUG_printf(("ppdCacheGetPageSize(pc=%p, job=%p, keyword=\"%s\", exact=%p)",
	        pc, job, keyword, exact));

  //
  // Range check input...
  //

  if (!pc || (!job && !keyword))
    return (NULL);

  if (exact)
    *exact = 0;

  ppd_name = keyword;

  if (job)
  {
    //
    // Try getting the PPD media name from the job attributes...
    //

    ipp_attribute_t	*attr;		// Job attribute

    if ((attr = ippFindAttribute(job, "PageSize", IPP_TAG_ZERO)) == NULL)
      if ((attr = ippFindAttribute(job, "PageRegion", IPP_TAG_ZERO)) == NULL)
        attr = ippFindAttribute(job, "media", IPP_TAG_ZERO);

#ifdef DEBUG
    if (attr)
      DEBUG_printf(("1ppdCacheGetPageSize: Found attribute %s (%s)",
                    ippGetName(attr), ippTagString(ippGetValueTag(attr))));
    else
      DEBUG_puts("1ppdCacheGetPageSize: Did not find media attribute.");
#endif // DEBUG

    if (attr && (ippGetValueTag(attr) == IPP_TAG_NAME ||
                 ippGetValueTag(attr) == IPP_TAG_KEYWORD))
      ppd_name = ippGetString(attr, 0, NULL);
  }

  DEBUG_printf(("1ppdCacheGetPageSize: ppd_name=\"%s\"", ppd_name));

  if (ppd_name)
  {
    //
    // Try looking up the named PPD size first...
    //

    for (i = pc->num_sizes, size = pc->sizes; i > 0; i --, size ++)
    {
      DEBUG_printf(("2ppdCacheGetPageSize: size[%d]=[\"%s\" \"%s\"]",
                    (int)(size - pc->sizes), size->map.pwg, size->map.ppd));

      if (!_ppd_strcasecmp(ppd_name, size->map.ppd) ||
          !_ppd_strcasecmp(ppd_name, size->map.pwg))
      {
	if (exact)
	  *exact = 1;

        DEBUG_printf(("1ppdCacheGetPageSize: Returning \"%s\"", ppd_name));

        return (size->map.ppd);
      }
    }
  }

  if (job && !keyword)
  {
    //
    // Get the size using media-col or media, with the preference being
    // media-col.
    //

    if (!pwgInitSize(&jobsize, job, &margins_set))
      return (NULL);
  }
  else
  {
    //
    // Get the size using a media keyword...
    //

    pwg_media_t	*media;		// Media definition


    if ((media = pwgMediaForPWG(keyword)) == NULL)
      if ((media = pwgMediaForLegacy(keyword)) == NULL)
        if ((media = pwgMediaForPPD(keyword)) == NULL)
	  return (NULL);

    jobsize.width  = media->width;
    jobsize.length = media->length;
    margins_set    = 0;
  }

  //
  // Now that we have the dimensions and possibly the margins, look at the
  // available sizes and find the match...
  //

  closest  = NULL;
  dclosest = dmin = 999999999;

  if (!ppd_name || _ppd_strncasecmp(ppd_name, "Custom.", 7) ||
      _ppd_strncasecmp(ppd_name, "custom_", 7))
  {
    for (i = pc->num_sizes, size = pc->sizes; i > 0; i --, size ++)
    {
      //
      // Adobe uses a size matching algorithm with an epsilon of 5 points, which
      // is just about 176/2540ths...
      //

      dwidth  = size->width - jobsize.width;
      dlength = size->length - jobsize.length;

      if (dwidth <= -176 || dwidth >= 176 || dlength <= -176 || dlength >= 176)
	continue;

      if (margins_set)
      {
	//
	// Check not only the base size (like "A4") but also variants (like
        // "A4.Borderless"). We check only the margins and orientation but do
	// not re-check the size.
	//

	for (j = pc->num_sizes, variant = pc->sizes; j > 0; j --, variant ++)
	{
	  if (!strcmp(size->map.ppd, variant->map.ppd) ||
	      (!strncmp(size->map.ppd, variant->map.ppd,
			strlen(size->map.ppd)) &&
	       (strlen(variant->map.ppd) > strlen(size->map.ppd) + 1) &&
	       variant->map.ppd[strlen(size->map.ppd)] == '.'))
	  {
	    //
	    // Found a variant (or the base size)
	    //

	    //
	    // First check orientation (we do not want ".Transverse" variants)
	    //

	    if ((size->length - size->width) *
		(variant->length - variant->width) < 0)
	      continue;

	    //
	    // Borderless page size variant, use it only if the job requests
	    // borderless
	    //

	    if (strchr(variant->map.ppd, '.') &&
		variant->left == 0 && variant->right == 0 &&
		variant->top == 0 && variant->bottom == 0 &&
		(jobsize.left != 0 || jobsize.right != 0 ||
		 jobsize.top != 0 || jobsize.bottom != 0))
	      continue;

	    //
	    // Use a tighter epsilon of 1 point (35/2540ths) for margins...
	    //

	    dleft   = variant->left - jobsize.left;
	    dright  = variant->right - jobsize.right;
	    dtop    = variant->top - jobsize.top;
	    dbottom = variant->bottom - jobsize.bottom;

	    if (dleft <= -35 || dleft >= 35 || dright <= -35 || dright >= 35 ||
		dtop <= -35 || dtop >= 35 || dbottom <= -35 || dbottom >= 35)
	    {
	      dleft   = dleft < 0 ? -dleft : dleft;
	      dright  = dright < 0 ? -dright : dright;
	      dbottom = dbottom < 0 ? -dbottom : dbottom;
	      dtop    = dtop < 0 ? -dtop : dtop;
	      // In the sum we do a slight penalization of the variants to
	      // prefer the base if it has the same margins)
	      dmin    = dleft + dright + dbottom + dtop +
		        (strchr(variant->map.ppd, '.') ? 1 : 0);

	      if (dmin < dclosest)
	      {
		dclosest = dmin;
		closest  = variant;
	      }
	    }
	    else
	    {
	      dmin = 0;
	      size = variant;
	      break;
	    }
	  }
	}
	if (dmin)
	  continue;
      }

      if (exact)
	*exact = 1;

      DEBUG_printf(("1ppdCacheGetPageSize: Returning \"%s\"", size->map.ppd));

      return (size->map.ppd);
    }
  }

  if (closest)
  {
    DEBUG_printf(("1ppdCacheGetPageSize: Returning \"%s\" (closest)",
                  closest->map.ppd));

    return (closest->map.ppd);
  }

  //
  // If we get here we need to check for custom page size support...
  //

  if (jobsize.width >= pc->custom_min_width &&
      jobsize.width <= pc->custom_max_width &&
      jobsize.length >= pc->custom_min_length &&
      jobsize.length <= pc->custom_max_length)
  {
    //
    // In range, format as Custom.WWWWxLLLL (points).
    //

    snprintf(pc->custom_ppd_size, sizeof(pc->custom_ppd_size), "Custom.%dx%d",
             (int)PWG_TO_POINTS(jobsize.width),
	     (int)PWG_TO_POINTS(jobsize.length));

    if (margins_set && exact)
    {
      dleft   = pc->custom_size.left - jobsize.left;
      dright  = pc->custom_size.right - jobsize.right;
      dtop    = pc->custom_size.top - jobsize.top;
      dbottom = pc->custom_size.bottom - jobsize.bottom;

      if (dleft > -35 && dleft < 35 && dright > -35 && dright < 35 &&
          dtop > -35 && dtop < 35 && dbottom > -35 && dbottom < 35)
	*exact = 1;
    }
    else if (exact)
      *exact = 1;

    DEBUG_printf(("1ppdCacheGetPageSize: Returning \"%s\" (custom)",
                  pc->custom_ppd_size));

    return (pc->custom_ppd_size);
  }

  //
  // No custom page size support or the size is out of range - return NULL.
  //

  DEBUG_puts("1ppdCacheGetPageSize: Returning NULL");

  return (NULL);
}


//
// 'ppdCacheGetSize()' - Get the PWG size associated with a PPD PageSize.
//

pwg_size_t *				// O - PWG size or NULL
ppdCacheGetSize(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    const char  *page_size)		// I - PPD PageSize
{
  int		i;			// Looping var
  pwg_media_t	*media;			// Media
  pwg_size_t	*size;			// Current size


  //
  // Range check input...
  //

  if (!pc || !page_size)
    return (NULL);

  if (!_ppd_strncasecmp(page_size, "Custom.", 7))
  {
    //
    // Custom size; size name can be one of the following:
    //
    //    Custom.WIDTHxLENGTHin    - Size in inches
    //    Custom.WIDTHxLENGTHft    - Size in feet
    //    Custom.WIDTHxLENGTHcm    - Size in centimeters
    //    Custom.WIDTHxLENGTHmm    - Size in millimeters
    //    Custom.WIDTHxLENGTHm     - Size in meters
    //    Custom.WIDTHxLENGTH[pt]  - Size in points
    //

    double		w, l;		// Width and length of page
    char		*ptr;		// Pointer into PageSize
    struct lconv	*loc;		// Locale data

    loc = localeconv();
    w   = (float)_ppdStrScand(page_size + 7, &ptr, loc);
    if (!ptr || *ptr != 'x')
      return (NULL);

    l = (float)_ppdStrScand(ptr + 1, &ptr, loc);
    if (!ptr)
      return (NULL);

    if (!_ppd_strcasecmp(ptr, "in"))
    {
      w *= 2540.0;
      l *= 2540.0;
    }
    else if (!_ppd_strcasecmp(ptr, "ft"))
    {
      w *= 12.0 * 2540.0;
      l *= 12.0 * 2540.0;
    }
    else if (!_ppd_strcasecmp(ptr, "mm"))
    {
      w *= 100.0;
      l *= 100.0;
    }
    else if (!_ppd_strcasecmp(ptr, "cm"))
    {
      w *= 1000.0;
      l *= 1000.0;
    }
    else if (!_ppd_strcasecmp(ptr, "m"))
    {
      w *= 100000.0;
      l *= 100000.0;
    }
    else
    {
      w *= 2540.0 / 72.0;
      l *= 2540.0 / 72.0;
    }

    pc->custom_size.width  = (int)w;
    pc->custom_size.length = (int)l;

    return (&(pc->custom_size));
  }

  //
  // Not a custom size - look it up...
  //

  for (i = pc->num_sizes, size = pc->sizes; i > 0; i --, size ++)
    if (!_ppd_strcasecmp(page_size, size->map.ppd) ||
        !_ppd_strcasecmp(page_size, size->map.pwg))
      return (size);

  //
  // Look up standard sizes...
  //

  if ((media = pwgMediaForPPD(page_size)) == NULL)
    if ((media = pwgMediaForLegacy(page_size)) == NULL)
      media = pwgMediaForPWG(page_size);

  if (media)
  {
    pc->custom_size.width  = media->width;
    pc->custom_size.length = media->length;

    return (&(pc->custom_size));
  }

  return (NULL);
}


//
// 'ppdCacheGetSource()' - Get the PWG media-source associated with a PPD
//                         InputSlot.
//

const char *				// O - PWG media-source keyword
ppdCacheGetSource(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    const char  *input_slot)		// I - PPD InputSlot
{
  int		i;			// Looping var
  pwg_map_t	*source;		// Current source


  //
  // Range check input...
  //

  if (!pc || !input_slot)
    return (NULL);

  for (i = pc->num_sources, source = pc->sources; i > 0; i --, source ++)
    if (!_ppd_strcasecmp(input_slot, source->ppd) ||
	!_ppd_strcasecmp(input_slot, source->pwg))
      return (source->pwg);

  return (NULL);
}


//
// 'ppdCacheGetType()' - Get the PWG media-type associated with a PPD
//                       MediaType.
//

const char *				// O - PWG media-type keyword
ppdCacheGetType(
    ppd_cache_t *pc,			// I - PPD cache and mapping data
    const char  *media_type)		// I - PPD MediaType
{
  int		i;			// Looping var
  pwg_map_t	*type;			// Current type


  //
  // Range check input...
  //

  if (!pc || !media_type)
    return (NULL);

  for (i = pc->num_types, type = pc->types; i > 0; i --, type ++)
    if (!_ppd_strcasecmp(media_type, type->ppd) ||
	!_ppd_strcasecmp(media_type, type->pwg))
      return (type->pwg);

  return (NULL);
}


//
// 'ppdCacheWriteFile()' - Write PWG mapping data to a file.
//

int					// O - 1 on success, 0 on failure
ppdCacheWriteFile(
    ppd_cache_t  *pc,			// I - PPD cache and mapping data
    const char   *filename,		// I - File to write
    ipp_t        *attrs)		// I - Attributes to write, if any
{
  int			i, j, k;	// Looping vars
  cups_file_t		*fp;		// Output file
  pwg_size_t		*size;		// Current size
  pwg_map_t		*map;		// Current map
  ppd_pwg_finishings_t	*f;		// Current finishing option
  cups_option_t		*option;	// Current option
  const char		*value;		// String value
  char			newfile[1024];	// New filename


  //
  // Range check input...
  //

  if (!pc || !filename)
  {
    set_error(strerror(EINVAL), 0);
    return (0);
  }

  //
  // Open the file and write with compression...
  //

  snprintf(newfile, sizeof(newfile), "%s.N", filename);
  if ((fp = cupsFileOpen(newfile, "w9")) == NULL)
  {
    set_error(strerror(errno), 0);
    return (0);
  }

  //
  // Standard header...
  //

  cupsFilePrintf(fp, "#CUPS-PPD-CACHE-%d\n", PPD_CACHE_VERSION);

  //
  // Output bins...
  //

  if (pc->num_bins > 0)
  {
    cupsFilePrintf(fp, "NumBins %d\n", pc->num_bins);
    for (i = pc->num_bins, map = pc->bins; i > 0; i --, map ++)
      cupsFilePrintf(fp, "Bin %s %s\n", map->pwg, map->ppd);
  }

  //
  // Media sizes...
  //

  cupsFilePrintf(fp, "NumSizes %d\n", pc->num_sizes);
  for (i = pc->num_sizes, size = pc->sizes; i > 0; i --, size ++)
    cupsFilePrintf(fp, "Size %s %s %d %d %d %d %d %d\n", size->map.pwg,
		   size->map.ppd, size->width, size->length, size->left,
		   size->bottom, size->right, size->top);
  if (pc->custom_max_width > 0)
    cupsFilePrintf(fp, "CustomSize %d %d %d %d %d %d %d %d\n",
                   pc->custom_max_width, pc->custom_max_length,
		   pc->custom_min_width, pc->custom_min_length,
		   pc->custom_size.left, pc->custom_size.bottom,
		   pc->custom_size.right, pc->custom_size.top);

  //
  // Media sources...
  //

  if (pc->source_option)
    cupsFilePrintf(fp, "SourceOption %s\n", pc->source_option);

  if (pc->num_sources > 0)
  {
    cupsFilePrintf(fp, "NumSources %d\n", pc->num_sources);
    for (i = pc->num_sources, map = pc->sources; i > 0; i --, map ++)
      cupsFilePrintf(fp, "Source %s %s\n", map->pwg, map->ppd);
  }

  //
  // Media types...
  //

  if (pc->num_types > 0)
  {
    cupsFilePrintf(fp, "NumTypes %d\n", pc->num_types);
    for (i = pc->num_types, map = pc->types; i > 0; i --, map ++)
      cupsFilePrintf(fp, "Type %s %s\n", map->pwg, map->ppd);
  }

  //
  // Presets...
  //

  for (i = PPD_PWG_PRINT_COLOR_MODE_MONOCHROME;
       i < PPD_PWG_PRINT_COLOR_MODE_MAX; i ++)
    for (j = PPD_PWG_PRINT_QUALITY_DRAFT; j < PPD_PWG_PRINT_QUALITY_MAX; j ++)
      if (pc->num_presets[i][j])
      {
	cupsFilePrintf(fp, "Preset %d %d", i, j);
	for (k = pc->num_presets[i][j], option = pc->presets[i][j];
	     k > 0;
	     k --, option ++)
	  cupsFilePrintf(fp, " %s=%s", option->name, option->value);
	cupsFilePutChar(fp, '\n');
      }

  //
  // Optimization Presets...
  //

  for (i = PPD_PWG_PRINT_CONTENT_OPTIMIZE_AUTO;
       i < PPD_PWG_PRINT_CONTENT_OPTIMIZE_MAX; i ++)
    if (pc->num_optimize_presets[i])
    {
      cupsFilePrintf(fp, "OptimizePreset %d", i);
      for (k = pc->num_optimize_presets[i], option = pc->optimize_presets[i];
	   k > 0;
	   k --, option ++)
	cupsFilePrintf(fp, " %s=%s", option->name, option->value);
      cupsFilePutChar(fp, '\n');
    }

  //
  // Duplex/sides...
  //

  if (pc->sides_option)
    cupsFilePrintf(fp, "SidesOption %s\n", pc->sides_option);

  if (pc->sides_1sided)
    cupsFilePrintf(fp, "Sides1Sided %s\n", pc->sides_1sided);

  if (pc->sides_2sided_long)
    cupsFilePrintf(fp, "Sides2SidedLong %s\n", pc->sides_2sided_long);

  if (pc->sides_2sided_short)
    cupsFilePrintf(fp, "Sides2SidedShort %s\n", pc->sides_2sided_short);

  //
  // Product, cupsFilter, cupsFilter2, and cupsPreFilter...
  //

  if (pc->product)
    cupsFilePutConf(fp, "Product", pc->product);

  for (value = (const char *)cupsArrayGetFirst(pc->filters);
       value;
       value = (const char *)cupsArrayGetNext(pc->filters))
    cupsFilePutConf(fp, "Filter", value);

  for (value = (const char *)cupsArrayGetFirst(pc->prefilters);
       value;
       value = (const char *)cupsArrayGetNext(pc->prefilters))
    cupsFilePutConf(fp, "PreFilter", value);

  cupsFilePrintf(fp, "SingleFile %s\n", pc->single_file ? "true" : "false");

  //
  // Finishing options...
  //

  for (f = (ppd_pwg_finishings_t *)cupsArrayGetFirst(pc->finishings);
       f;
       f = (ppd_pwg_finishings_t *)cupsArrayGetNext(pc->finishings))
  {
    cupsFilePrintf(fp, "Finishings %d", f->value);
    for (i = f->num_options, option = f->options; i > 0; i --, option ++)
      cupsFilePrintf(fp, " %s=%s", option->name, option->value);
    cupsFilePutChar(fp, '\n');
  }

  for (value = (const char *)cupsArrayGetFirst(pc->templates); value; value = (const char *)cupsArrayGetNext(pc->templates))
    cupsFilePutConf(fp, "FinishingTemplate", value);

  //
  // Max copies...
  //

  cupsFilePrintf(fp, "MaxCopies %d\n", pc->max_copies);

  //
  // Accounting/quota/PIN/managed printing values...
  //

  if (pc->charge_info_uri)
    cupsFilePutConf(fp, "ChargeInfoURI", pc->charge_info_uri);

  cupsFilePrintf(fp, "JobAccountId %s\n", pc->account_id ? "true" : "false");
  cupsFilePrintf(fp, "JobAccountingUserId %s\n",
                 pc->accounting_user_id ? "true" : "false");

  if (pc->password)
    cupsFilePutConf(fp, "JobPassword", pc->password);

  for (value = (char *)cupsArrayGetFirst(pc->mandatory);
       value;
       value = (char *)cupsArrayGetNext(pc->mandatory))
    cupsFilePutConf(fp, "Mandatory", value);

  //
  // Support files...
  //

  for (value = (char *)cupsArrayGetFirst(pc->support_files);
       value;
       value = (char *)cupsArrayGetNext(pc->support_files))
    cupsFilePutConf(fp, "SupportFile", value);

  //
  // IPP attributes, if any...
  //

  if (attrs)
  {
    cupsFilePrintf(fp, "IPP " CUPS_LLFMT "\n", CUPS_LLCAST ippGetLength(attrs));

    ippSetState(attrs, IPP_STATE_IDLE);
    ippWriteIO(fp, (ipp_io_cb_t)cupsFileWrite, 1, NULL, attrs);
  }

  //
  // Close and return...
  //

  if (cupsFileClose(fp))
  {
    unlink(newfile);
    return (0);
  }

  unlink(filename);
  return (!rename(newfile, filename));
}


//
// 'ppdPwgInputSlotForSource()' - Get the InputSlot name for the given PWG
//                                media-source.
//

const char *				// O - InputSlot name
ppdPwgInputSlotForSource(
    const char *media_source,		// I - PWG media-source
    char       *name,			// I - Name buffer
    size_t     namesize)		// I - Size of name buffer
{
  //
  // Range check input...
  //

  if (!media_source || !name || namesize < PPD_MAX_NAME)
    return (NULL);

  if (_ppd_strcasecmp(media_source, "main"))
    strlcpy(name, "Cassette", namesize);
  else if (_ppd_strcasecmp(media_source, "alternate"))
    strlcpy(name, "Multipurpose", namesize);
  else if (_ppd_strcasecmp(media_source, "large-capacity"))
    strlcpy(name, "LargeCapacity", namesize);
  else if (_ppd_strcasecmp(media_source, "bottom"))
    strlcpy(name, "Lower", namesize);
  else if (_ppd_strcasecmp(media_source, "middle"))
    strlcpy(name, "Middle", namesize);
  else if (_ppd_strcasecmp(media_source, "top"))
    strlcpy(name, "Upper", namesize);
  else if (_ppd_strcasecmp(media_source, "rear"))
    strlcpy(name, "Rear", namesize);
  else if (_ppd_strcasecmp(media_source, "side"))
    strlcpy(name, "Side", namesize);
  else if (_ppd_strcasecmp(media_source, "envelope"))
    strlcpy(name, "Envelope", namesize);
  else if (_ppd_strcasecmp(media_source, "main-roll"))
    strlcpy(name, "Roll", namesize);
  else if (_ppd_strcasecmp(media_source, "alternate-roll"))
    strlcpy(name, "Roll2", namesize);
  else
    ppdPwgPpdizeName(media_source, name, namesize);

  return (name);
}


//
// 'ppdPwgMediaTypeForType()' - Get the MediaType name for the given PWG
//                              media-type.
//

const char *				// O - MediaType name
ppdPwgMediaTypeForType(
    const char *media_type,		// I - PWG media-type
    char       *name,			// I - Name buffer
    size_t     namesize)		// I - Size of name buffer
{
  //
  // Range check input...
  //

  if (!media_type || !name || namesize < PPD_MAX_NAME)
    return (NULL);

  if (_ppd_strcasecmp(media_type, "auto"))
    strlcpy(name, "Auto", namesize);
  else if (_ppd_strcasecmp(media_type, "cardstock"))
    strlcpy(name, "Cardstock", namesize);
  else if (_ppd_strcasecmp(media_type, "envelope"))
    strlcpy(name, "Envelope", namesize);
  else if (_ppd_strcasecmp(media_type, "photographic-glossy"))
    strlcpy(name, "Glossy", namesize);
  else if (_ppd_strcasecmp(media_type, "photographic-high-gloss"))
    strlcpy(name, "HighGloss", namesize);
  else if (_ppd_strcasecmp(media_type, "photographic-matte"))
    strlcpy(name, "Matte", namesize);
  else if (_ppd_strcasecmp(media_type, "stationery"))
    strlcpy(name, "Plain", namesize);
  else if (_ppd_strcasecmp(media_type, "stationery-coated"))
    strlcpy(name, "Coated", namesize);
  else if (_ppd_strcasecmp(media_type, "stationery-inkjet"))
    strlcpy(name, "Inkjet", namesize);
  else if (_ppd_strcasecmp(media_type, "stationery-letterhead"))
    strlcpy(name, "Letterhead", namesize);
  else if (_ppd_strcasecmp(media_type, "stationery-preprinted"))
    strlcpy(name, "Preprinted", namesize);
  else if (_ppd_strcasecmp(media_type, "transparency"))
    strlcpy(name, "Transparency", namesize);
  else
    ppdPwgPpdizeName(media_type, name, namesize);

  return (name);
}


//
// 'ppdPwgPageSizeForMedia()' - Get the PageSize name for the given media.
//

const char *				// O - PageSize name
ppdPwgPageSizeForMedia(
    pwg_media_t *media,			// I - Media
    char        *name,			// I - PageSize name buffer
    size_t      namesize)		// I - Size of name buffer
{
  const char	*sizeptr,		// Pointer to size in PWG name
		*dimptr;		// Pointer to dimensions in PWG name


  //
  // Range check input...
  //

  if (!media || !name || namesize < PPD_MAX_NAME)
    return (NULL);

  //
  // Copy or generate a PageSize name...
  //

  if (media->ppd)
  {
    //
    // Use a standard Adobe name...
    //

    strlcpy(name, media->ppd, namesize);
  }
  else if (!media->pwg || !strncmp(media->pwg, "custom_", 7) ||
           (sizeptr = strchr(media->pwg, '_')) == NULL ||
	   (dimptr = strchr(sizeptr + 1, '_')) == NULL ||
	   (size_t)(dimptr - sizeptr) > namesize)
  {
    //
    // Use a name of the form "wNNNhNNN"...
    //

    snprintf(name, namesize, "w%dh%d", (int)PWG_TO_POINTS(media->width),
             (int)PWG_TO_POINTS(media->length));
  }
  else
  {
    //
    // Copy the size name from class_sizename_dimensions...
    //

    memcpy(name, sizeptr + 1, (size_t)(dimptr - sizeptr - 1));
    name[dimptr - sizeptr - 1] = '\0';
  }

  return (name);
}


//
// 'ppd_ui_string_add()' - Add an entry to the PPD-cached UI strings list.
//

static void
ppd_ui_string_add(cups_array_t *l,	// I - UI string list
		  const char   *name,	// I - Machine-readable name
		  const char   *ui_str) // I - UI string
{
  _ppd_ui_string_t	*u;		// New entry


  if ((u = calloc(1, sizeof(_ppd_ui_string_t))) != NULL)
  {
    u->name = strdup(name);
    u->ui_str = strdup(ui_str);
    cupsArrayAdd(l, u);
  }
}


//
// 'ppd_ui_string_compare()' - Compare two messages.
//

static int			// O - Result of comparison
ppd_ui_string_compare(
    _ppd_ui_string_t *u1,	// I - First UI-string entry
    _ppd_ui_string_t *u2)	// I - Second UI-string entry
{
  return (strcmp(u1->name, u2->name));
}


//
// 'ppd_ui_string_free()' - Free a message.
//

static void
ppd_ui_string_free(_ppd_ui_string_t *u)	// I - UI-string entry
{
  if (u->name)
    free(u->name);

  if (u->ui_str)
    free(u->ui_str);

  free(u);
}


//
// 'ppd_ui_strings_new()' - Make a new message catalog array.
//

static cups_array_t *			// O - Array
ppd_ui_strings_new(void *context)	// I - User data
{
  return (cupsArrayNew((cups_array_cb_t )ppd_ui_string_compare, context,
                       (cups_ahash_cb_t)NULL, 0,
		       (cups_acopy_cb_t)NULL,
		       (cups_afree_cb_t)ppd_ui_string_free));
}


//
// 'ppd_pwg_add_finishing()' - Add a finishings value.
//

static void
ppd_pwg_add_finishing(
    cups_array_t     *finishings,	// I - Finishings array
    ipp_finishings_t template,		// I - Finishing template
    const char       *name,		// I - PPD option
    const char       *value)		// I - PPD choice
{
  ppd_pwg_finishings_t	*f;		// New finishings value


  if ((f = (ppd_pwg_finishings_t *)calloc(1, sizeof(ppd_pwg_finishings_t))) !=
      NULL)
  {
    f->value       = template;
    f->num_options = cupsAddOption(name, value, 0, &f->options);

    cupsArrayAdd(finishings, f);
  }
}


//
// 'ppd_pwg_compare_finishings()' - Compare two finishings values.
//

static int				// O - Result of comparison
ppd_pwg_compare_finishings(
    ppd_pwg_finishings_t *a,		// I - First finishings value
    ppd_pwg_finishings_t *b)		// I - Second finishings value
{
  return ((int)b->value - (int)a->value);
}


//
// 'ppd_pwg_free_finishings()' - Free a finishings value.
//

static void
ppd_pwg_free_finishings(
    ppd_pwg_finishings_t *f)		// I - Finishings value
{
  cupsFreeOptions(f->num_options, f->options);
  free(f);
}


//
// 'ppdPwgPpdizeName()' - Convert an IPP keyword to a PPD keyword.
//

void
ppdPwgPpdizeName(const char *ipp,	// I - IPP keyword
		 char       *name,	// I - Name buffer
		 size_t     namesize)	// I - Size of name buffer
{
  char	*ptr,				// Pointer into name buffer
	*end;				// End of name buffer


  if (!ipp || !_ppd_isalnum(*ipp))
  {
    *name = '\0';
    return;
  }

  *name = (char)toupper(*ipp++);

  for (ptr = name + 1, end = name + namesize - 1; *ipp && ptr < end;)
  {
    if (*ipp == '-' && isalnum(ipp[1]))
    {
      ipp ++;
      *ptr++ = (char)toupper(*ipp++ & 255);
    }
    else if (*ipp == '_' || *ipp == '.' || *ipp == '-' || isalnum(*ipp))
    {
      *ptr++ = *ipp++;
    }
    else
    {
      ipp ++;
    }
  }

  *ptr = '\0';
}


//
// 'ppdPwgPpdizeResolution()' - Convert PWG resolution values to PPD values.
//

void
ppdPwgPpdizeResolution(
    ipp_attribute_t *attr,		// I - Attribute to convert
    int             element,		// I - Element to convert
    int             *xres,		// O - X resolution in DPI
    int             *yres,		// O - Y resolution in DPI
    char            *name,		// I - Name buffer
    size_t          namesize)		// I - Size of name buffer
{
  ipp_res_t units;			// Units for resolution


  *xres = ippGetResolution(attr, element, yres, &units);

  if (units == IPP_RES_PER_CM)
  {
    *xres = (int)(*xres * 2.54);
    *yres = (int)(*yres * 2.54);
  }

  if (name && namesize > 4)
  {
    if (*xres == *yres)
      snprintf(name, namesize, "%ddpi", *xres);
    else
      snprintf(name, namesize, "%dx%ddpi", *xres, *yres);
  }
}


//
// 'ppdPwgUnppdizeName()' - Convert a PPD keyword to a lowercase IPP keyword.
//

void
ppdPwgUnppdizeName(const char *ppd,	 // I - PPD keyword
		   char       *name,	 // I - Name buffer
		   size_t     namesize,	 // I - Size of name buffer
		   const char *dashchars)// I - Characters to be replaced by
					 //     dashes or NULL to replace all
					 //     non-alphanumeric characters
{
  char	*ptr,				// Pointer into name buffer
	*end;				// End of name buffer
  int   nodash = 1;                     // Next char in IPP name cannot be a
					// dash (first char or after a dash)
  int   firstchar = 1;


  if (_ppd_islower(*ppd))
  {
    //
    // Already lowercase name, use as-is?
    //

    const char *ppdptr;			// Pointer into PPD keyword

    for (ppdptr = ppd + 1; *ppdptr; ppdptr ++)
      if (_ppd_isupper(*ppdptr) ||
	  (dashchars && strchr(dashchars, *ppdptr)) ||
	  (!dashchars && !_ppd_isalnum(*ppdptr)) ||
	  (*ppdptr == '-' && *(ppdptr - 1) == '-') ||
	  (*ppdptr == '-' && *(ppdptr + 1) == '\0'))
        break;

    if (!*ppdptr)
    {
      strlcpy(name, ppd, namesize);
      return;
    }
  }

  for (ptr = name, end = name + namesize - 1; *ppd && ptr < end; ppd ++)
  {
    if (_ppd_isalnum(*ppd))
    {
      *ptr++ = (char)tolower(*ppd & 255);
      nodash = 0;
    }
    else if (*ppd == '-' || (dashchars && strchr(dashchars, *ppd)) ||
	     (!dashchars && !_ppd_isalnum(*ppd)))
    {
      // Set a dash only if previous char is no dash, and as the first
      // character only if it is the sign of a negative number
      if (nodash == 0 || (firstchar && *ppd == '-' && isdigit(*(ppd + 1))))
      {
	*ptr++ = '-';
	nodash = 1;
      }
    }
    else
    {
      *ptr++ = *ppd;
      nodash = 0;
    }

    if (nodash == 0)
    {
      if (!_ppd_isupper(*ppd) && _ppd_isalnum(*ppd) &&
	  _ppd_isupper(ppd[1]) && ptr < end)
      {
	*ptr++ = '-';
	nodash = 1;
      }
      else if (!isdigit(*ppd & 255) && isdigit(ppd[1] & 255))
      {
	*ptr++ = '-';
	nodash = 1;
      }
    }

    firstchar = 0;
  }

  // Remove trailing dashes
  while (ptr > name && *(ptr - 1) == '-')
    ptr --;

  *ptr = '\0';
}